View allAll Photos Tagged mobilization
They just want to live in their country without war and other obscurantism.
The full report is here:
novaya.media/articles/2022/09/21/razgon-nesoglasovannoi-a...
Ukrainians!
All our defenders!
Today I want to say special words of gratitude. Gratitude to all our people who defend our state, defend independence.
Ukraine held out after a full-scale attack by Russia. Ukraine managed to unite the world around the struggle for freedom. Ukraine managed to liberate a significant part of the territory the Russian troops invaded. Ukraine liberates people from Russian captivity.
And Ukraine managed to change the course of the war so that every occupier, even the most inadequate one, felt that we can win and are moving towards victory.
I am thankful to everyone who fights and works for this! For the sake of our victory.
It is precisely to the fact of Ukrainian strength that the leadership of Russia reacts, changing tactics and trying to draw even more Russian citizens and resources into the war.
Russia's decision on mobilization is a frank admission that their regular army, which has been prepared for decades to take over a foreign country, did not withstand and crumbled. And now, due to mobilization, Russia's war against Ukraine for the majority of Russian citizens is not something on TV or on the Internet, but something that has entered every Russian home.
I’ve held a meeting of the Staff of the Supreme Commander-in-Chief today. The questions are clear. Frontline. Provision of our military. And new threats created by Russia.
I will note right away: any decisions of the Russian leadership do not change anything for Ukraine. We should care only about our tasks. This is the liberation of our country, the protection of our people and the mobilization of global support for the implementation of our tasks.
Diplomatic mobilization of the entire international community is now taking place.
The circle of those who support us now is not limited to our traditional partners and those who openly supported our state after February 24. Now almost everyone supports us - this is the reaction to new Russian escalation steps.
In particular, the farce with the preparation of sham referenda in the occupied territory demonstrates what happened in 2014 in Crimea and Donbas.
And I am grateful to everyone in the world who supported us. Who clearly condemned another Russian lie.
Grateful to President Biden and all American friends. To President Macron, Chancellor Scholz, the President of Finland and all our Polish brothers, the Baltic states, Mr. Borrell, Mrs. Ursula von der Leyen, Charles Michel, the OSCE and all Europeans from Iceland to Romania, who will never be deceived by Russia again.
I am thankful to Britain for the support! Türkiye! Thank you Canada! Thanks also to all those who now privately express their support for Ukraine.
When Russia declares that it supposedly wants negotiations, but announces mobilization... When Russia knows Ukraine's clear position about the impossibility of a diplomatic process after Russia holds any sham referenda...
Everything is clear to everyone. Russia itself buries the prospect of negotiations with its own hands.
I will explain to the Russians what is happening in Russian.
Protests against mobilization took place in the cities of Russia - albeit not massive, but they took place. And they take place. And this is an indicator. Not only in Moscow and St. Petersburg. We know the real mood in the regions of Russia.
We see that people in Dagestan, in Buryatia, in other national republics and regions of Russia understand that they were simply thrown. Thrown to death.
Why, for example, Dagestanis or anyone else should die in the Kharkiv region or near Donetsk? Because one person in Russia decided so - for all the citizens of Russia. There is no other reason. That’s what he wants.
You are already accomplices in all these crimes, murders and torture of Ukrainians.
Because you were silent. Because you are silent.
And now it's time for you to choose. For men in Russia, this is a choice to die or live, to become a cripple or to preserve health. For women in Russia, the choice is to lose their husbands, sons, grandchildren forever, or still try to protect them from death, from war, from one person.
Just think about the number of people they want to take away!
We know for sure that the conscription letters for 300,000 people were printed and signed in advance, even before this decision on mobilization appeared. Our intelligence has proven it. But the Russian leadership is preparing to take up to a million men into the army - this is the key thing they are now silent about.
We know that they will take everyone indiscriminately. Not only the military in the reserve, but any men. Anyone who will be so intimidated that he will be more afraid of avoiding war than of dying in war.
55 thousand Russian soldiers died in this war in six months. Tens of thousands are wounded and maimed. Want more? No? Then protest. Fight back. Run away. Or surrender to Ukrainian captivity. These are options for you to survive.
Russian mothers! Have no doubt that the children of the top officials of your state will not be sent to the war against Ukraine. Those who make decisions in your country take care of their children. And they do not even bury your children.
And we return ours.
A very important briefing was held today. Head of the Office Yermak, Head of the Main Intelligence Directorate of the Ministry of Internal Affairs Budanov, Head of the Security Service Maliuk, Minister of Internal Affairs Monastyrskyi. They told the details of our operation to release 215 warriors, the details of the exchange. We do everything so that society and the world can see how Ukraine protects people and basic human values.
Once again, I congratulate 215 families and our entire country on the return of the heroes.
I am thankful to everyone who helps Ukraine!
Eternal glory to all who fight for Ukraine!
Glory to our indomitable and brave people!
Glory to Ukraine!
Soldiers from the 53rd Infantry Brigade Combat Team of the Florida National Guard move a litter during pre-mobilization training at Camp Blanding Joint Training Center. The team recently used the Exportable Combat Training Capability or XCTC, which gave them a more realistic feel to their training. (Photo by 1st Lt. Paul O'Leary, Florida National Guard)
This shot was captured on the way back from a litter bearing exercise where we practiced running towards a helicopter with a "casualty."
As EFU prepares its units, supplies from across the union are transported to the war zones with speed and efficiency
People were herded into a ring like cattle and taken out two by two into a paddy wagon.
The full report is here:
novaya.media/articles/2022/09/21/razgon-nesoglasovannoi-a...
This military machine does not separate bones from meat, grinds everything.
The full report is here:
novaya.media/articles/2022/09/21/razgon-nesoglasovannoi-a...
Before the rallies, the authorities threatened punishment for participating in the protest with prison terms of up to 15 years. This did not stop many.
The full report is here:
novaya.media/articles/2022/09/21/razgon-nesoglasovannoi-a...
Mobilization in support of victims of rape and sexual violence in Brussels in support of Gisèle Pélicot by Virgile_Loiseau --
freesound.org/s/754455/ -- License: Attribution NonCommercial 4.0
[ WoO ] Medusa Gorgon Hair (BLUE CORAL) by Anne Cloud
Spaarnestad Photo, SFA022801431
The Great War. Eerste Wereldoorlog : Mobilisatie, oorlogsverklaring : Kring soldaten houdt doek vast en werpt soldaat omhoog tijdens voorbereidingen op de strijd aan het front. Engeland, 1915.
First World War, mobilization, declaration of war: a group of soldiers with a cloth to throw one of them into the air during preparations for the battle at the front. England, 1915
More than 1,000 protesters have been detained across Russia today. 376 people were detained in St. Petersburg.
The full report is here:
novaya.media/articles/2022/09/21/razgon-nesoglasovannoi-a...
Of course I realize that photography is not the technical facility as much as it is the eye, and this decision that one makes for the moment at which you are going to snap, you know. - Ben Shahn
copyright: © FSUBF. All rights reserved. Please do not use this image, or any images from my photostream, without my permission.
Chinese tanks from Taiwan roll through Hanoi, on their way to Burma. This is a shot taken by a local newspaper, reading: "The dragons roll." Getting a positive reaction from the crowd, the troops are confident of the upcoming battle.
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For private LMG
FORT JACKSON, South Carolina (26 May 2012) Active and Reserve Sailors prepare for mobilization as Individual Augmentees at Camp McCrady. Between 150 and 300 Sailors conduct weapon marksmanship, convoy operations, land navigation, first aid, and other army skills each month at the Expeditionary Combat Readiness Command (ECRC) in preparation to deploy overseas. (Photo by Chief Petty Officer James Clark)
Translation: For a country we can be proud of again.
Friedrich Merz, probably the next Chancellor of Germany. There is just one small irritation: he was not invited to the inauguration.
Frankfurt, Borsigallee
This is my 1st part of my entry to the Global Challenge 3 at LCC.
Paul von Brickenstein is preparing his fleet to beat the wizards. The Magic Islands are far away so they probably need a lot of food and rum. And some weapons would be also helpful. But what will happen at the Magic Islands ? Are weapons out of steel and wood powerful enough to beat these mighty wizards ?
The queen and the Emir gathered as many troops they could for the rushed ride to defend the outlaws from the religious zealot and the Queens former husband...
- Ok, Madam, I have gathered all Magreb and Levant people here in town to ride, there are even some of the Branch of David tree that is voluntary combatants, we share similar roots even though we have different religions after all we are kind of the same kin after all...
- Yes my dear Emir, you have done well, and that despite you had no rest riding here, I have collected what troops we have here in town, that is a few Lion-knights, Klöber Ritter, Falcon crest followers, even one or two Forestmen temporary here in town and also some civilians who look for adventure or burn for the outlaws political cause... how many men did you say this Henricus had obeying him?
- Madam I guess he have 200-300 trained men, then he uses the villagers he has trained them to storm with what ever arms they have, he even promised some a place in heaven if they would be used as suicide attackers, I have seen him train them, really horrific, he lit them afire and made them run towards dummy-soldiers...
- Who could have thought that my husband could fall so low, is it his head-maze that has gone pickled in all that wine through the years that made him like this? still my husband drinks a lor and he isn´t as sadistic and war-hungry as that old fool, what is it he calls him these days? Papa smurf? papa drunk?
- Oh I think his latest title is: the most severe honorable godhead of the holy order of the crusading unicorns and papa lord of the righteous faith and defender of permanent truth... But I could be mistaken, I might have missed out on some titles, I mean since they are ever changing? But dear Queen why doesn´t your husband ride with us?
- Well to be honest he would count as a minus when it comes to calculating our forces strength it would require 10 men to get him on to his horse, 2 men to make him stay on and then 10 men, well you guess the rest...
...anyhow I am gonna be frank with you, I made a small check by our secret advanced signaling system, so you wouldn´t lead us in to a trap, but all my eyes and ears could confirm what you said, nothing personal but, I have to be careful!
- Oh Madam, you are really a magnificent specimen of a woman, you know if you ever want to divorce this Albert I wouldn´t hesitate to be your next one... i mean I can have quite many wives!
- Oh You majesty I am honored, But I like my Little Bertie, he may be a Kraut and a drunkard, but his heart is golden... but then again if you can have many wives I could probably have a few husbands, just kidding dear Emir, I think we should keep our relationship purely professional and anyhow I though you were "one of those" (the queen makes a limp wrist gesture)
- Oh Nooo! Noo! Madam no, I mean No, I like the company of women, many, many women at once! yes, I am all "one of these" (the Emir makes a stiff hand gesture) I might like the physique of a well trained soldier that is male, but I would never act on it... anyhow let us not bicker!
- Yes, lets ride instead together and stop this lunatic, I do respect you very much for following your conscious and heart rather than your dream of reconcur your former Emirate... anyhow doesn´t your riding trousers make you a tad bit shorter? Luckily your Turban makes you a bit taller in height!
- Yes Madam! I might be a vain and sometimes blunt man but I have a heart, to see the suffering to ordinary people in wars make my heart bleed!
Yes I might seem smaller without my gown still it is not the size that makes a warrior great, as a green toad in a swamp once told me when I had to much Hookah spiked by a youth friend of mine!
The queen mount her horse and makes he final orders then put on her hemet and the emir mounts his horse and their men follow suit, some on horseback. some in troop carry-wagons and some by foot...
+++ DISCLAIMER +++
Nothing you see here is real, even though the conversion or the presented background story might be based on historical facts. BEWARE!
Some background:
Due to the restrictions of the Versailles treaties, the Reichswehr was already dealing with the increasing mobilization and motorization of the army after the end of the First World War. The realization that the speed of the troop units required appropriate equipment was available early on. However, the Reichswehr suffered from financial constraints and during the Weimar Republic the industry only had limited capacity for series production of larger, armored vehicles.
Nevertheless, at that time the Sd.Kfz. 3 (unarmored half-track transport vehicle/1927), the ARW (eight-wheel car/1928) and the ZRW (ten-wheel car/1928) provided fundamental experience. The findings of these tests and the troop testing with the Sd.Kfz. 3 enabled a more precise specification of the new vehicles to be developed. The "heavy" armored cars were primarily intended for the reconnaissance units of the new armored forces.
The incipient rearmament could only start with a "cheap" solution, though. A three-part armored structure for the chassis of commercially available off-road trucks was developed by the Army Weapons Office, Dept. WaTest 6, in cooperation with the company Deutsche Eisenwerke AG. The typical truck chassis featured front-wheel steering and a driven bogie at the rear (4x6 layout). In June 1929, the companies Magirus, Daimler-Benz and Büssing-NAG were commissioned to develop the desired armored car from it. If you consider that this truck class was developed for a payload of 1.5t, you can already conclude from this that the vehicles, which are now equipped with a significantly heavy armored structure, had little off-road mobility. Even if the appearance of the vehicles supplied by the different manufacturers was similar, there were external distinguishing features by which the manufacturer could be identified. The vehicles were tested in the Reichswehr from 1932 and introduced later.
One of the four crew members (driver, commander, gunner, radio-operator) was used as a reverse driver: with the narrow streets of the time and a turning circle of between 13 and 16m, this function was essential for a truck-sized heavy reconnaissance vehicle. The chassis had the excellent ladder-type configuration, able to withstand the stress of rough rides at high speed. The scout car was 5570 mm long, 1820 mm wide, 2250 mm high and weighed 5.35, 5.7 or 6 tons, depending on the manufacturer. The hull was made of welded steel armor, 5 to 14.5 mm (0.2-0.57 in) thick depending on the angle (bottom to front) with well-sloped plates. The armament consisted of a 2 cm KwK 30 with 200 rounds and a MG 13 with 1300 rounds in a manually operated turret. The fuel supply was 90, 105 or 110 liters, but with a consumption of about 35 or 40 liters per 100 km, this resulted in a completely inadequate range for a scout car.
Having no true alternatives at hand, the armored 4x6 car was accepted and became known as the Sd.Kfz. 231 (6-wheel), and it was subsequently developed into two more vehicles. Up until 1937, 123 vehicles were built as Sd.Kfz. 231 reconnaissance cars and Sd.Kfz. 232 radio trucks. A further 28 were manufactured as Sd.Kfz. 263 (Panzerfunkwagen) command vehicles.
As early as 1932, after testing the pilot series, it was clear that the interim solution of "cheap" 6-wheel vehicles would not meet the future requirements of the armored divisions now planned. It was planned that from 1935/36 at least 18 vehicles of a new type that would meet the requirements for off-road mobility and high road speeds should be produced annually. Büssing-NAG had obviously made a good impression with the ARW and was now commissioned to make the revised vehicle ready for series production, which would become the SdKfz. 231 (8-Rad). The overall concept was completed between 1934 and 1935 and already showed all the features of the future type: all 8 wheels driven and steered, the same speed forwards and backwards, ability to change direction in less than 10 seconds, and a turning circle of "only" 10.5m. The vehicle layout was changed, too: the engine bay was relocated to the rear, the crew compartment was placed at the front end. This improved weight distribution, handling, and the field of view for the main forward driver.
The purpose of the new vehicles was identical to that of the earlier heavy 6-wheel vehicles, they were used on the same sites and so the same ordnance inventory designation was adopted, despite the vehicle’s many modifications. The so-called Sd.Kfz. 231 (8-Rad) was armed, corresponding to its 6-Rad counterpart, with a 2cm KwK 30 and the MG 13 (later MG 34) in a rotating turret. Likewise, the Sd.Kfz. 232 (8-Rad) carried a large, curved bow antenna, and there was a Sd.Kfz. 263 (8-Rad) command vehicle, too.
Nevertheless, the Army Weapons Office demanded a short-term solution for a vehicle based on the 4x6 chassis that offered better off-road performance and armament, namely a 37 mm anti-tank gun, with at least comparable range and armor protection. This interim vehicle was supposed to be ready for service in early 1934. Magirus accepted the challenge and proposed the Sd.Kfz. 241, a 4x8 vehicle. It retained the old overall 6-Rad layout with the front engine under a long bonnet, but it had a fourth steered axle added to lower ground pressure and improve the vehicle’s trench bridging capabilities. The powered two rear axles retained the 6-Rad’s twin wheels, so that the vehicle stood on a total of twelve tires with a relatively large footprint. The armored hull was very similar to the Sd.Kfz. 231 6-Rad, but carried a new, bigger turret with a 3.7 cm KwK 30 L/45 gun and an axis-parallel 7.92 mm MG 34 light machine gun.
The box-shaped turret exploited the hull’s width to the maximum and had a maximum armor of 15 mm, no base and the seat of the commander was attached to the tower wall. The commander sat elevated under a raised cupola in the rear section of the turret, just behind the main gun. He had five viewing slits protected by glass blocks and steel slides for all-round visibility. The gunner/loader, standing to the left of the main gun, had to constantly follow the movement of the turret, which was done by hand. In order to support the gunner when slewing the turret, the commander had an additional handle on the right side. The two crew members also had a turret position indicator.
The cannon was fired electrically via a trigger, the machine gun was operated mechanically with a pedal. To aim and view the outside, the gunner had a gun sight to the left of the gun with an opening in the gun mantlet. Standard access to the vehicle was through low double-doors in the vehicle’ flank, but side exit openings in the turret with two flaps each were also frequently used to board it. Another entry was through the commander cupola’s lid.
With all this extra hardware, the Sd.Kfz. 241’s overall weight rose considerably from the late Sd.Kfz. 231 (6-Rad) nearly 6 tons to 7.5 tons. As a consequence, the chassis had to be reinforced and a more powerful engine was used, a 6-cylinder Maybach HL 42 TRKM w carburetor gasoline engine with 4170 cc capacity and 100 hp (74 kW) output at 3000 rpm.
As expected, the Sd.Kfz. 241 was not a success. Even though the first vehicles were delivered in time in mid-1934, its operational value was rather limited. Off-road capability was, due to the extra weight, the raised center of gravity and the lack of all-wheel drive, just as bad as the 6-Rad vehicles, and the more powerful engine’s higher fuel consumption allowed neither higher range, despite bigger fuel tanks, nor a better street performance. The only real progress was the new 3.7 cm KwK 30’s firepower, which was appreciated by the crews, even though the weapon was only effective against armored targets at close range. At 100 m, 64 mm of vertical armor could be penetrated, but at 500 m this already dropped to 31 mm, any angle in the armor weakened its hitting power even further. The weapon’s maximum range was 5.000m, though, and with HE rounds the Sd.Kfz. 241 could provide indirect fire support. Another factor that limited the vehicle’s effectiveness was that the gun had to be operated by a single crew member who had to load and aim at the same time – there was simply not enough space for a separate loader who would also have increased the gun’s rate of fire from six to maybe twelve rounds per minute. The vehicle’s armor was also inadequate and only gave protection against light firearms, but not against machine guns or heavier weapons. On the other side, the cupola on top of the turret offered the commander in his elevated position a very good all-round field of view, even when under full protection – but this progressive detail was not adopted for the following armored reconnaissance vehicles and remained exclusive to German battle tanks.
Only a total of fifty-five Sd.Kfz. 241s were completed by Magirus in Cologne until 1936, when production of the Sd.Kfz. 231 (8-Rad) vehicle family started and soon replaced the Sd.Kfz. 241, which was primarily operated at the Eastern Front in Poland and Czechoslovakia. By 1940, no Sd.Kfz. 241 was left in any frontline army unit, but a few survivors were grouped together and handed over to police units. Their main gun was either completely deleted or sometimes replaced with a second machine gun, and they were used for urban patrols and riot control duties. However, by 1942, no Sd.Kfz. 241 was left over.
Specifications:
Crew: Four (commander, gunner, driver, radio operator/rear driver)
Weight: 7.5 tons (11.450 lb)
Length: 5,85 metres (19 ft 2 in)
Width: 2,20 metres (7 ft 2 ½ in)
Height: 2,78 metres (9 ft 1 in)
Ground clearance: 28.5 cm (10 in)
Suspension: Torsion bar and leaf springs
Fuel capacity: 150 litres (33 imp gal; 40 US gal)
Armor:
8–15 mm (0.31 – 0.6 in)
Performance:
Maximum road speed: 70 km/h (43.5 mph)
52 km/h (32.3 mph) backwards
Operational range: 250 km (155 miles)
Power/weight: 13 PS/ton
Engine:
Maybach HL42 TRKM water-cooled straight 6-cylinder petrol engine with 100 hp (74 kW),
driving the rear pair of axles
Transmission:
Maybach gearbox with 5-speed forward and 4-speed reverse
Armament:
1× 37 mm KwK 30 L/45 cannon with 70 rounds
1× 7.92 mm MG 34 machine gun mounted co-axially with 1.300 rounds
The kit and its assembly:
This fictional armored car was inspired by a leftover rear axles from an Italeri Sd.Kfz. 231 (6-Rad) model that I converted into a fictional half-track variant some time ago. I wondered if the set could be transplanted under an 8-Rad chassis, to create a kind of missing link to the 8x8 successors of the Sd.Kfz. 231 (6-Rad) with a total of twelve tires on four axles.
The basis became a First to Fight 1:72 Sd.Kfz. 231 (8-Rad) kit – a rather simple and robust affair, apparently primarily intended for tabletop purposes. But the overall impression is good, and it would be modified, anyway, even though the plastic turned out to be rather soft/waxy and the parts’ sprue attachment points a bit wacky.
The hull was “turned around” to drive backwards, so that its rear engine ended up in the front. I eventually only used the rear twin wheels from the Sd.Kfz. 231 (6-Rad), but not its single axles and laminated springs. Instead, I first cut the OOB mudguards in two halves, removed their side skirts and glued them onto the lower hull in reversed order, so that the exhausts and their muffler boxes would end up at the rear of the front fenders. With these in place I checked the axles’ position from the OOB ladder chassis, which is a single, integral part, and found that the rear axles’ position had to be moved by 2mm backwards. Cutting the original piece and re-arranging it was easier to scratch a new rear suspension, and the rocker bars had to be shortened to accept the wider twin wheels.
The original small turret with the 20 mm autocannon was deleted and replaced with core elements from a Panzer III turret, left over from previous conversion projects. Wider than any original turret of the Sd.Kfz. 231/232 family, it had to be narrowed by roughly 5mm – I had to cut a respective plug from the turret’s and the mantlet’s middle section, the deformed hatch was covered under a Panzer III commander cupola. To mate the re-arranged turret with the OOB adapter plate to mount it onto the hull, and to add overall stability to the construction, I filled the interior with 2C putty.
The typical storage bin at the turret’s rear was omitted, though, it would have made it too large for the compact truck chassis. The shape was a perfect stylistic match, even though, with the longer gun barrel, the vehicle reminds a lot of the Soviet BA-10 heavy armored car?
Most small details like the bumpers and the headlights were taken OOB, I added a whip antenna base at the rear and mounted two spare wheels at the back, one of them covered with a tarpaulin (made from paper tissue drenched with white glue, this was also used to create the gun mantlet seals).
Painting and markings:
Typical for German vehicles from the early WWII stages the Sd.Kfz. 241 was painted Panzergrau (RAL 7021; I used Humbrol 67, which is authentic, but mixed it with some 125 to create a slightly lighter shade of grey) overall - quite dull, but realistic. To make the vehicle look more interesting, though, I added authentic contemporary camouflage in the form of low-contrast blotches with RAL 8017, a very dark reddish brown, mixed from Humbrol 160 and some 98. Better, but IMHO still not enough.
After the model received a washing with highly thinned red-brown acrylic artist paint I applied the few decals and gave the parts an overall dry-brushing treatment with grey and dark earth. Everything was sealed with matt acrylic varnish. For even more “excitement”, I decided to add a coat of snow.
For the simulated “frosting” I used white tile grout – which has the benefits of being water-soluble, quite sturdy to touch and the material does not yellow over time like gypsum.
First, the wheels, the chassis and the inside of the wheel arches received a separate treatment with relatively dryly mixed tile grout, simulating snow and dirt clusters. Once thoroughly dried, the wheels were mounted. Then the model was sprayed with low surface tension water and loose tile grout was drizzled over hull and turret, creating a flaky coat of fake snow. Once dry again, everything received another coat of matt acrylic varnish to protect and fixate everything further.
A relatively quick build, done in a few days. The First to Fight kit is very simple and went together well, but I’d use something else the next time due to the odd material it was molded with. The outcome of an 4x8 scout car looks quite plausible, though, like the missing link between the Sd.Kfz. 231 and 232 – the unintended similarity with the Soviet BA-10 heavy armored car was a bit surprising, though. And the snow on the model eventually makes it look a bit more interesting, the stunt was worth the effort.
Confederate cavalry in the making. The 1st Virginia Volunteer Cavalry Regiment was raised in Virginia for service in the Confederate Army during the American Civil War.
This is my 1st part of my entry to the Global Challenge 3 at LCC.
Paul von Brickenstein is preparing his fleet to beat the wizards. The Magic Islands are far away so they probably need a lot of food and rum. And some weapons would be also helpful. But what will happen at the Magic Islands ? Are weapons out of steel and wood powerful enough to beat these mighty wizards ?
Montréal - Crise Climatique, Manifestation Historique
Le 15 mars dernier, alors que nous étions plus de 150 000 étudiantes et étudiants officiellement en grève au Québec et plus encore dans les rues de Montréal, Québec, Alma, Baie-Comeau, Cap-aux-Meules, Carleton-sur-Mer, Gaspé, Gatineau, Joliette, La Pocatière, Magog, Mont-Laurier, Rimouski, Rivière-du-Loup, Rouyn-Noranda, Saguenay, Saint-André-Avellin, Saint-Félicien, Saint-Hyacinthe, Sept-Îles, Shawinigan, Sherbrooke, Trois-Rivières, Valcourt et Warwick, on s’était lancé une nouvelle invitation: le 27 septembre. On s'était dit que même si ce que l’on venait d’accomplir était beau, cette date-là, elle, serait encore plus grandiose. On s’était dit que ce serait encore plus gros, plus puissant. C’était un rendez-vous. Ce rendez-vous est aujourd’hui marqué à l’agenda.
Le 27 septembre, à midi, on se retrouvera au monument George-Étienne Cartier sur le Mont-Royal à Montréal. Promis, nous, nous y serons.
Entre le 15 mars et le 27 septembre, 196 jours se seront écoulés. Et tout nous pousse à croire que sans mobilisation de plus grande envergure, nos décideurs et décideuses ne prendront pas d’initiatives en vue d’éviter le pire, mais aussi en vue de nous proposer un monde plus respirable. Habitable. Un monde tout simplement plus désirable.
Le 27 septembre, la planète est en grève. Pas seulement les étudiantes et étudiants, mais aussi les travailleuses, travailleurs, citoyennes, citoyens. Parce que la crise climatique n’épargne personne, nous devons toutes et tous nous mobiliser. Faisons de cette date un moment historique. Celui du véritable changement.
Parce qu’il est grand temps que l’on prenne les choses en main.
===
On March 15, when we were more than 150,000 students officially on strike in Quebec and more crossing the streets of Montreal, Quebec, Alma, Baie-Comeau, Cap-aux-Meules, Carleton-sur-Mer, Gaspé, Gatineau, Joliette, La Pocatière, Magog, Mont-Laurier, Rimouski, Rivière-du-Loup, Rouyn-Noranda, Saguenay, Saint-André-Avellin, Saint-Félicien, Saint-Hyacinthe, Sept-Îles, Shawinigan, Sherbrooke, Trois-Rivières, Valcourt and Warwick, we were launching a new invitation: on September 27th. We were thinking that even if what we had just accomplished was beautiful, this new date would be even more grandiose. We were thinking that it would be even bigger, more powerful. It was a meeting. This appointment is today marked on the agenda.
On September 27, at 12 pm, we will meet at George-Etienne Cartier Monument on Mount Royal in Montreal. We promise, we will be there.
Between March 15 and September 27, 196 days will have elapsed. And everything leads us to believe that without a greater mobilization, our decision-makers won’t take initiatives to avoid the worst, but also to give us a more breathable world. Liveable. A world simply more desirable.
On September 27, the planet is on strike. Not just students, but also workers, citizens. Because the climate crisis spares nobody, we must all be mobilized. Let's make this date a historic moment. The one of true change.
Because it is high time we take matters into our own hands.
Mobilization tent of the National Guard of Ukraine.
Chernivtsi City Day.
Chernivtsi, Ukraine.
Chernivtsi City Day is celebrated in the first Saturday of October. In 2017 Chernivtsi City Day falls on October 7.
SLR Camera: Nikon F5
Lens: AF Zoom-Nikkor 28-105mm f/3.5-4.5D
Film: Kodak Ektar 100
Filter: Promaster Spectrum 7 UV
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-- focal length - 35 mm
-- aperture - 8
Film was processed and scanned by "Mark" Studio Lab. in Chernivtsi. I am happy with the results.
To see the pictures taken with this camera click here.
Thank you for your comments and Fav's.
+++ DISCLAIMER +++
Nothing you see here is real, even though the conversion or the presented background story might be based on historical facts. BEWARE!
Some background:
Due to the restrictions of the Versailles treaties, the Reichswehr was already dealing with the increasing mobilization and motorization of the army after the end of the First World War. The realization that the speed of the troop units required appropriate equipment was available early on. However, the Reichswehr suffered from financial constraints and during the Weimar Republic the industry only had limited capacity for series production of larger, armored vehicles.
Nevertheless, at that time the Sd.Kfz. 3 (unarmored half-track transport vehicle/1927), the ARW (eight-wheel car/1928) and the ZRW (ten-wheel car/1928) provided fundamental experience. The findings of these tests and the troop testing with the Sd.Kfz. 3 enabled a more precise specification of the new vehicles to be developed. The "heavy" armored cars were primarily intended for the reconnaissance units of the new armored forces.
The incipient rearmament could only start with a "cheap" solution, though. A three-part armored structure for the chassis of commercially available off-road trucks was developed by the Army Weapons Office, Dept. WaTest 6, in cooperation with the company Deutsche Eisenwerke AG. The typical truck chassis featured front-wheel steering and a driven bogie at the rear (4x6 layout). In June 1929, the companies Magirus, Daimler-Benz and Büssing-NAG were commissioned to develop the desired armored car from it. If you consider that this truck class was developed for a payload of 1.5t, you can already conclude from this that the vehicles, which are now equipped with a significantly heavy armored structure, had little off-road mobility. Even if the appearance of the vehicles supplied by the different manufacturers was similar, there were external distinguishing features by which the manufacturer could be identified. The vehicles were tested in the Reichswehr from 1932 and introduced later.
One of the four crew members (driver, commander, gunner, radio-operator) was used as a reverse driver: with the narrow streets of the time and a turning circle of between 13 and 16m, this function was essential for a truck-sized heavy reconnaissance vehicle. The chassis had the excellent ladder-type configuration, able to withstand the stress of rough rides at high speed. The scout car was 5570 mm long, 1820 mm wide, 2250 mm high and weighed 5.35, 5.7 or 6 tons, depending on the manufacturer. The hull was made of welded steel armor, 5 to 14.5 mm (0.2-0.57 in) thick depending on the angle (bottom to front) with well-sloped plates. The armament consisted of a 2 cm KwK 30 with 200 rounds and a MG 13 with 1300 rounds in a manually operated turret. The fuel supply was 90, 105 or 110 liters, but with a consumption of about 35 or 40 liters per 100 km, this resulted in a completely inadequate range for a scout car.
Having no true alternatives at hand, the armored 4x6 car was accepted and became known as the Sd.Kfz. 231 (6-wheel), and it was subsequently developed into two more vehicles. Up until 1937, 123 vehicles were built as Sd.Kfz. 231 reconnaissance cars and Sd.Kfz. 232 radio trucks. A further 28 were manufactured as Sd.Kfz. 263 (Panzerfunkwagen) command vehicles.
As early as 1932, after testing the pilot series, it was clear that the interim solution of "cheap" 6-wheel vehicles would not meet the future requirements of the armored divisions now planned. It was planned that from 1935/36 at least 18 vehicles of a new type that would meet the requirements for off-road mobility and high road speeds should be produced annually. Büssing-NAG had obviously made a good impression with the ARW and was now commissioned to make the revised vehicle ready for series production, which would become the SdKfz. 231 (8-Rad). The overall concept was completed between 1934 and 1935 and already showed all the features of the future type: all 8 wheels driven and steered, the same speed forwards and backwards, ability to change direction in less than 10 seconds, and a turning circle of "only" 10.5m. The vehicle layout was changed, too: the engine bay was relocated to the rear, the crew compartment was placed at the front end. This improved weight distribution, handling, and the field of view for the main forward driver.
The purpose of the new vehicles was identical to that of the earlier heavy 6-wheel vehicles, they were used on the same sites and so the same ordnance inventory designation was adopted, despite the vehicle’s many modifications. The so-called Sd.Kfz. 231 (8-Rad) was armed, corresponding to its 6-Rad counterpart, with a 2cm KwK 30 and the MG 13 (later MG 34) in a rotating turret. Likewise, the Sd.Kfz. 232 (8-Rad) carried a large, curved bow antenna, and there was a Sd.Kfz. 263 (8-Rad) command vehicle, too.
Nevertheless, the Army Weapons Office demanded a short-term solution for a vehicle based on the 4x6 chassis that offered better off-road performance and armament, namely a 37 mm anti-tank gun, with at least comparable range and armor protection. This interim vehicle was supposed to be ready for service in early 1934. Magirus accepted the challenge and proposed the Sd.Kfz. 241, a 4x8 vehicle. It retained the old overall 6-Rad layout with the front engine under a long bonnet, but it had a fourth steered axle added to lower ground pressure and improve the vehicle’s trench bridging capabilities. The powered two rear axles retained the 6-Rad’s twin wheels, so that the vehicle stood on a total of twelve tires with a relatively large footprint. The armored hull was very similar to the Sd.Kfz. 231 6-Rad, but carried a new, bigger turret with a 3.7 cm KwK 30 L/45 gun and an axis-parallel 7.92 mm MG 34 light machine gun.
The box-shaped turret exploited the hull’s width to the maximum and had a maximum armor of 15 mm, no base and the seat of the commander was attached to the tower wall. The commander sat elevated under a raised cupola in the rear section of the turret, just behind the main gun. He had five viewing slits protected by glass blocks and steel slides for all-round visibility. The gunner/loader, standing to the left of the main gun, had to constantly follow the movement of the turret, which was done by hand. In order to support the gunner when slewing the turret, the commander had an additional handle on the right side. The two crew members also had a turret position indicator.
The cannon was fired electrically via a trigger, the machine gun was operated mechanically with a pedal. To aim and view the outside, the gunner had a gun sight to the left of the gun with an opening in the gun mantlet. Standard access to the vehicle was through low double-doors in the vehicle’ flank, but side exit openings in the turret with two flaps each were also frequently used to board it. Another entry was through the commander cupola’s lid.
With all this extra hardware, the Sd.Kfz. 241’s overall weight rose considerably from the late Sd.Kfz. 231 (6-Rad) nearly 6 tons to 7.5 tons. As a consequence, the chassis had to be reinforced and a more powerful engine was used, a 6-cylinder Maybach HL 42 TRKM w carburetor gasoline engine with 4170 cc capacity and 100 hp (74 kW) output at 3000 rpm.
As expected, the Sd.Kfz. 241 was not a success. Even though the first vehicles were delivered in time in mid-1934, its operational value was rather limited. Off-road capability was, due to the extra weight, the raised center of gravity and the lack of all-wheel drive, just as bad as the 6-Rad vehicles, and the more powerful engine’s higher fuel consumption allowed neither higher range, despite bigger fuel tanks, nor a better street performance. The only real progress was the new 3.7 cm KwK 30’s firepower, which was appreciated by the crews, even though the weapon was only effective against armored targets at close range. At 100 m, 64 mm of vertical armor could be penetrated, but at 500 m this already dropped to 31 mm, any angle in the armor weakened its hitting power even further. The weapon’s maximum range was 5.000m, though, and with HE rounds the Sd.Kfz. 241 could provide indirect fire support. Another factor that limited the vehicle’s effectiveness was that the gun had to be operated by a single crew member who had to load and aim at the same time – there was simply not enough space for a separate loader who would also have increased the gun’s rate of fire from six to maybe twelve rounds per minute. The vehicle’s armor was also inadequate and only gave protection against light firearms, but not against machine guns or heavier weapons. On the other side, the cupola on top of the turret offered the commander in his elevated position a very good all-round field of view, even when under full protection – but this progressive detail was not adopted for the following armored reconnaissance vehicles and remained exclusive to German battle tanks.
Only a total of fifty-five Sd.Kfz. 241s were completed by Magirus in Cologne until 1936, when production of the Sd.Kfz. 231 (8-Rad) vehicle family started and soon replaced the Sd.Kfz. 241, which was primarily operated at the Eastern Front in Poland and Czechoslovakia. By 1940, no Sd.Kfz. 241 was left in any frontline army unit, but a few survivors were grouped together and handed over to police units. Their main gun was either completely deleted or sometimes replaced with a second machine gun, and they were used for urban patrols and riot control duties. However, by 1942, no Sd.Kfz. 241 was left over.
Specifications:
Crew: Four (commander, gunner, driver, radio operator/rear driver)
Weight: 7.5 tons (11.450 lb)
Length: 5,85 metres (19 ft 2 in)
Width: 2,20 metres (7 ft 2 ½ in)
Height: 2,78 metres (9 ft 1 in)
Ground clearance: 28.5 cm (10 in)
Suspension: Torsion bar and leaf springs
Fuel capacity: 150 litres (33 imp gal; 40 US gal)
Armor:
8–15 mm (0.31 – 0.6 in)
Performance:
Maximum road speed: 70 km/h (43.5 mph)
52 km/h (32.3 mph) backwards
Operational range: 250 km (155 miles)
Power/weight: 13 PS/ton
Engine:
Maybach HL42 TRKM water-cooled straight 6-cylinder petrol engine with 100 hp (74 kW),
driving the rear pair of axles
Transmission:
Maybach gearbox with 5-speed forward and 4-speed reverse
Armament:
1× 37 mm KwK 30 L/45 cannon with 70 rounds
1× 7.92 mm MG 34 machine gun mounted co-axially with 1.300 rounds
The kit and its assembly:
This fictional armored car was inspired by a leftover rear axles from an Italeri Sd.Kfz. 231 (6-Rad) model that I converted into a fictional half-track variant some time ago. I wondered if the set could be transplanted under an 8-Rad chassis, to create a kind of missing link to the 8x8 successors of the Sd.Kfz. 231 (6-Rad) with a total of twelve tires on four axles.
The basis became a First to Fight 1:72 Sd.Kfz. 231 (8-Rad) kit – a rather simple and robust affair, apparently primarily intended for tabletop purposes. But the overall impression is good, and it would be modified, anyway, even though the plastic turned out to be rather soft/waxy and the parts’ sprue attachment points a bit wacky.
The hull was “turned around” to drive backwards, so that its rear engine ended up in the front. I eventually only used the rear twin wheels from the Sd.Kfz. 231 (6-Rad), but not its single axles and laminated springs. Instead, I first cut the OOB mudguards in two halves, removed their side skirts and glued them onto the lower hull in reversed order, so that the exhausts and their muffler boxes would end up at the rear of the front fenders. With these in place I checked the axles’ position from the OOB ladder chassis, which is a single, integral part, and found that the rear axles’ position had to be moved by 2mm backwards. Cutting the original piece and re-arranging it was easier to scratch a new rear suspension, and the rocker bars had to be shortened to accept the wider twin wheels.
The original small turret with the 20 mm autocannon was deleted and replaced with core elements from a Panzer III turret, left over from previous conversion projects. Wider than any original turret of the Sd.Kfz. 231/232 family, it had to be narrowed by roughly 5mm – I had to cut a respective plug from the turret’s and the mantlet’s middle section, the deformed hatch was covered under a Panzer III commander cupola. To mate the re-arranged turret with the OOB adapter plate to mount it onto the hull, and to add overall stability to the construction, I filled the interior with 2C putty.
The typical storage bin at the turret’s rear was omitted, though, it would have made it too large for the compact truck chassis. The shape was a perfect stylistic match, even though, with the longer gun barrel, the vehicle reminds a lot of the Soviet BA-10 heavy armored car?
Most small details like the bumpers and the headlights were taken OOB, I added a whip antenna base at the rear and mounted two spare wheels at the back, one of them covered with a tarpaulin (made from paper tissue drenched with white glue, this was also used to create the gun mantlet seals).
Painting and markings:
Typical for German vehicles from the early WWII stages the Sd.Kfz. 241 was painted Panzergrau (RAL 7021; I used Humbrol 67, which is authentic, but mixed it with some 125 to create a slightly lighter shade of grey) overall - quite dull, but realistic. To make the vehicle look more interesting, though, I added authentic contemporary camouflage in the form of low-contrast blotches with RAL 8017, a very dark reddish brown, mixed from Humbrol 160 and some 98. Better, but IMHO still not enough.
After the model received a washing with highly thinned red-brown acrylic artist paint I applied the few decals and gave the parts an overall dry-brushing treatment with grey and dark earth. Everything was sealed with matt acrylic varnish. For even more “excitement”, I decided to add a coat of snow.
For the simulated “frosting” I used white tile grout – which has the benefits of being water-soluble, quite sturdy to touch and the material does not yellow over time like gypsum.
First, the wheels, the chassis and the inside of the wheel arches received a separate treatment with relatively dryly mixed tile grout, simulating snow and dirt clusters. Once thoroughly dried, the wheels were mounted. Then the model was sprayed with low surface tension water and loose tile grout was drizzled over hull and turret, creating a flaky coat of fake snow. Once dry again, everything received another coat of matt acrylic varnish to protect and fixate everything further.
A relatively quick build, done in a few days. The First to Fight kit is very simple and went together well, but I’d use something else the next time due to the odd material it was molded with. The outcome of an 4x8 scout car looks quite plausible, though, like the missing link between the Sd.Kfz. 231 and 232 – the unintended similarity with the Soviet BA-10 heavy armored car was a bit surprising, though. And the snow on the model eventually makes it look a bit more interesting, the stunt was worth the effort.
+++ DISCLAIMER +++
Nothing you see here is real, even though the conversion or the presented background story might be based on historical facts. BEWARE!
Some background:
Immediately after the 1989 Velvet Revolution, the Czech president Václav Havel declared a de-mobilization of the Czech defense industry. Nevertheless, after the dissolution of the Soviet Union in 1991, the Czech company Aero Vodochody continued developing the basic L-39 Albatros design with a view toward greater export. The resulting L-39MS, later re-designed as L-59 Super Albatros, featured a more powerful turbofan engine, advanced avionics, and has been bought in quantity by Egypt and Tunisia. In 1993, a group of Czech military experts launched a project of production of a modern domestic fighter to replace the obsolete Soviet aircraft. Since the proposed Aero L-X supersonic fighter development proved to be financially demanding (up to US$2 billion), the less costly L-159 subsonic attack aircraft was approved for procurement instead.
Conducted between the years 1994 and 1997, the technical development of L-159 ALCA (Advanced Light Combat Aircraft) in Aero Vodochody consisted primarily of building one L-159 two-seat prototype based on the L-59 airframe, utilizing western engine, avionics and weapon systems, with Rockwell Collins (eventually Boeing) as the avionics integrator.
The L-159 ALCA was designed for the principal role of light combat aircraft (single-seat L-159A variant) or light attack jet and advanced/lead-in fighter trainer (two-seat L-159B and T variants). The design of the L-159 was derived from the L-39/59 in terms of aerodynamic configuration, but a number of changes were made to improve its combat capabilities. These included strengthening of the airframe, reinforcing of the cockpit with composite and ceramic ballistic armor and enlargement of the aircraft's nose to accommodate a radar. Compared to the L-59, number of underwing pylons was increased from four to six, and a new hardpoint under the fuselage was added instead of a fixed GSh-23L cannon in an external fairing. The aircraft was capable of carrying external loads up to 2,340 kg, ranging from unguided bombs and rocket pods to air-to-ground and air-to-air guided missiles or special devices to conduct aerial reconnaissance or electronic warfare. Guided precision ordnance like laser-guided glide bombs could be carried, too, thanks to the aircraft’s ability to carry respective targeting equipment, for example the AN/AAQ-28(V) LITENING pod.
The L-159 was powered by the non-afterburning Honeywell/ITEC F124-GA-100 turbofan engine with a maximum thrust of 28 kN. Almost 2,000 litres of fuel was stored in eight internal tanks (six in the fuselage, two at the wingtips) with up to four external drop tanks (two 500 L and two 350 L tanks) carried under the inner wings.
The lightly armored cockpit was equipped with a VS-2B ejection seat, capable of catapulting the pilot at a zero flight level and at zero speed. The aircraft's avionics based on the MIL-STD-1553 databus include a Selex Navigation and Attack Suite, Ring Laser Gyro based Inertial Navigation System (INS) and Global Positioning System (GPS). Flight data was displayed both at the FV-3000 head-up display (HUD) and on two multi-function displays (MFD). Communications were provided by a pair of Collins ARC-182 transceivers. Self-protection of the L-159 was ensured by a Sky Guardian 200 radar warning receiver (RWR) and Vinten Vicon 78 Series 455 chaff and flare dispensers. L-159A and T2 variants were equipped with the lightweight Italian FIAR Grifo L multi-mode Doppler radar for all-weather, day and night operations.
The maiden flight of the first L-159 prototype occurred on 2 August 1997 with a two-seat version. On 18 August 1998, the single-seat L-159A prototype first flew; it was completed to Czech customer specifications. 10 April 2000 marked the first delivery of L-159A to the Czech Air Force and the type was marketed for export.
One of the type’s foreign operators became the young Republic of Catalonia, which had declared independence from Spain in 2017. The Catalan independence movement already began in 1922, when Francesc Macià founded the political party Estat Català (Catalan State), but the modern independence movement began and gained serious momentum in 2010, when the Constitutional Court of Spain ruled that some of the articles of the 2006 Statute of Autonomy - which had been agreed with the Spanish government and passed by a referendum in Catalonia - were unconstitutional, and others were to be interpreted restrictively. Popular protest against this decision quickly turned into demands for independence. Starting with the town of Arenys de Munt, over 550 municipalities in Catalonia held symbolic referendums on independence between 2009 and 2011. All of the towns returned a high "yes" vote, with a turnout of around 30% of those eligible to vote. A 2010 protest demonstration against the court's decision, organized by the cultural organization Òmnium Cultural, was attended by over a million people. The popular movement fed upwards to the politicians; a second mass protest on 11 September 2012 (the National Day of Catalonia) explicitly called on the Catalan government to begin the process towards independence. Catalan president Artur Mas called a snap general election, which resulted in a pro-independence majority for the first time in the region's history. The new parliament adopted the Catalan Sovereignty Declaration in early 2013, asserting that the Catalan people had the right to decide their own political future.
After three more troublesome years and constant strife for independence from Spain, the Catalonian president Carles Puigdemont eventually announced a binding referendum on the topic. Although deemed illegal by the Spanish government and the Constitutional Court, the referendum was held on 1 October 2017. In a vote where the anti-independence parties called for non-participation, results showed a 90% vote in favor of independence, with a turnout of 43%. Based on this result, on 27 October 2017 the Parliament of Catalonia approved a resolution unilaterally creating an independent Republic.
This event was also the rather sudden birth of the Catalonian armed forces. Esp. the nascent air force, called Guàrdies Aèries de la República Catalana (GARC, Republic of Catalonia Air Guard), faced serious trouble, since Spain refused any assistance. Furthermore, there were no former Spanish military air bases in the region that could be taken, and any equipment and infrastructure had to be procured from scratch and on short notice.
In the wake of this hasted start, the L-159s became part of the GARC’s initial mixed bag of flying low-budget equipment. They were 2nd hand machines, bought from EADS-CASA of Spain and mothballed since 2012 after a barter deal with the Czech Republic: In 2009, EADS had exchanged with the CzAF four CASA C-295 transporters for three L-159As, two L-159T1s and 130 million Euros. These aircraft were still in EADS inventory in late 2017, even though grounded and taken out of service since 2012, because the operations of this small fleet as chasing aircraft were expensive and no buyer could be found in the meantime.
However, in 2018 the company sold them, under indirect pressure from NATO, to the Catalonian government at a “symbolic”, yet unspecified, price. This small fleet was soon augmented by five more L-159As and ten L-159T1s which were directly procured from the Czech Republic in 2019. These aircraft formed the initial, small backbone of the young country’s air defense, armed with AIM-9 Sidewinders (AIM-120 AMRAAM was possible, to, but not procured due to severe budget restraints) and Mauser BK-27 cannon in conformal pods. Since no military airfields with a suitable infrastructure for jet aircraft were available for the GARC at the time of their purchase and introduction, the L-159s were initially based at two public regional airports: at Reus, in the proximity of Tarragona at the Mediterranean coast, and at Girona in the country’s north, where airfield sections were separated of the military operations.
General characteristics:
Crew: one
Length: 12.72 m (41 ft 8¾ in)
Wingspan: 9.54 m (31 ft 3½ in)
Height: 4.87 m (16 ft)
Wing area: 18.80 m² (202.4 ft²)
Airfoil: NACA 64A-012
Aspect ratio: 4.8:1
Empty weight: 4,350 kg (9,590 lb)
Max. takeoff weight: 8,000 kg (17,637 lb)
Powerplant:
1× Honeywell F124-GA-100 turbofan, delivering 28.2 kN (6,330 lbf) thrust
Performance:
Never exceed speed: 960 km/h (518 knots, 596 mph)
Maximum speed: 936 km/h (505 knots, 581 mph) at sea level, clean
Stall speed: 185 km/h (100 knots, 115 mph)
Range: 1,570 km (848 nmi, 975 mi) max internal fuel
Combat radius: 565 km (305 nmi, 351 mi) lo-lo-lo, with a gun pod, 2× Mark 82 bombs, 2× AIM-9
Sidewinder and 2× 500 L drop tanks
Service ceiling: 13,200 m (43,300 ft)
Rate of climb: 62 m/s (12,220 ft/min)
Armament:
7Í hardpoints in total, 3 under each wing (outer pylons only for AAMs) and 1 under the fuselage,
holding up to 2,340 kg (5,159 lb) of ordnance
The kit and its assembly:
This model was spawned by a grain of truth: as mentioned in the background, EADS Spain had actually bought a few L-159s in 2009 from the CzAF in exchange for transporters, and together with the ongoing plans of an independent Catalonia I merged both into this ALCA single seater for the fictional Republic of Catalonia Air Guard.
The kit is the relatively new KP L-159. This is basically a nice model, but the kit has some severe flaws (see below). The model was basically built OOB, I just added AIM-9L Sidewinders and their respective launch rails as external ordnance on the outermost underwing hardpoints. Since I did not find the standard gun pod (a ZVI PL-20 Plamen pod with 2×20 mm guns) suitable, I decided to give the GARC aircraft a heavier, Western weapon in the form of a Mauser BK-27 (the same weapon used onboard of the Panavia Tornado or the Saab Gripen) in a conformal cannon pod under the fuselage. This piece was taken and adapted from a Heller Alpha Jet. Its shape perfectly fitted between the two ventral air brakes.
Concerning the kit itself, the build turned out to be a medium nightmare. The kit looked promising in the box, with fine engravings, but nothing fits well. There are no locator pins, you have (massive) ejection marks almost everywhere, and the parts’ attachment points to the sprues protrude into the parts themselves, so there’s a lot to clean up. At least there are no sinkholes.
Upon assembly, the cockpit tub – nicely detailed – would not fit into the fuselage at all and ended up in an oblique position (hidden through a pilot figure from the scrap box and a re-mounted avionics fairing in the rear cockpit). The air intakes left me guessing, too: while the edges are crisp and thin, the overall fit with the fuselage and the orientation of the parts had to be guesstimated, plus a mediocre fit, too. The instructions are not very helpful, either. I am quite disappointed and tried to make the best of the situation.
Painting and markings:
Much more thought was put into the model’s looks. What camouflage should such an aircraft carry? And I had to invent roundels/markings for a Catalonian air force aircraft, too.
Since the Catalonian L-159s were multi-purpose aircraft, yet primarily tasked with air space defense, I opted for an subdued air superiority scheme instead of a tactical low-level camouflage. Furthermore, the camouflage was supposed to be suited for a mountainous landscape (Pyrenees), relatively flat and dry land and also to open sea. This was a good opportunity to give a model the Greek “Ghost” scheme: a three-tone wraparound scheme consisting of FS 36307 (Light Sea Grey), 36251 (Aggressor Grey) and 35237 (Medium Grey, but actually a rather greyish blue). The pattern was adapted from Hellenic F-16s. I think it’s a good compromise, and it suits the ALCA well.
The national markings caused more headaches. I was looking for something that would not look like the Spanish roundel, but still reflect the Catalonian indpendence flag and – most important – I wanted to be able to create it from stock material (not printing them at home), with the option to replicate it on potential future builds.
In the end and after long safaris through my spare decal repository, I came up with a round marking. It consists of an Ukrainian roundel with a relatively thin outer yellow ring (from a Begemot MiG-29 sheet), placed on top of a Hinomaru, so that a thin, red outer ring was added. Onto the central, blue disc a white star (from a TL Modellbau sheet with US Army markings) was added. I think that this looks original enough?
There was a problem, though… In my first attempt to apply this construction, the roundels turned out to be VERY large overall. While the design itself looked O.K. (despite reminding of Captain America somehow), this looked ridiculous, esp. on an aircraft with a wraparound low-viz paint scheme. I was not satisfied, so I heavy-heartedly ripped the decals off again (using adhesive tape, works like a charm) and tried it again, in a smaller version.
Hinomaru became the basis once more, even though smaller, and then die-punched discs in yellow and blue (from generic decal sheet) were added, and finally small white stars again, one size smaller than during the first attempt. While this is still colorful and stands out from the grey background, the second attempt looked much more balanced now, and I stuck with it.
In order to add more flavor, I added Catalonian fin flashes and squadron emblems on the nose, depicting the “burro”, the Catalonian donkey which has become a kind of unofficial regional symbol as a kind of anti-mascot to the Spanish bull. These markings/decals were printed at home on white sheet.
The tactical codes were based on the Spanish system. The Spanish Air Force has its own alphanumeric system for identifying aircraft: This forms a prefix to the airframe serial number, usually marked on the tail. C means cazabombardero (fighter bomber); A, ataque (attack); P, patrulla (patrol); T, transporte (transport); E, enseñanza (training); D, search and rescue; H, helicopter; K, tanker; V, Vertical Take Off and Landing (VTOL); and U, utility. An example would be that the F-18 with "C.15-08" on the tail is the fifteenth type of fighter that arrived in the Spanish Air Force (the Eurofighter is the C.16) and is the eighth example of this type to enter the SAF. On the nose or fuselage, the aircraft has a numeral specific to the unit in which it is based.
Variants of planes in service, for example two-seater versions or tanker versions of transports planes, add another letter to differentiate their function, and have their own sequence of serial numbers separate from the primary versions. Example: "CE.15-02" will be the second F-18 two-seater (Fighter Trainer) delivered to the SAF. In addition, the aircraft used by the Spanish Air Force usually carry a code consisting of one or two digits followed by a dash and two numbers, painted on the nose or fuselage. The first number corresponds to the unit to which they belong, and the second the order in which they entered service. Example: the fourth F-18 arriving at Ala 12 will have on the nose the code "12-04". Those codes do change when the aircraft is re-allocated to a different unit. Quite complicated…
This led to the tactical code “2-03”, for the 3rd aircraft allocated to the 2nd fighter squadron, and “C.1-03” as individual registration as the 3rd aircraft of the 1st fighter type in Catalonian service. All codes were puzzled together with single black letters and numbers from TL Modellbau in 3 and 5mm size.
Finally, the kit was sealed with matt acrylic varnish.
+++ DISCLAIMER +++
Nothing you see here is real, even though the conversion or the presented background story might be based on historical facts. BEWARE!
Some background:
Due to the restrictions of the Versailles treaties, the Reichswehr was already dealing with the increasing mobilization and motorization of the army after the end of the First World War. The realization that the speed of the troop units required appropriate equipment was available early on. However, the Reichswehr suffered from financial constraints and during the Weimar Republic the industry only had limited capacity for series production of larger, armored vehicles.
Nevertheless, at that time the Sd.Kfz. 3 (unarmored half-track transport vehicle/1927), the ARW (eight-wheel car/1928) and the ZRW (ten-wheel car/1928) provided fundamental experience. The findings of these tests and the troop testing with the Sd.Kfz. 3 enabled a more precise specification of the new vehicles to be developed. The "heavy" armored cars were primarily intended for the reconnaissance units of the new armored forces.
The incipient rearmament could only start with a "cheap" solution, though. A three-part armored structure for the chassis of commercially available off-road trucks was developed by the Army Weapons Office, Dept. WaTest 6, in cooperation with the company Deutsche Eisenwerke AG. The typical truck chassis featured front-wheel steering and a driven bogie at the rear (4x6 layout). In June 1929, the companies Magirus, Daimler-Benz and Büssing-NAG were commissioned to develop the desired armored car from it. If you consider that this truck class was developed for a payload of 1.5t, you can already conclude from this that the vehicles, which are now equipped with a significantly heavy armored structure, had little off-road mobility. Even if the appearance of the vehicles supplied by the different manufacturers was similar, there were external distinguishing features by which the manufacturer could be identified. The vehicles were tested in the Reichswehr from 1932 and introduced later.
One of the four crew members (driver, commander, gunner, radio-operator) was used as a reverse driver: with the narrow streets of the time and a turning circle of between 13 and 16m, this function was essential for a truck-sized heavy reconnaissance vehicle. The chassis had the excellent ladder-type configuration, able to withstand the stress of rough rides at high speed. The scout car was 5570 mm long, 1820 mm wide, 2250 mm high and weighed 5.35, 5.7 or 6 tons, depending on the manufacturer. The hull was made of welded steel armor, 5 to 14.5 mm (0.2-0.57 in) thick depending on the angle (bottom to front) with well-sloped plates. The armament consisted of a 2 cm KwK 30 with 200 rounds and a MG 13 with 1300 rounds in a manually operated turret. The fuel supply was 90, 105 or 110 liters, but with a consumption of about 35 or 40 liters per 100 km, this resulted in a completely inadequate range for a scout car.
Having no true alternatives at hand, the armored 4x6 car was accepted and became known as the Sd.Kfz. 231 (6-wheel), and it was subsequently developed into two more vehicles. Up until 1937, 123 vehicles were built as Sd.Kfz. 231 reconnaissance cars and Sd.Kfz. 232 radio trucks. A further 28 were manufactured as Sd.Kfz. 263 (Panzerfunkwagen) command vehicles.
As early as 1932, after testing the pilot series, it was clear that the interim solution of "cheap" 6-wheel vehicles would not meet the future requirements of the armored divisions now planned. It was planned that from 1935/36 at least 18 vehicles of a new type that would meet the requirements for off-road mobility and high road speeds should be produced annually. Büssing-NAG had obviously made a good impression with the ARW and was now commissioned to make the revised vehicle ready for series production, which would become the SdKfz. 231 (8-Rad). The overall concept was completed between 1934 and 1935 and already showed all the features of the future type: all 8 wheels driven and steered, the same speed forwards and backwards, ability to change direction in less than 10 seconds, and a turning circle of "only" 10.5m. The vehicle layout was changed, too: the engine bay was relocated to the rear, the crew compartment was placed at the front end. This improved weight distribution, handling, and the field of view for the main forward driver.
The purpose of the new vehicles was identical to that of the earlier heavy 6-wheel vehicles, they were used on the same sites and so the same ordnance inventory designation was adopted, despite the vehicle’s many modifications. The so-called Sd.Kfz. 231 (8-Rad) was armed, corresponding to its 6-Rad counterpart, with a 2cm KwK 30 and the MG 13 (later MG 34) in a rotating turret. Likewise, the Sd.Kfz. 232 (8-Rad) carried a large, curved bow antenna, and there was a Sd.Kfz. 263 (8-Rad) command vehicle, too.
Nevertheless, the Army Weapons Office demanded a short-term solution for a vehicle based on the 4x6 chassis that offered better off-road performance and armament, namely a 37 mm anti-tank gun, with at least comparable range and armor protection. This interim vehicle was supposed to be ready for service in early 1934. Magirus accepted the challenge and proposed the Sd.Kfz. 241, a 4x8 vehicle. It retained the old overall 6-Rad layout with the front engine under a long bonnet, but it had a fourth steered axle added to lower ground pressure and improve the vehicle’s trench bridging capabilities. The powered two rear axles retained the 6-Rad’s twin wheels, so that the vehicle stood on a total of twelve tires with a relatively large footprint. The armored hull was very similar to the Sd.Kfz. 231 6-Rad, but carried a new, bigger turret with a 3.7 cm KwK 30 L/45 gun and an axis-parallel 7.92 mm MG 34 light machine gun.
The box-shaped turret exploited the hull’s width to the maximum and had a maximum armor of 15 mm, no base and the seat of the commander was attached to the tower wall. The commander sat elevated under a raised cupola in the rear section of the turret, just behind the main gun. He had five viewing slits protected by glass blocks and steel slides for all-round visibility. The gunner/loader, standing to the left of the main gun, had to constantly follow the movement of the turret, which was done by hand. In order to support the gunner when slewing the turret, the commander had an additional handle on the right side. The two crew members also had a turret position indicator.
The cannon was fired electrically via a trigger, the machine gun was operated mechanically with a pedal. To aim and view the outside, the gunner had a gun sight to the left of the gun with an opening in the gun mantlet. Standard access to the vehicle was through low double-doors in the vehicle’ flank, but side exit openings in the turret with two flaps each were also frequently used to board it. Another entry was through the commander cupola’s lid.
With all this extra hardware, the Sd.Kfz. 241’s overall weight rose considerably from the late Sd.Kfz. 231 (6-Rad) nearly 6 tons to 7.5 tons. As a consequence, the chassis had to be reinforced and a more powerful engine was used, a 6-cylinder Maybach HL 42 TRKM w carburetor gasoline engine with 4170 cc capacity and 100 hp (74 kW) output at 3000 rpm.
As expected, the Sd.Kfz. 241 was not a success. Even though the first vehicles were delivered in time in mid-1934, its operational value was rather limited. Off-road capability was, due to the extra weight, the raised center of gravity and the lack of all-wheel drive, just as bad as the 6-Rad vehicles, and the more powerful engine’s higher fuel consumption allowed neither higher range, despite bigger fuel tanks, nor a better street performance. The only real progress was the new 3.7 cm KwK 30’s firepower, which was appreciated by the crews, even though the weapon was only effective against armored targets at close range. At 100 m, 64 mm of vertical armor could be penetrated, but at 500 m this already dropped to 31 mm, any angle in the armor weakened its hitting power even further. The weapon’s maximum range was 5.000m, though, and with HE rounds the Sd.Kfz. 241 could provide indirect fire support. Another factor that limited the vehicle’s effectiveness was that the gun had to be operated by a single crew member who had to load and aim at the same time – there was simply not enough space for a separate loader who would also have increased the gun’s rate of fire from six to maybe twelve rounds per minute. The vehicle’s armor was also inadequate and only gave protection against light firearms, but not against machine guns or heavier weapons. On the other side, the cupola on top of the turret offered the commander in his elevated position a very good all-round field of view, even when under full protection – but this progressive detail was not adopted for the following armored reconnaissance vehicles and remained exclusive to German battle tanks.
Only a total of fifty-five Sd.Kfz. 241s were completed by Magirus in Cologne until 1936, when production of the Sd.Kfz. 231 (8-Rad) vehicle family started and soon replaced the Sd.Kfz. 241, which was primarily operated at the Eastern Front in Poland and Czechoslovakia. By 1940, no Sd.Kfz. 241 was left in any frontline army unit, but a few survivors were grouped together and handed over to police units. Their main gun was either completely deleted or sometimes replaced with a second machine gun, and they were used for urban patrols and riot control duties. However, by 1942, no Sd.Kfz. 241 was left over.
Specifications:
Crew: Four (commander, gunner, driver, radio operator/rear driver)
Weight: 7.5 tons (11.450 lb)
Length: 5,85 metres (19 ft 2 in)
Width: 2,20 metres (7 ft 2 ½ in)
Height: 2,78 metres (9 ft 1 in)
Ground clearance: 28.5 cm (10 in)
Suspension: Torsion bar and leaf springs
Fuel capacity: 150 litres (33 imp gal; 40 US gal)
Armor:
8–15 mm (0.31 – 0.6 in)
Performance:
Maximum road speed: 70 km/h (43.5 mph)
52 km/h (32.3 mph) backwards
Operational range: 250 km (155 miles)
Power/weight: 13 PS/ton
Engine:
Maybach HL42 TRKM water-cooled straight 6-cylinder petrol engine with 100 hp (74 kW),
driving the rear pair of axles
Transmission:
Maybach gearbox with 5-speed forward and 4-speed reverse
Armament:
1× 37 mm KwK 30 L/45 cannon with 70 rounds
1× 7.92 mm MG 34 machine gun mounted co-axially with 1.300 rounds
The kit and its assembly:
This fictional armored car was inspired by a leftover rear axles from an Italeri Sd.Kfz. 231 (6-Rad) model that I converted into a fictional half-track variant some time ago. I wondered if the set could be transplanted under an 8-Rad chassis, to create a kind of missing link to the 8x8 successors of the Sd.Kfz. 231 (6-Rad) with a total of twelve tires on four axles.
The basis became a First to Fight 1:72 Sd.Kfz. 231 (8-Rad) kit – a rather simple and robust affair, apparently primarily intended for tabletop purposes. But the overall impression is good, and it would be modified, anyway, even though the plastic turned out to be rather soft/waxy and the parts’ sprue attachment points a bit wacky.
The hull was “turned around” to drive backwards, so that its rear engine ended up in the front. I eventually only used the rear twin wheels from the Sd.Kfz. 231 (6-Rad), but not its single axles and laminated springs. Instead, I first cut the OOB mudguards in two halves, removed their side skirts and glued them onto the lower hull in reversed order, so that the exhausts and their muffler boxes would end up at the rear of the front fenders. With these in place I checked the axles’ position from the OOB ladder chassis, which is a single, integral part, and found that the rear axles’ position had to be moved by 2mm backwards. Cutting the original piece and re-arranging it was easier to scratch a new rear suspension, and the rocker bars had to be shortened to accept the wider twin wheels.
The original small turret with the 20 mm autocannon was deleted and replaced with core elements from a Panzer III turret, left over from previous conversion projects. Wider than any original turret of the Sd.Kfz. 231/232 family, it had to be narrowed by roughly 5mm – I had to cut a respective plug from the turret’s and the mantlet’s middle section, the deformed hatch was covered under a Panzer III commander cupola. To mate the re-arranged turret with the OOB adapter plate to mount it onto the hull, and to add overall stability to the construction, I filled the interior with 2C putty.
The typical storage bin at the turret’s rear was omitted, though, it would have made it too large for the compact truck chassis. The shape was a perfect stylistic match, even though, with the longer gun barrel, the vehicle reminds a lot of the Soviet BA-10 heavy armored car?
Most small details like the bumpers and the headlights were taken OOB, I added a whip antenna base at the rear and mounted two spare wheels at the back, one of them covered with a tarpaulin (made from paper tissue drenched with white glue, this was also used to create the gun mantlet seals).
Painting and markings:
Typical for German vehicles from the early WWII stages the Sd.Kfz. 241 was painted Panzergrau (RAL 7021; I used Humbrol 67, which is authentic, but mixed it with some 125 to create a slightly lighter shade of grey) overall - quite dull, but realistic. To make the vehicle look more interesting, though, I added authentic contemporary camouflage in the form of low-contrast blotches with RAL 8017, a very dark reddish brown, mixed from Humbrol 160 and some 98. Better, but IMHO still not enough.
After the model received a washing with highly thinned red-brown acrylic artist paint I applied the few decals and gave the parts an overall dry-brushing treatment with grey and dark earth. Everything was sealed with matt acrylic varnish. For even more “excitement”, I decided to add a coat of snow.
For the simulated “frosting” I used white tile grout – which has the benefits of being water-soluble, quite sturdy to touch and the material does not yellow over time like gypsum.
First, the wheels, the chassis and the inside of the wheel arches received a separate treatment with relatively dryly mixed tile grout, simulating snow and dirt clusters. Once thoroughly dried, the wheels were mounted. Then the model was sprayed with low surface tension water and loose tile grout was drizzled over hull and turret, creating a flaky coat of fake snow. Once dry again, everything received another coat of matt acrylic varnish to protect and fixate everything further.
A relatively quick build, done in a few days. The First to Fight kit is very simple and went together well, but I’d use something else the next time due to the odd material it was molded with. The outcome of an 4x8 scout car looks quite plausible, though, like the missing link between the Sd.Kfz. 231 and 232 – the unintended similarity with the Soviet BA-10 heavy armored car was a bit surprising, though. And the snow on the model eventually makes it look a bit more interesting, the stunt was worth the effort.
UGSF soldiers move through the dark mist towards the border of France preparing to invade after the recent arming of the French border post, fort Makay, by the resistance
Minister of Militia and Defence Sam Hughes, a powerful and controversial figure, drove Canadian mobilization during the first three years of war.
On 10 August 1914, the government established the strength of the First Canadian Contingent for overseas service at 25,000, the figure requested by London. Hughes, eager to lead and coordinate personally a speedy call-up, chose to forgo the established mobilization plan and issued a more direct call to arms. Men from all classes and ages rushed to enlist at armories and militia bases across the country. Some of them traveled to a hastily prepared camp at Petawawa for equipment, training, and preparation for war.
USS Missouri (BB-63) ("Mighty Mo" or "Big Mo") is a United States Navy Iowa-class battleship and was the third ship of the U.S. Navy to be named in honor of the U.S. state of Missouri. Missouri was the last battleship commissioned by the United States and was best remembered as the site of the surrender of the Empire of Japan which ended World War II.
Missouri was ordered in 1940 and commissioned in June 1944. In the Pacific Theater of World War II she fought in the battles of Iwo Jima and Okinawa and shelled the Japanese home islands, and she fought in the Korean War from 1950 to 1953. She was decommissioned in 1955 into the United States Navy reserve fleets (the "Mothball Fleet"), but reactivated and modernized in 1984 as part of the 600-ship Navy plan, and provided fire support during Operation Desert Storm in January/February 1991.
Missouri received a total of 11 battle stars for service in World War II, Korea, and the Persian Gulf, and was finally decommissioned on 31 March 1992, but remained on the Naval Vessel Register until her name was struck in January 1995. In 1998, she was donated to the USS Missouri Memorial Association and became a museum ship at Pearl Harbor.
Contents
1 Construction
2 World War II (1944–1945)
2.1 Shakedown and service with Task Force 58, Admiral Mitscher
2.2 Service with the Third Fleet, Admiral Halsey
2.3 Signing of the Japanese Instrument of Surrender
3 Post-war (1946–1950)
4 The Korean War (1950–1953)
5 Reactivation (1984 to 1990)
6 Gulf War (January–February 1991)
7 Museum ship (1998 to present)
8 Appearances in popular culture
9 Awards
10 See also
11 Notes
12 References
13 Further reading
14 External links
Construction
Main articles: Iowa-class battleship and Armament of the Iowa-class battleship
Missouri was one of the Iowa-class "fast battleship" designs planned in 1938 by the Preliminary Design Branch at the Bureau of Construction and Repair. She was laid down at the Brooklyn Navy Yard on 6 January 1941, launched on 29 January 1944 and commissioned on 11 June with Captain William Callaghan in command. The ship was the third of the Iowa class, but the fourth and final Iowa-class ship commissioned by the U.S. Navy.[1][2][3][4] The ship was christened at her launching by Mary Margaret Truman, daughter of Harry S. Truman, then a United States Senator from Missouri.[5]
Missouri's main battery consisted of nine 16 in (406 mm)/50 cal Mark 7 guns, which could fire 2,700 lb (1,200 kg) armor-piercing shells some 20 mi (32.2 km). Her secondary battery consisted of twenty 5 in (127 mm)/38 cal guns in twin turrets, with a range of about 10 mi (16 km). With the advent of air power and the need to gain and maintain air superiority came a need to protect the growing fleet of allied aircraft carriers; to this end, Missouri was fitted with an array of Oerlikon 20 mm and Bofors 40 mm anti-aircraft guns to defend allied carriers from enemy airstrikes. When reactivated in 1984 Missouri had her 20 mm and 40 mm AA guns removed, and was outfitted with Phalanx CIWS mounts for protection against enemy missiles and aircraft, and Armored Box Launchers and Quad Cell Launchers designed to fire Tomahawk missiles and Harpoon missiles, respectively.[6]
Missouri was the last U.S. battleship to be completed.[2][7] Wisconsin, the highest-numbered U.S. battleship built, was completed before Missouri; BB-65 to BB-71 were ordered but cancelled.
World War II (1944–1945)
Shakedown and service with Task Force 58, Admiral Mitscher
After trials off New York and shakedown and battle practice in the Chesapeake Bay, Missouri departed Norfolk, Virginia on 11 November 1944, transited the Panama Canal on 18 November and steamed to San Francisco for final fitting out as fleet flagship. She stood out of San Francisco Bay on 14 December and arrived at Pearl Harbor, Hawaii on 24 December 1944. She departed Hawaii on 2 January 1945 and arrived in Ulithi, West Caroline Islands on 13 January. There she was temporary headquarters ship for Vice Admiral Marc A. Mitscher. The battleship put to sea on 27 January to serve in the screen of the Lexington carrier task group of Mitscher's TF 58, and on 16 February the task force's aircraft carriers launched the first naval air strikes against Japan since the famed Doolittle raid, which had been launched from the carrier Hornet in April 1942.[5]
Missouri then steamed with the carriers to Iwo Jima where her main guns provided direct and continuous support to the invasion landings begun on 19 February. After TF 58 returned to Ulithi on 5 March, Missouri was assigned to the Yorktown carrier task group. On 14 March, Missouri departed Ulithi in the screen of the fast carriers and steamed to the Japanese mainland. During strikes against targets along the coast of the Inland Sea of Japan beginning on 18 March, Missouri shot down four Japanese aircraft.[5]
Raids against airfields and naval bases near the Inland Sea and southwestern Honshū continued. When the carrier Franklin incurred battle damage, the Missouri's carrier task group provided cover for the Franklin's retirement toward Ulithi until 22 March, then set course for pre-invasion strikes and bombardment of Okinawa.[5]
Missouri joined the fast battleships of TF 58 in bombarding the southeast coast of Okinawa on 24 March, an action intended to draw enemy strength from the west coast beaches that would be the actual site of invasion landings. Missouri rejoined the screen of the carriers as Marine and Army units stormed the shores of Okinawa on the morning of 1 April. An attack by Japanese forces was repulsed successfully.[5]
A Japanese Zero about to hit Missouri 11 April 1945
On 11 April, a low-flying kamikaze, although fired upon, crashed on Missouri's starboard side, just below her main deck level. The starboard wing of the plane was thrown far forward, starting a gasoline fire at 5 in (127 mm) Gun Mount No. 3. The battleship suffered only superficial damage, and the fire was brought quickly under control.[5] The remains of the pilot were recovered on board the ship just aft of one of the 40 mm gun tubs. Captain Callaghan decided that the young Japanese pilot had done his job to the best of his ability, and with honor, so he should be given a military funeral. The following day he was buried at sea with military honors.[8]
About 23:05 on 17 April, Missouri detected an enemy submarine 12 mi (19 km) from her formation. Her report set off a hunter-killer operation by the light carrier Bataan and four destroyers, which sank the Japanese submarine I-56.[5]
Missouri was detached from the carrier task force off Okinawa on 5 May and sailed for Ulithi. During the Okinawa campaign she had shot down five enemy planes, assisted in the destruction of six others, and scored one probable kill. She helped repel 12 daylight attacks of enemy raiders and fought off four night attacks on her carrier task group. Her shore bombardment destroyed several gun emplacements and many other military, governmental, and industrial structures.[5]
Service with the Third Fleet, Admiral Halsey
Missouri arrived at Ulithi on 9 May and then proceeded to Apra Harbor, Guam, arriving on 18 May.[5] USS Louisville delivered Bull Halsey’s 50 officers and 100 staff to USS Missouri BB 63 at Guam from Man of War.[9] That afternoon Admiral William F. Halsey, Jr., Commander Third Fleet, brought his command into the Missouri.[10] She passed out of the harbor on 21 May, and by 27 May was again conducting shore bombardment against Japanese positions on Okinawa. Missouri led the 3rd Fleet in strikes on airfields and installations on Kyūshū on 2–3 June. She rode out a fierce storm on 5 and 6 June that wrenched the bow off the cruiser Pittsburgh. Some topside fittings were smashed, but Missouri suffered no major damage. Her fleet again struck Kyūshū on 8 June, then hit hard in a coordinated air-surface bombardment before retiring towards Leyte. She arrived at San Pedro Bay, Leyte on 13 June, after almost three months of continuous operations in support of the Okinawa campaign.[5]
Here she rejoined the powerful 3rd Fleet in strikes at the heart of Japan from within its home waters. The fleet set a northerly course on 8 July to approach the Japanese main island, Honshū. Raids took Tokyo by surprise on 10 July, followed by more devastation at the juncture of Honshū and Hokkaidō, the second-largest Japanese island, on 13–14 July. For the first time, naval gunfire destroyed a major installation within the home islands when Missouri joined in a shore bombardment on 15 July that severely damaged the Nihon Steel Co. and the Wanishi Ironworks at Muroran, Hokkaido.[5]
During the nights of 17 and 18 July, Missouri bombarded industrial targets in Honshū. Inland Sea aerial strikes continued through 25 July, and Missouri guarded the carriers as they attacked the Japanese home islands.[5]
Signing of the Japanese Instrument of Surrender
Main article: Japanese Instrument of Surrender
Missouri (left) transfers personnel to Iowa in advance of the surrender ceremony planned for 2 September.
Allied sailors and officers watch General of the Army Douglas MacArthur sign documents during the surrender ceremony aboard Missouri on 2 September 1945. The unconditional surrender of the Japanese to the Allies officially ended the Second World War.
Strikes on Hokkaidō and northern Honshū resumed on 9 August, the day the second atomic bomb was dropped.[5]
After the Japanese agreed to surrender, Admiral Sir Bruce Fraser of the Royal Navy, the Commander of the British Pacific Fleet, boarded Missouri on 16 August and conferred the honour of Knight of the British Empire upon Admiral Halsey. Missouri transferred a landing party of 200 officers and men to the battleship Iowa for temporary duty with the initial occupation force for Tokyo on 21 August. Missouri herself entered Tokyo Bay early on 29 August to prepare for the signing by Japan of the official instrument of surrender.[5]
High-ranking military officials of all the Allied Powers were received on board on 2 September, including Chinese General Hsu Yung-Ch'ang, British Admiral-of-the-Fleet Sir Bruce Fraser, Soviet Lieutenant-General Kuzma Nikolaevich Derevyanko, Australian General Sir Thomas Blamey, Canadian Colonel Lawrence Moore Cosgrave, French Général d'Armée Philippe Leclerc de Hautecloque, Dutch Vice Admiral Conrad Emil Lambert Helfrich, and New Zealand Air Vice Marshal Leonard M. Isitt.
Fleet Admiral Chester Nimitz boarded shortly after 0800, and General of the Army Douglas MacArthur, the Supreme Commander for the Allies, came on board at 0843. The Japanese representatives, headed by Foreign Minister Mamoru Shigemitsu, arrived at 0856. At 0902, General MacArthur stepped before a battery of microphones and opened the 23-minute surrender ceremony to the waiting world by stating,[5] "It is my earnest hope—indeed the hope of all mankind—that from this solemn occasion a better world shall emerge out of the blood and carnage of the past, a world founded upon faith and understanding, a world dedicated to the dignity of man and the fulfillment of his most cherished wish for freedom, tolerance, and justice."[11]
During the surrender ceremony, the deck of Missouri was decorated with a 31-star American flag that had been taken ashore by Commodore Matthew Perry in 1853 after his squadron of "Black Ships" sailed into Tokyo Bay to force the opening of Japan's ports to foreign trade. This flag was actually displayed with the reverse side showing, i.e., stars in the upper right corner: the historic flag was so fragile that the conservator at the Naval Academy Museum had sewn a protective linen backing to one side to help secure the fabric from deteriorating, leaving its "wrong side" visible. The flag was displayed in a wood-framed case secured to the bulkhead overlooking the surrender ceremony.[12] Another U.S. flag was raised and flown during the occasion, a flag that some sources have indicated was in fact that flag which had flown over the U.S. Capitol on 7 December 1941. This is not true; it was a flag taken from the ship's stock, according to Missouri's Commanding Officer, Captain Stuart "Sunshine" Murray, and it was "...just a plain ordinary GI-issue flag".[13]
By 09:30 the Japanese emissaries had departed. In the afternoon of 5 September, Admiral Halsey transferred his flag to the battleship South Dakota, and early the next day Missouri departed Tokyo Bay. As part of the ongoing Operation Magic Carpet she received homeward bound passengers at Guam, then sailed unescorted for Hawaii. She arrived at Pearl Harbor on 20 September and flew Admiral Nimitz's flag on the afternoon of 28 September for a reception.[5]
Post-war (1946–1950)
Missouri moves through the Panama Canal en route to the United States in October 1945.
The next day, Missouri departed Pearl Harbor bound for the eastern seaboard of the United States. She reached New York City on 23 October and hoisted the flag of Atlantic Fleet commander Admiral Jonas Ingram. Four days later, Missouri boomed out a 21-gun salute as President Truman boarded for Navy Day ceremonies.[5]
After an overhaul in the New York Naval Shipyard and a training cruise to Cuba, Missouri returned to New York. During the afternoon of 21 March 1946, she received the remains of the Turkish Ambassador to the United States, Münir Ertegün. She departed on 22 March for Gibraltar, and on 5 April anchored in the Bosphorus off Istanbul. She rendered full honors, including the firing of 19-gun salutes during the transfer of the remains of the late ambassador and again during the funeral ashore.[5]
Missouri departed Istanbul on 9 April and entered Phaleron Bay, Piraeus, Greece, the following day for an overwhelming welcome by Greek government officials and anti-communist citizens. Greece had become the scene of a civil war between the communist World War II resistance movement and the returning Greek government-in-exile. The United States saw this as an important test case for its new doctrine of containment of the Soviet Union. The Soviets were also pushing for concessions in the Dodecanese to be included in the peace treaty with Italy and for access through the Dardanelles strait between the Black Sea and the Mediterranean. The voyage of Missouri to the eastern Mediterranean symbolized America's strategic commitment to the region. News media proclaimed her a symbol of U.S. interest in preserving both nations' independence.[5]
Missouri departed Piraeus on 26 April, touching at Algiers and Tangiers before arriving at Norfolk on 9 May. She departed for Culebra Island on 12 May to join Admiral Mitscher's 8th Fleet in the Navy's first large-scale postwar Atlantic training maneuvers. The battleship returned to New York City on 27 May, and spent the next year steaming Atlantic coastal waters north to the Davis Strait and south to the Caribbean on various Atlantic command training exercises.[5] On 13 December, during a target practice exercise in the North Atlantic, a star shell accidentally struck the battleship, but without causing injuries.[14]
Missouri was accidentally grounded early on the morning of 17 January 1950.
Missouri arrived at Rio de Janeiro on 30 August 1947 for the Inter-American Conference for the Maintenance of Hemisphere Peace and Security. President Truman boarded on 2 September to celebrate the signing of the Rio Treaty, which broadened the Monroe Doctrine by stipulating that an attack on any one of the signatory American countries would be considered an attack on all.[5]
The Truman family boarded Missouri on 7 September 1947 to return to the United States and disembarked at Norfolk on 19 September. Her overhaul in New York—which lasted from 23 September to 10 March 1948—was followed by refresher training at Guantanamo Bay. The summer of 1948 was devoted to midshipman and reserve training cruises. Also in 1948, the Big Mo became the first battleship to host a helicopter detachment, operating two Sikorsky HO3S-1 machines for utility and rescue work.[15] The battleship departed Norfolk on 1 November 1948 for a second three-week Arctic cold-weather training cruise to the Davis Strait. During the next two years, Missouri participated in Atlantic command exercises from the New England coast to the Caribbean, alternated with two midshipman summer training cruises. She was overhauled at Norfolk Naval Shipyard from 23 September 1949 to 17 January 1950.[5]
Throughout the latter half of the 1940s, the various service branches of the United States had been reducing their inventories from their World War II levels. For the Navy, this resulted in several vessels of various types being decommissioned and either sold for scrap or placed in one of the various United States Navy reserve fleets scattered along the East and West Coast of the United States. As part of this contraction, three of the Iowa-class battleships had been de-activated and decommissioned; however, President Truman refused to allow Missouri to be decommissioned. Against the advice of Secretary of Defense Louis Johnson, Secretary of the Navy John L. Sullivan, and Chief of Naval Operations Louis E. Denfeld, Truman ordered Missouri to be maintained with the active fleet partly because of his fondness for the battleship and partly because the battleship had been christened by his daughter Margaret Truman.[16][17]
Then the only U.S. battleship in commission, Missouri was proceeding seaward on a training mission from Hampton Roads early on 17 January 1950 when she ran aground 1.6 mi (2.6 km) from Thimble Shoal Light, near Old Point Comfort. She hit shoal water a distance of three ship-lengths from the main channel. Lifted some 7 feet (2.1 m) above waterline, she stuck hard and fast.[5] With the aid of tugboats, pontoons, and a rising tide, she was refloated on 1 February 1950 and repaired.[5]
The Korean War (1950–1953)
In 1950, the Korean War broke out, prompting the United States to intervene in the name of the United Nations. President Truman was caught off guard when the invasion struck,[18] but quickly ordered U.S. forces stationed in Japan into South Korea. Truman also sent U.S.-based troops, tanks, fighter and bomber aircraft, and a strong naval force to Korea to support the Republic of Korea. As part of the naval mobilization Missouri was called up from the Atlantic Fleet and dispatched from Norfolk on 19 August to support UN forces on the Korean peninsula.[5]
Missouri arrived just west of Kyūshū on 14 September, where she became the flagship of Rear Admiral Allan Edward Smith. The first American battleship to reach Korean waters, she bombarded Samchok on 15 September 1950 in an attempt to divert troops and attention from the Incheon landings. This was the first time since World War II that Missouri had fired her guns in anger, and in company with the cruiser Helena and two destroyers, she helped prepare the way for the U.S. Eighth Army offensive.[5]
Missouri arrived at Incheon on 19 September, and on 10 October became flagship of Rear Admiral J. M. Higgins, commander, Cruiser Division 5 (CruDiv 5). She arrived at Sasebo on 14 October, where she became flagship of Vice Admiral A. D. Struble, Commander, 7th Fleet. After screening the aircraft carrier Valley Forge along the east coast of Korea, she conducted bombardment missions from 12 to 26 October in the Chongjin and Tanchon areas, and at Wonsan where she again screened carriers eastward of Wonsan.[5]
MacArthur's amphibious landings at Incheon had severed the North Korean Army’s supply lines; as a result, North Korea’s army had begun a lengthy retreat from South Korea into North Korea. This retreat was closely monitored by the Peoples Republic of China (PRC), out of fear that the UN offensive against Korea would create a US-backed enemy on China’s border, and out of concern that the UN offensive in Korea could evolve into a UN war against China. The latter of these two threats had already manifested itself during the Korea War: U.S. F-86 Sabres on patrol in "MiG Alley" frequently crossed into China while pursuing Communist MiGs operating out of Chinese airbases.[19]
Moreover, there was talk among the U.N. commanders—notably General Douglas MacArthur—about a potential campaign against the People's Republic of China. In an effort to dissuade UN forces from completely overrunning North Korea, the People's Republic of China issued diplomatic warnings that they would use force to protect North Korea, but these warnings were not taken seriously for a number of reasons, among them the fact that China lacked air cover to conduct such an attack.[20][21] This changed abruptly on 19 October 1950, when the first of an eventual total of 380,000 People's Liberation Army soldiers under the command of General Peng Dehuai crossed into North Korea, launching a full-scale assault against advancing U.N. troops. The PRC offensive caught the UN completely by surprise; UN forces realized they would have to fall back, and quickly executed an emergency retreat. UN assets were shuffled in order to cover this retreat, and as part of the force tasked with covering the UN retreat Missouri was moved into Hungnam on 23 December to provide gunfire support about the Hungnam defense perimeter until the last UN troops, the U.S. 3rd Infantry Division, were evacuated by way of the sea on 24 December 1950.[5]
Missouri fires her guns against enemy positions during the Korean War. Notice the effect on the seawater under the guns.
Missouri conducted additional operations with carriers and shore bombardments off the east coast of Korea until 19 March 1951. She arrived at Yokosuka on 24 March, and 4 days later was relieved of duty in the Far East. She departed Yokosuka on 28 March, and upon arrival at Norfolk on 27 April became the flagship of Rear Admiral James L. Holloway, Jr., commander, Cruiser Force, Atlantic Fleet. During the summer of 1951, she engaged in two midshipman training cruises to northern Europe. Under the command of Captain John Sylvester, Missouri entered Norfolk Naval Shipyard 18 October 1951 for an overhaul, which lasted until 30 January 1952.[5]
Following winter and spring training out of Guantanamo Bay, Missouri visited New York, then set course from Norfolk on 9 June 1952 for another midshipman cruise. She returned to Norfolk on 4 August and entered Norfolk Naval Shipyard to prepare for a second tour in the Korean combat zone.[5]
Missouri stood out of Hampton Roads on 11 September 1952 and arrived at Yokosuka on 17 October. Vice Admiral Joseph J. Clark, commander of the 7th Fleet, brought his command onboard on 19 October. Her primary mission was to provide seagoing artillery support by bombarding enemy targets in the Chaho-Tanchon area, at Chongjin, in the Tanchon-Sonjin area, and at Chaho, Wonsan, Hamhung, and Hungnam during the period 25 October through 2 January 1953.[5]
Missouri put in to Incheon on 5 January 1953 and sailed thence to Sasebo, Japan. General Mark W. Clark, Commander in Chief, U.N. Command, and Admiral Sir Guy Russell, the Royal Navy commander of the British Far East Station, visited the battleship on 23 January. In the following weeks, Missouri resumed "Cobra" patrol along the east coast of Korea to support troops ashore. Repeated bombardment of Wonsan, Tanehon, Hungnam, and Kojo destroyed main supply routes along the eastern seaboard of Korea.[5]
The last bombardment mission by Missouri was against the Kojo area on 25 March. On 26 March, her commanding officer–Captain Warner R. Edsall–suffered a fatal heart attack while conning her through the submarine net at Sasebo. She was relieved as the 7th Fleet flagship on 6 April by her older sister New Jersey.[5]
Missouri departed Yokosuka on 7 April and arrived at Norfolk on 4 May to become flagship for Rear Admiral E. T. Woolridge, commander, Battleships-Cruisers, Atlantic Fleet, on 14 May. She departed on 8 June on a midshipman training cruise, returned to Norfolk on 4 August, and was overhauled in Norfolk Naval Shipyard from 20 November 1953 to 2 April 1954. As the flagship of Rear Admiral R. E. Kirby, who had relieved Admiral Woolridge, Missouri departed Norfolk on 7 June as flagship of the midshipman training cruise to Lisbon and Cherbourg. During this voyage Missouri was joined by the other three battleships of her class, New Jersey, Wisconsin, and Iowa, the only time the four ships sailed together.[22] She returned to Norfolk on 3 August and departed on 23 August for inactivation on the West Coast. After calls at Long Beach and San Francisco, Missouri arrived in Seattle on 15 September. Three days later she entered Puget Sound Naval Shipyard where she was decommissioned on 26 February 1955, entering the Bremerton group, Pacific Reserve Fleet.[5]
Upon arrival in Bremerton, Missouri was moored at the last pier of the reserve fleet berthing. This placed her very close to the mainland, and she served as a popular tourist attraction, logging about 180,000 visitors per year, who came to view the "surrender deck" where a bronze plaque memorialized the spot (35° 21' 17" N, 139° 45' 36" E) where Japan surrendered to the Allies, and the accompanying historical display that included copies of the surrender documents and photos. A small cottage industry grew in the civilian community just outside the gates, selling souvenirs and other memorabilia. Nearly thirty years passed before Missouri returned to active duty.[5]
Reactivation (1984 to 1990)
Missouri in dry dock during her modernization at the Long Beach Naval Shipyard in 1985
Under the Reagan Administration’s program to build a 600-ship Navy, led by Secretary of the Navy John F. Lehman, Missouri was reactivated and towed by the salvage ship Beaufort to the Long Beach Naval Yard in the summer of 1984 to undergo modernization in advance of her scheduled recommissioning.[5] In preparation for the move, a skeleton crew of 20 spent three weeks working 12-to-16 hour days preparing the battleship for her tow.[23] During the modernization Missouri had her obsolete armament removed: 20 mm and 40 mm anti-aircraft guns, and four of her ten 5-inch (130 mm) gun mounts.[24]
Crewmen man the rails as Missouri formally recommissions in San Francisco, California
Over the next several months, the ship was upgraded with the most advanced weaponry available; among the new weapons systems installed were four MK 141 quad cell launchers for 16 AGM-84 Harpoon anti-ship missiles, eight Armored Box Launcher (ABL) mounts for 32 BGM-109 Tomahawk missiles, and a quartet of Phalanx Close In Weapon System (CIWS) Gatling guns for defense against enemy anti-ship missiles and enemy aircraft.[24] Also included in her modernization were upgrades to radar and fire control systems for her guns and missiles, and improved electronic warfare capabilities.[24] During the modernization Missouri's 800 lb (360 kg) bell, which had been removed from the battleship and sent to Jefferson City, Missouri for sesquicentennial celebrations in the state, was formally returned to the battleship in advance of her recommissioning.[25] Missouri was formally recommissioned in San Francisco on 10 May 1986. "This is a day to celebrate the rebirth of American sea power", Secretary of Defense Caspar W. Weinberger told an audience of 10,000 at the recommissioning ceremony, instructing the crew to "listen for the footsteps of those who have gone before you. They speak to you of honor and the importance of duty. They remind you of your own traditions."[26] Also present at the recommissioning ceremony was Missouri governor John Ashcroft, U.S. Senator Pete Wilson, Secretary of the Navy John Lehman, San Francisco mayor Dianne Feinstein, and Margaret Truman.[27]
Four months later Missouri departed from her new home port of Long Beach for an around-the-world cruise, visiting Pearl Harbor Hawaii; Sydney, Hobart, and Perth, Australia; Diego Garcia; the Suez Canal; Istanbul, Turkey; Naples, Italy; Rota, Spain; Lisbon, Portugal; and the Panama Canal. Missouri became the first American battleship to circumnavigate the globe since Theodore Roosevelt's "Great White Fleet" 80 years before – a fleet which included the first battleship named USS Missouri (BB-11).[5]
Missouri undertaking an underway replenishment with Kitty Hawk from the MSC ship USNS Kawishiwi
In 1987, Missouri was outfitted with 40 mm grenade launchers and 25 mm chain guns and sent to take part in Operation Earnest Will, the escorting of reflagged Kuwaiti oil tankers in the Persian Gulf.[28] These smaller-caliber weapons were installed due to the threat of Iranian-manned, Swedish-made Boghammar cigarette boats operating in the Persian Gulf at the time.[29] On 25 July, the ship departed on a six-month deployment to the Indian Ocean and North Arabian Sea. She spent more than 100 continuous days at sea in a hot, tense environment – a striking contrast to her world cruise months earlier. As the centerpiece for Battlegroup Echo, Missouri escorted tanker convoys into the Strait of Hormuz, keeping her fire control system trained on land-based Iranian Silkworm missile launchers.[30]
Missouri returned to the United States via Diego Garcia, Australia and Hawaii in early 1988. Several months later, Missouri's crew again headed for Hawaiian waters for the Rim of the Pacific (RimPac) exercises, which involved more than 50,000 troops and ships from the navies of Australia, Canada, Japan and the United States. Port visits in 1988 included Vancouver and Victoria in Canada, San Diego, Seattle, and Bremerton.[5]
In the early months of 1989, Missouri was in the Long Beach Naval Shipyard for routine maintenance. On 1 July 1989, while berthed at Pier D, the music video for Cher's If I Could Turn Back Time was filmed aboard Missouri and featured the ship's crew. A few months later she departed for Pacific Exercise (PacEx) '89, where she and New Jersey performed a simultaneous gunfire demonstration for the aircraft carriers Enterprise and Nimitz. The highlight of PacEx was a port visit in Pusan, Republic of Korea. In 1990, Missouri again took part in the RimPac Exercise with ships from Australia, Canada, Japan, Korea, and the U.S.[5]
Gulf War (January–February 1991)
On 2 August 1990 Iraq, led by President Saddam Hussein, invaded Kuwait. In the middle of the month U.S. President George H. W. Bush, in keeping with the Carter Doctrine, sent the first of several hundred thousand troops, along with a strong force of naval support, to Saudi Arabia and the Persian Gulf area to support a multinational force in a standoff with Iraq.
Missouri's scheduled four-month Western Pacific port-to-port cruise set to begin in September was canceled just a few days before the ship was to leave. She had been placed on hold in anticipation of being mobilized as forces continued to mass in the Middle East. Missouri departed on 13 November 1990 for the troubled waters of the Persian Gulf. She departed from Pier 6 at Long Beach, with extensive press coverage, and headed for Hawaii and the Philippines for more work-ups en route to the Persian Gulf. Along the way she made stops at Subic Bay and Pattaya Beach, Thailand, before transiting the Strait of Hormuz on 3 January 1991. During subsequent operations leading up to Operation Desert Storm, Missouri prepared to launch Tomahawk Land Attack Missiles (TLAMs) and provide naval gunfire support as required.[5]
Missouri launches a Tomahawk missile.
Missouri fired her first Tomahawk missile at Iraqi targets at 01:40 am on 17 January 1991, followed by 27 additional missiles over the next five days.[5]
On 29 January, the Oliver Hazard Perry-class frigate Curts led Missouri northward, using advanced mine-avoidance sonar. In her first naval gunfire support action of Desert Storm she shelled an Iraqi command and control bunker near the Saudi border, the first time her 16 in (410 mm) guns had been fired in combat since March 1953 off Korea.[31] The battleship bombarded Iraqi beach defenses in occupied Kuwait on the night of 3 February, firing 112 16 in (410 mm) rounds over the next three days until relieved by Wisconsin. Missouri then fired another 60 rounds off Khafji on 11–12 February before steaming north to Faylaka Island. After minesweepers cleared a lane through Iraqi defenses, Missouri fired 133 rounds during four shore bombardment missions as part of the amphibious landing feint against the Kuwaiti shore line the morning of 23 February.[5] The heavy pounding attracted Iraqi attention; in response to the battleship’s artillery strike, the Iraqis fired two HY-2 Silkworm missiles at the battleship, one of which missed,.[32] The other missile was intercepted by a GWS-30 Sea Dart missile launched from the British air defence destroyer HMS Gloucester[5] within 90 seconds and crashed into the sea roughly 700 yd (640 m) in front of Missouri.[33]
Missouri firing her 16-inch guns during Desert Storm, 6 February 1991.
During the campaign, Missouri was involved in a friendly fire incident with the Oliver Hazard Perry-class frigate Jarrett. According to the official report, on 25 February, Jarrett's Phalanx CIWS engaged the chaff fired by Missouri as a countermeasure against enemy missiles, and stray rounds from the firing struck Missouri, one penetrating through a bulkhead and becoming embedded in an interior passageway of the ship. Another round struck the ship on the forward funnel, passing completely through it. One sailor aboard Missouri was struck in the neck by flying shrapnel and suffered minor injuries. Those familiar with the incident are skeptical of this account, however, as Jarrett was reportedly over 2 mi (3.2 km) away at the time and the characteristics of chaff are such that a Phalanx would not normally regard it as a threat and engage it.[34] There is no dispute that the rounds that struck Missouri did come from Jarrett, and that it was an accident. The suspicion is that a Phalanx operator on Jarrett may have accidentally fired off a few rounds manually, although there is no evidence to support this.[35][36]
During the operation, Missouri also assisted coalition forces engaged in clearing Iraqi naval mines in the Persian Gulf. By the time the war ended, Missouri had destroyed at least 15 naval mines.[33]
With combat operations out of range of the battleship’s weapons on 26 February, Missouri had fired a total 783 rounds of 16 in (410 mm) shells and launched 28 Tomahawk cruise missiles during the campaign,[37] and commenced to conduct patrol and armistice enforcement operations in the northern Persian Gulf until sailing for home on 21 March. Following stops at Fremantle and Hobart, Australia, the warship visited Pearl Harbor before arriving home in April. She spent the remainder of the year conducting type training and other local operations, the latter including 7 December "voyage of remembrance" to mark the 50th anniversary of the Pearl Harbor attack in 1941. During that ceremony, Missouri hosted President George H. W. Bush, the first such presidential visit for the warship since Harry S. Truman boarded the battleship in September 1947.[5]
Museum ship (1998 to present)
See also: Iowa-class battleship § Cultural significance
Missouri in Pearl Harbor, Hawaii; aft deck and 16-inch (410 mm) gun turret
With the collapse of the Soviet Union in the early 1990s and the absence of a perceived threat to the United States came drastic cuts in the defense budget, and the high cost of maintaining and operating battleships as part of the United States Navy's active fleet became uneconomical; as a result, Missouri was decommissioned on 31 March 1992 at Long Beach, California.[1] Her last commanding officer, Captain Albert L. Kaiss, wrote in the ship's final Plan of the Day:
Our final day has arrived. Today the final chapter in battleship Missouri’s history will be written. It's often said that the crew makes the command. There is no truer statement ... for it's the crew of this great ship that made this a great command. You are a special breed of sailors and Marines and I am proud to have served with each and every one of you. To you who have made the painful journey of putting this great lady to sleep, I thank you. For you have had the toughest job. To put away a ship that has become as much a part of you as you are to her is a sad ending to a great tour. But take solace in this—you have lived up to the history of the ship and those who sailed her before us. We took her to war, performed magnificently and added another chapter in her history, standing side by side our forerunners in true naval tradition. God bless you all.
— Captain Albert L. Kaiss[26]
Missouri facing the sunken Arizona.
Missouri returned to be part of the reserve fleet at Puget Sound Naval Shipyard, Bremerton, Washington, until 12 January 1995, when she was struck from the Naval Vessel Register. She remained in Bremerton, but was not open to tourists as she had been from 1957 to 1984. In spite of attempts by citizens' groups to keep her in Bremerton and be re-opened as a tourist site, the U.S. Navy wanted to pair a symbol of the end of World War II with one representing its beginning.[38][dead link] On 4 May 1998, Secretary of the Navy John H. Dalton signed the donation contract that transferred her to the nonprofit USS Missouri Memorial Association (MMA) of Honolulu, Hawaii. She was towed from Bremerton on 23 May to Astoria, Oregon, where she sat in fresh water at the mouth of the Columbia River to kill and drop the saltwater barnacles and sea grasses that had grown on her hull in Bremerton,[33] then towed across the eastern Pacific, and docked at Ford Island, Pearl Harbor on 22 June, just 500 yd (460 m) from the Arizona Memorial.[26] Less than a year later, on 29 January 1999, Missouri was opened as a museum operated by the MMA.
Plaque commemorating the surrender of Japan to end World War II
Originally, the decision to move Missouri to Pearl Harbor was met with some resistance. The National Park Service expressed concern that the battleship, whose name has become synonymous with the end of World War II, would overshadow the battleship Arizona, whose dramatic explosion and subsequent sinking on 7 December 1941 has since become synonymous with the attack on Pearl Harbor.[39] To help guard against this impression Missouri was placed well back from and facing the Arizona Memorial, so that those participating in military ceremonies on Missouri's aft decks would not have sight of the Arizona Memorial. The decision to have Missouri's bow face the Arizona Memorial was intended to convey that Missouri watches over the remains of Arizona so that those interred within Arizona's hull may rest in peace.[40]
Missouri was listed on the National Register of Historic Places on 14 May 1971 for hosting the signing of the instrument of Japanese surrender that ended World War II.[39] She is not eligible for designation as a National Historic Landmark because she was extensively modernized in the years following the surrender.[40]
On 14 October 2009, Missouri was moved from her berthing station on Battleship Row to a drydock at the Pearl Harbor Naval Shipyard to undergo a three-month overhaul. The work, priced at $18 million, included installing a new anti-corrosion system, repainting the hull, and upgrading the internal mechanisms. Drydock workers reported that the ship was leaking at some points on the starboard side.[41] The repairs were completed the first week of January 2010 and the ship was returned to her berthing station on Battleship Row on 7 January 2010. The ship's grand reopening occurred on 30 January.[42]
Appearances in popular culture
Missouri was central to the plot of the film Under Siege, and the ship was prominently featured in another movie, Battleship. As Missouri has not moved under her own power since 1992, shots of the ship at sea were obtained with the help of three tugboats.[43]
Awards
Missouri received eight battle stars for her service in World War II, five for her service during the Korean War, and three for her service during the Gulf War.[40] Missouri also received numerous awards for her service in World War II, Korea, and the Persian Gulf
Viewing a salt barge long exposure trail on the Monongahela River, from the Liberty Bridge pedestrian access walkway.
+++ DISCLAIMER +++
Nothing you see here is real, even though the conversion or the presented background story might be based on historical facts. BEWARE!
Some background:
Due to the restrictions of the Versailles treaties, the Reichswehr was already dealing with the increasing mobilization and motorization of the army after the end of the First World War. The realization that the speed of the troop units required appropriate equipment was available early on. However, the Reichswehr suffered from financial constraints and during the Weimar Republic the industry only had limited capacity for series production of larger, armored vehicles.
Nevertheless, at that time the Sd.Kfz. 3 (unarmored half-track transport vehicle/1927), the ARW (eight-wheel car/1928) and the ZRW (ten-wheel car/1928) provided fundamental experience. The findings of these tests and the troop testing with the Sd.Kfz. 3 enabled a more precise specification of the new vehicles to be developed. The "heavy" armored cars were primarily intended for the reconnaissance units of the new armored forces.
The incipient rearmament could only start with a "cheap" solution, though. A three-part armored structure for the chassis of commercially available off-road trucks was developed by the Army Weapons Office, Dept. WaTest 6, in cooperation with the company Deutsche Eisenwerke AG. The typical truck chassis featured front-wheel steering and a driven bogie at the rear (4x6 layout). In June 1929, the companies Magirus, Daimler-Benz and Büssing-NAG were commissioned to develop the desired armored car from it. If you consider that this truck class was developed for a payload of 1.5t, you can already conclude from this that the vehicles, which are now equipped with a significantly heavy armored structure, had little off-road mobility. Even if the appearance of the vehicles supplied by the different manufacturers was similar, there were external distinguishing features by which the manufacturer could be identified. The vehicles were tested in the Reichswehr from 1932 and introduced later.
One of the four crew members (driver, commander, gunner, radio-operator) was used as a reverse driver: with the narrow streets of the time and a turning circle of between 13 and 16m, this function was essential for a truck-sized heavy reconnaissance vehicle. The chassis had the excellent ladder-type configuration, able to withstand the stress of rough rides at high speed. The scout car was 5570 mm long, 1820 mm wide, 2250 mm high and weighed 5.35, 5.7 or 6 tons, depending on the manufacturer. The hull was made of welded steel armor, 5 to 14.5 mm (0.2-0.57 in) thick depending on the angle (bottom to front) with well-sloped plates. The armament consisted of a 2 cm KwK 30 with 200 rounds and a MG 13 with 1300 rounds in a manually operated turret. The fuel supply was 90, 105 or 110 liters, but with a consumption of about 35 or 40 liters per 100 km, this resulted in a completely inadequate range for a scout car.
Having no true alternatives at hand, the armored 4x6 car was accepted and became known as the Sd.Kfz. 231 (6-wheel), and it was subsequently developed into two more vehicles. Up until 1937, 123 vehicles were built as Sd.Kfz. 231 reconnaissance cars and Sd.Kfz. 232 radio trucks. A further 28 were manufactured as Sd.Kfz. 263 (Panzerfunkwagen) command vehicles.
As early as 1932, after testing the pilot series, it was clear that the interim solution of "cheap" 6-wheel vehicles would not meet the future requirements of the armored divisions now planned. It was planned that from 1935/36 at least 18 vehicles of a new type that would meet the requirements for off-road mobility and high road speeds should be produced annually. Büssing-NAG had obviously made a good impression with the ARW and was now commissioned to make the revised vehicle ready for series production, which would become the SdKfz. 231 (8-Rad). The overall concept was completed between 1934 and 1935 and already showed all the features of the future type: all 8 wheels driven and steered, the same speed forwards and backwards, ability to change direction in less than 10 seconds, and a turning circle of "only" 10.5m. The vehicle layout was changed, too: the engine bay was relocated to the rear, the crew compartment was placed at the front end. This improved weight distribution, handling, and the field of view for the main forward driver.
The purpose of the new vehicles was identical to that of the earlier heavy 6-wheel vehicles, they were used on the same sites and so the same ordnance inventory designation was adopted, despite the vehicle’s many modifications. The so-called Sd.Kfz. 231 (8-Rad) was armed, corresponding to its 6-Rad counterpart, with a 2cm KwK 30 and the MG 13 (later MG 34) in a rotating turret. Likewise, the Sd.Kfz. 232 (8-Rad) carried a large, curved bow antenna, and there was a Sd.Kfz. 263 (8-Rad) command vehicle, too.
Nevertheless, the Army Weapons Office demanded a short-term solution for a vehicle based on the 4x6 chassis that offered better off-road performance and armament, namely a 37 mm anti-tank gun, with at least comparable range and armor protection. This interim vehicle was supposed to be ready for service in early 1934. Magirus accepted the challenge and proposed the Sd.Kfz. 241, a 4x8 vehicle. It retained the old overall 6-Rad layout with the front engine under a long bonnet, but it had a fourth steered axle added to lower ground pressure and improve the vehicle’s trench bridging capabilities. The powered two rear axles retained the 6-Rad’s twin wheels, so that the vehicle stood on a total of twelve tires with a relatively large footprint. The armored hull was very similar to the Sd.Kfz. 231 6-Rad, but carried a new, bigger turret with a 3.7 cm KwK 30 L/45 gun and an axis-parallel 7.92 mm MG 34 light machine gun.
The box-shaped turret exploited the hull’s width to the maximum and had a maximum armor of 15 mm, no base and the seat of the commander was attached to the tower wall. The commander sat elevated under a raised cupola in the rear section of the turret, just behind the main gun. He had five viewing slits protected by glass blocks and steel slides for all-round visibility. The gunner/loader, standing to the left of the main gun, had to constantly follow the movement of the turret, which was done by hand. In order to support the gunner when slewing the turret, the commander had an additional handle on the right side. The two crew members also had a turret position indicator.
The cannon was fired electrically via a trigger, the machine gun was operated mechanically with a pedal. To aim and view the outside, the gunner had a gun sight to the left of the gun with an opening in the gun mantlet. Standard access to the vehicle was through low double-doors in the vehicle’ flank, but side exit openings in the turret with two flaps each were also frequently used to board it. Another entry was through the commander cupola’s lid.
With all this extra hardware, the Sd.Kfz. 241’s overall weight rose considerably from the late Sd.Kfz. 231 (6-Rad) nearly 6 tons to 7.5 tons. As a consequence, the chassis had to be reinforced and a more powerful engine was used, a 6-cylinder Maybach HL 42 TRKM w carburetor gasoline engine with 4170 cc capacity and 100 hp (74 kW) output at 3000 rpm.
As expected, the Sd.Kfz. 241 was not a success. Even though the first vehicles were delivered in time in mid-1934, its operational value was rather limited. Off-road capability was, due to the extra weight, the raised center of gravity and the lack of all-wheel drive, just as bad as the 6-Rad vehicles, and the more powerful engine’s higher fuel consumption allowed neither higher range, despite bigger fuel tanks, nor a better street performance. The only real progress was the new 3.7 cm KwK 30’s firepower, which was appreciated by the crews, even though the weapon was only effective against armored targets at close range. At 100 m, 64 mm of vertical armor could be penetrated, but at 500 m this already dropped to 31 mm, any angle in the armor weakened its hitting power even further. The weapon’s maximum range was 5.000m, though, and with HE rounds the Sd.Kfz. 241 could provide indirect fire support. Another factor that limited the vehicle’s effectiveness was that the gun had to be operated by a single crew member who had to load and aim at the same time – there was simply not enough space for a separate loader who would also have increased the gun’s rate of fire from six to maybe twelve rounds per minute. The vehicle’s armor was also inadequate and only gave protection against light firearms, but not against machine guns or heavier weapons. On the other side, the cupola on top of the turret offered the commander in his elevated position a very good all-round field of view, even when under full protection – but this progressive detail was not adopted for the following armored reconnaissance vehicles and remained exclusive to German battle tanks.
Only a total of fifty-five Sd.Kfz. 241s were completed by Magirus in Cologne until 1936, when production of the Sd.Kfz. 231 (8-Rad) vehicle family started and soon replaced the Sd.Kfz. 241, which was primarily operated at the Eastern Front in Poland and Czechoslovakia. By 1940, no Sd.Kfz. 241 was left in any frontline army unit, but a few survivors were grouped together and handed over to police units. Their main gun was either completely deleted or sometimes replaced with a second machine gun, and they were used for urban patrols and riot control duties. However, by 1942, no Sd.Kfz. 241 was left over.
Specifications:
Crew: Four (commander, gunner, driver, radio operator/rear driver)
Weight: 7.5 tons (11.450 lb)
Length: 5,85 metres (19 ft 2 in)
Width: 2,20 metres (7 ft 2 ½ in)
Height: 2,78 metres (9 ft 1 in)
Ground clearance: 28.5 cm (10 in)
Suspension: Torsion bar and leaf springs
Fuel capacity: 150 litres (33 imp gal; 40 US gal)
Armor:
8–15 mm (0.31 – 0.6 in)
Performance:
Maximum road speed: 70 km/h (43.5 mph)
52 km/h (32.3 mph) backwards
Operational range: 250 km (155 miles)
Power/weight: 13 PS/ton
Engine:
Maybach HL42 TRKM water-cooled straight 6-cylinder petrol engine with 100 hp (74 kW),
driving the rear pair of axles
Transmission:
Maybach gearbox with 5-speed forward and 4-speed reverse
Armament:
1× 37 mm KwK 30 L/45 cannon with 70 rounds
1× 7.92 mm MG 34 machine gun mounted co-axially with 1.300 rounds
The kit and its assembly:
This fictional armored car was inspired by a leftover rear axles from an Italeri Sd.Kfz. 231 (6-Rad) model that I converted into a fictional half-track variant some time ago. I wondered if the set could be transplanted under an 8-Rad chassis, to create a kind of missing link to the 8x8 successors of the Sd.Kfz. 231 (6-Rad) with a total of twelve tires on four axles.
The basis became a First to Fight 1:72 Sd.Kfz. 231 (8-Rad) kit – a rather simple and robust affair, apparently primarily intended for tabletop purposes. But the overall impression is good, and it would be modified, anyway, even though the plastic turned out to be rather soft/waxy and the parts’ sprue attachment points a bit wacky.
The hull was “turned around” to drive backwards, so that its rear engine ended up in the front. I eventually only used the rear twin wheels from the Sd.Kfz. 231 (6-Rad), but not its single axles and laminated springs. Instead, I first cut the OOB mudguards in two halves, removed their side skirts and glued them onto the lower hull in reversed order, so that the exhausts and their muffler boxes would end up at the rear of the front fenders. With these in place I checked the axles’ position from the OOB ladder chassis, which is a single, integral part, and found that the rear axles’ position had to be moved by 2mm backwards. Cutting the original piece and re-arranging it was easier to scratch a new rear suspension, and the rocker bars had to be shortened to accept the wider twin wheels.
The original small turret with the 20 mm autocannon was deleted and replaced with core elements from a Panzer III turret, left over from previous conversion projects. Wider than any original turret of the Sd.Kfz. 231/232 family, it had to be narrowed by roughly 5mm – I had to cut a respective plug from the turret’s and the mantlet’s middle section, the deformed hatch was covered under a Panzer III commander cupola. To mate the re-arranged turret with the OOB adapter plate to mount it onto the hull, and to add overall stability to the construction, I filled the interior with 2C putty.
The typical storage bin at the turret’s rear was omitted, though, it would have made it too large for the compact truck chassis. The shape was a perfect stylistic match, even though, with the longer gun barrel, the vehicle reminds a lot of the Soviet BA-10 heavy armored car?
Most small details like the bumpers and the headlights were taken OOB, I added a whip antenna base at the rear and mounted two spare wheels at the back, one of them covered with a tarpaulin (made from paper tissue drenched with white glue, this was also used to create the gun mantlet seals).
Painting and markings:
Typical for German vehicles from the early WWII stages the Sd.Kfz. 241 was painted Panzergrau (RAL 7021; I used Humbrol 67, which is authentic, but mixed it with some 125 to create a slightly lighter shade of grey) overall - quite dull, but realistic. To make the vehicle look more interesting, though, I added authentic contemporary camouflage in the form of low-contrast blotches with RAL 8017, a very dark reddish brown, mixed from Humbrol 160 and some 98. Better, but IMHO still not enough.
After the model received a washing with highly thinned red-brown acrylic artist paint I applied the few decals and gave the parts an overall dry-brushing treatment with grey and dark earth. Everything was sealed with matt acrylic varnish. For even more “excitement”, I decided to add a coat of snow.
For the simulated “frosting” I used white tile grout – which has the benefits of being water-soluble, quite sturdy to touch and the material does not yellow over time like gypsum.
First, the wheels, the chassis and the inside of the wheel arches received a separate treatment with relatively dryly mixed tile grout, simulating snow and dirt clusters. Once thoroughly dried, the wheels were mounted. Then the model was sprayed with low surface tension water and loose tile grout was drizzled over hull and turret, creating a flaky coat of fake snow. Once dry again, everything received another coat of matt acrylic varnish to protect and fixate everything further.
A relatively quick build, done in a few days. The First to Fight kit is very simple and went together well, but I’d use something else the next time due to the odd material it was molded with. The outcome of an 4x8 scout car looks quite plausible, though, like the missing link between the Sd.Kfz. 231 and 232 – the unintended similarity with the Soviet BA-10 heavy armored car was a bit surprising, though. And the snow on the model eventually makes it look a bit more interesting, the stunt was worth the effort.
+++ DISCLAIMER +++
Nothing you see here is real, even though the conversion or the presented background story might be based on historical facts. BEWARE!
Some background:
Due to the restrictions of the Versailles treaties, the Reichswehr was already dealing with the increasing mobilization and motorization of the army after the end of the First World War. The realization that the speed of the troop units required appropriate equipment was available early on. However, the Reichswehr suffered from financial constraints and during the Weimar Republic the industry only had limited capacity for series production of larger, armored vehicles.
Nevertheless, at that time the Sd.Kfz. 3 (unarmored half-track transport vehicle/1927), the ARW (eight-wheel car/1928) and the ZRW (ten-wheel car/1928) provided fundamental experience. The findings of these tests and the troop testing with the Sd.Kfz. 3 enabled a more precise specification of the new vehicles to be developed. The "heavy" armored cars were primarily intended for the reconnaissance units of the new armored forces.
The incipient rearmament could only start with a "cheap" solution, though. A three-part armored structure for the chassis of commercially available off-road trucks was developed by the Army Weapons Office, Dept. WaTest 6, in cooperation with the company Deutsche Eisenwerke AG. The typical truck chassis featured front-wheel steering and a driven bogie at the rear (4x6 layout). In June 1929, the companies Magirus, Daimler-Benz and Büssing-NAG were commissioned to develop the desired armored car from it. If you consider that this truck class was developed for a payload of 1.5t, you can already conclude from this that the vehicles, which are now equipped with a significantly heavy armored structure, had little off-road mobility. Even if the appearance of the vehicles supplied by the different manufacturers was similar, there were external distinguishing features by which the manufacturer could be identified. The vehicles were tested in the Reichswehr from 1932 and introduced later.
One of the four crew members (driver, commander, gunner, radio-operator) was used as a reverse driver: with the narrow streets of the time and a turning circle of between 13 and 16m, this function was essential for a truck-sized heavy reconnaissance vehicle. The chassis had the excellent ladder-type configuration, able to withstand the stress of rough rides at high speed. The scout car was 5570 mm long, 1820 mm wide, 2250 mm high and weighed 5.35, 5.7 or 6 tons, depending on the manufacturer. The hull was made of welded steel armor, 5 to 14.5 mm (0.2-0.57 in) thick depending on the angle (bottom to front) with well-sloped plates. The armament consisted of a 2 cm KwK 30 with 200 rounds and a MG 13 with 1300 rounds in a manually operated turret. The fuel supply was 90, 105 or 110 liters, but with a consumption of about 35 or 40 liters per 100 km, this resulted in a completely inadequate range for a scout car.
Having no true alternatives at hand, the armored 4x6 car was accepted and became known as the Sd.Kfz. 231 (6-wheel), and it was subsequently developed into two more vehicles. Up until 1937, 123 vehicles were built as Sd.Kfz. 231 reconnaissance cars and Sd.Kfz. 232 radio trucks. A further 28 were manufactured as Sd.Kfz. 263 (Panzerfunkwagen) command vehicles.
As early as 1932, after testing the pilot series, it was clear that the interim solution of "cheap" 6-wheel vehicles would not meet the future requirements of the armored divisions now planned. It was planned that from 1935/36 at least 18 vehicles of a new type that would meet the requirements for off-road mobility and high road speeds should be produced annually. Büssing-NAG had obviously made a good impression with the ARW and was now commissioned to make the revised vehicle ready for series production, which would become the SdKfz. 231 (8-Rad). The overall concept was completed between 1934 and 1935 and already showed all the features of the future type: all 8 wheels driven and steered, the same speed forwards and backwards, ability to change direction in less than 10 seconds, and a turning circle of "only" 10.5m. The vehicle layout was changed, too: the engine bay was relocated to the rear, the crew compartment was placed at the front end. This improved weight distribution, handling, and the field of view for the main forward driver.
The purpose of the new vehicles was identical to that of the earlier heavy 6-wheel vehicles, they were used on the same sites and so the same ordnance inventory designation was adopted, despite the vehicle’s many modifications. The so-called Sd.Kfz. 231 (8-Rad) was armed, corresponding to its 6-Rad counterpart, with a 2cm KwK 30 and the MG 13 (later MG 34) in a rotating turret. Likewise, the Sd.Kfz. 232 (8-Rad) carried a large, curved bow antenna, and there was a Sd.Kfz. 263 (8-Rad) command vehicle, too.
Nevertheless, the Army Weapons Office demanded a short-term solution for a vehicle based on the 4x6 chassis that offered better off-road performance and armament, namely a 37 mm anti-tank gun, with at least comparable range and armor protection. This interim vehicle was supposed to be ready for service in early 1934. Magirus accepted the challenge and proposed the Sd.Kfz. 241, a 4x8 vehicle. It retained the old overall 6-Rad layout with the front engine under a long bonnet, but it had a fourth steered axle added to lower ground pressure and improve the vehicle’s trench bridging capabilities. The powered two rear axles retained the 6-Rad’s twin wheels, so that the vehicle stood on a total of twelve tires with a relatively large footprint. The armored hull was very similar to the Sd.Kfz. 231 6-Rad, but carried a new, bigger turret with a 3.7 cm KwK 30 L/45 gun and an axis-parallel 7.92 mm MG 34 light machine gun.
The box-shaped turret exploited the hull’s width to the maximum and had a maximum armor of 15 mm, no base and the seat of the commander was attached to the tower wall. The commander sat elevated under a raised cupola in the rear section of the turret, just behind the main gun. He had five viewing slits protected by glass blocks and steel slides for all-round visibility. The gunner/loader, standing to the left of the main gun, had to constantly follow the movement of the turret, which was done by hand. In order to support the gunner when slewing the turret, the commander had an additional handle on the right side. The two crew members also had a turret position indicator.
The cannon was fired electrically via a trigger, the machine gun was operated mechanically with a pedal. To aim and view the outside, the gunner had a gun sight to the left of the gun with an opening in the gun mantlet. Standard access to the vehicle was through low double-doors in the vehicle’ flank, but side exit openings in the turret with two flaps each were also frequently used to board it. Another entry was through the commander cupola’s lid.
With all this extra hardware, the Sd.Kfz. 241’s overall weight rose considerably from the late Sd.Kfz. 231 (6-Rad) nearly 6 tons to 7.5 tons. As a consequence, the chassis had to be reinforced and a more powerful engine was used, a 6-cylinder Maybach HL 42 TRKM w carburetor gasoline engine with 4170 cc capacity and 100 hp (74 kW) output at 3000 rpm.
As expected, the Sd.Kfz. 241 was not a success. Even though the first vehicles were delivered in time in mid-1934, its operational value was rather limited. Off-road capability was, due to the extra weight, the raised center of gravity and the lack of all-wheel drive, just as bad as the 6-Rad vehicles, and the more powerful engine’s higher fuel consumption allowed neither higher range, despite bigger fuel tanks, nor a better street performance. The only real progress was the new 3.7 cm KwK 30’s firepower, which was appreciated by the crews, even though the weapon was only effective against armored targets at close range. At 100 m, 64 mm of vertical armor could be penetrated, but at 500 m this already dropped to 31 mm, any angle in the armor weakened its hitting power even further. The weapon’s maximum range was 5.000m, though, and with HE rounds the Sd.Kfz. 241 could provide indirect fire support. Another factor that limited the vehicle’s effectiveness was that the gun had to be operated by a single crew member who had to load and aim at the same time – there was simply not enough space for a separate loader who would also have increased the gun’s rate of fire from six to maybe twelve rounds per minute. The vehicle’s armor was also inadequate and only gave protection against light firearms, but not against machine guns or heavier weapons. On the other side, the cupola on top of the turret offered the commander in his elevated position a very good all-round field of view, even when under full protection – but this progressive detail was not adopted for the following armored reconnaissance vehicles and remained exclusive to German battle tanks.
Only a total of fifty-five Sd.Kfz. 241s were completed by Magirus in Cologne until 1936, when production of the Sd.Kfz. 231 (8-Rad) vehicle family started and soon replaced the Sd.Kfz. 241, which was primarily operated at the Eastern Front in Poland and Czechoslovakia. By 1940, no Sd.Kfz. 241 was left in any frontline army unit, but a few survivors were grouped together and handed over to police units. Their main gun was either completely deleted or sometimes replaced with a second machine gun, and they were used for urban patrols and riot control duties. However, by 1942, no Sd.Kfz. 241 was left over.
Specifications:
Crew: Four (commander, gunner, driver, radio operator/rear driver)
Weight: 7.5 tons (11.450 lb)
Length: 5,85 metres (19 ft 2 in)
Width: 2,20 metres (7 ft 2 ½ in)
Height: 2,78 metres (9 ft 1 in)
Ground clearance: 28.5 cm (10 in)
Suspension: Torsion bar and leaf springs
Fuel capacity: 150 litres (33 imp gal; 40 US gal)
Armor:
8–15 mm (0.31 – 0.6 in)
Performance:
Maximum road speed: 70 km/h (43.5 mph)
52 km/h (32.3 mph) backwards
Operational range: 250 km (155 miles)
Power/weight: 13 PS/ton
Engine:
Maybach HL42 TRKM water-cooled straight 6-cylinder petrol engine with 100 hp (74 kW),
driving the rear pair of axles
Transmission:
Maybach gearbox with 5-speed forward and 4-speed reverse
Armament:
1× 37 mm KwK 30 L/45 cannon with 70 rounds
1× 7.92 mm MG 34 machine gun mounted co-axially with 1.300 rounds
The kit and its assembly:
This fictional armored car was inspired by a leftover rear axles from an Italeri Sd.Kfz. 231 (6-Rad) model that I converted into a fictional half-track variant some time ago. I wondered if the set could be transplanted under an 8-Rad chassis, to create a kind of missing link to the 8x8 successors of the Sd.Kfz. 231 (6-Rad) with a total of twelve tires on four axles.
The basis became a First to Fight 1:72 Sd.Kfz. 231 (8-Rad) kit – a rather simple and robust affair, apparently primarily intended for tabletop purposes. But the overall impression is good, and it would be modified, anyway, even though the plastic turned out to be rather soft/waxy and the parts’ sprue attachment points a bit wacky.
The hull was “turned around” to drive backwards, so that its rear engine ended up in the front. I eventually only used the rear twin wheels from the Sd.Kfz. 231 (6-Rad), but not its single axles and laminated springs. Instead, I first cut the OOB mudguards in two halves, removed their side skirts and glued them onto the lower hull in reversed order, so that the exhausts and their muffler boxes would end up at the rear of the front fenders. With these in place I checked the axles’ position from the OOB ladder chassis, which is a single, integral part, and found that the rear axles’ position had to be moved by 2mm backwards. Cutting the original piece and re-arranging it was easier to scratch a new rear suspension, and the rocker bars had to be shortened to accept the wider twin wheels.
The original small turret with the 20 mm autocannon was deleted and replaced with core elements from a Panzer III turret, left over from previous conversion projects. Wider than any original turret of the Sd.Kfz. 231/232 family, it had to be narrowed by roughly 5mm – I had to cut a respective plug from the turret’s and the mantlet’s middle section, the deformed hatch was covered under a Panzer III commander cupola. To mate the re-arranged turret with the OOB adapter plate to mount it onto the hull, and to add overall stability to the construction, I filled the interior with 2C putty.
The typical storage bin at the turret’s rear was omitted, though, it would have made it too large for the compact truck chassis. The shape was a perfect stylistic match, even though, with the longer gun barrel, the vehicle reminds a lot of the Soviet BA-10 heavy armored car?
Most small details like the bumpers and the headlights were taken OOB, I added a whip antenna base at the rear and mounted two spare wheels at the back, one of them covered with a tarpaulin (made from paper tissue drenched with white glue, this was also used to create the gun mantlet seals).
Painting and markings:
Typical for German vehicles from the early WWII stages the Sd.Kfz. 241 was painted Panzergrau (RAL 7021; I used Humbrol 67, which is authentic, but mixed it with some 125 to create a slightly lighter shade of grey) overall - quite dull, but realistic. To make the vehicle look more interesting, though, I added authentic contemporary camouflage in the form of low-contrast blotches with RAL 8017, a very dark reddish brown, mixed from Humbrol 160 and some 98. Better, but IMHO still not enough.
After the model received a washing with highly thinned red-brown acrylic artist paint I applied the few decals and gave the parts an overall dry-brushing treatment with grey and dark earth. Everything was sealed with matt acrylic varnish. For even more “excitement”, I decided to add a coat of snow.
For the simulated “frosting” I used white tile grout – which has the benefits of being water-soluble, quite sturdy to touch and the material does not yellow over time like gypsum.
First, the wheels, the chassis and the inside of the wheel arches received a separate treatment with relatively dryly mixed tile grout, simulating snow and dirt clusters. Once thoroughly dried, the wheels were mounted. Then the model was sprayed with low surface tension water and loose tile grout was drizzled over hull and turret, creating a flaky coat of fake snow. Once dry again, everything received another coat of matt acrylic varnish to protect and fixate everything further.
A relatively quick build, done in a few days. The First to Fight kit is very simple and went together well, but I’d use something else the next time due to the odd material it was molded with. The outcome of an 4x8 scout car looks quite plausible, though, like the missing link between the Sd.Kfz. 231 and 232 – the unintended similarity with the Soviet BA-10 heavy armored car was a bit surprising, though. And the snow on the model eventually makes it look a bit more interesting, the stunt was worth the effort.
12/11/2024, Port of Las Palmas de Gran Canaria, Islas Canarias, Spain.
An American owned, Marshall Islands registered drillship.
Arrived here on 03/10/2024, from the area of the 'FPSO Léopold Sédar Senghor' some 100km south of Dakar, Senegal, after finalisation of local drilling work there, in the Sangomar oilfield.
The vessel is now displaying her new name of 'Noble Blackrhino', after Noble Corporation plc has finalized its $1.59 billion acquisition of the ship's owners, Diamond Offshore Drilling, Inc., in September 2024.
After repairs and some conversion work here at Las Palmas, the vessel will sail for the US Gulf of Mexico, where it has been awarded a new contract by BOE Exploration & Production LLC.
It is expected to commence work late in the first quarter or early Q2 of 2025 and is set to last a minimum duration of 180 days for a total value of approximately $89 million, excluding mobilization and any additional services. The contract also includes two additional option periods.
The vessel is an ultra-deepwater drillship, with dynamic-positioning, dual-activity capability, maximum hook-load capacity of 1,250 tons, water depth capabilities up to 12,000 feet, and drilling depth capabilities up to 40,000 feet.
Keel laid on 22/04/2013, launched on 30/08/2013, & completed on 08/12/2014, by Hyundai, Ulsan, South Korea (2512)
51,732 g.t. & 34,907 dwt., as:
'Ocean Blackrhino' to 2024, &
'Noble Blackrhino' since.
+++ DISCLAIMER +++
Nothing you see here is real, even though the conversion or the presented background story might be based on historical facts. BEWARE!
Some background:
Due to the restrictions of the Versailles treaties, the Reichswehr was already dealing with the increasing mobilization and motorization of the army after the end of the First World War. The realization that the speed of the troop units required appropriate equipment was available early on. However, the Reichswehr suffered from financial constraints and during the Weimar Republic the industry only had limited capacity for series production of larger, armored vehicles.
Nevertheless, at that time the Sd.Kfz. 3 (unarmored half-track transport vehicle/1927), the ARW (eight-wheel car/1928) and the ZRW (ten-wheel car/1928) provided fundamental experience. The findings of these tests and the troop testing with the Sd.Kfz. 3 enabled a more precise specification of the new vehicles to be developed. The "heavy" armored cars were primarily intended for the reconnaissance units of the new armored forces.
The incipient rearmament could only start with a "cheap" solution, though. A three-part armored structure for the chassis of commercially available off-road trucks was developed by the Army Weapons Office, Dept. WaTest 6, in cooperation with the company Deutsche Eisenwerke AG. The typical truck chassis featured front-wheel steering and a driven bogie at the rear (4x6 layout). In June 1929, the companies Magirus, Daimler-Benz and Büssing-NAG were commissioned to develop the desired armored car from it. If you consider that this truck class was developed for a payload of 1.5t, you can already conclude from this that the vehicles, which are now equipped with a significantly heavy armored structure, had little off-road mobility. Even if the appearance of the vehicles supplied by the different manufacturers was similar, there were external distinguishing features by which the manufacturer could be identified. The vehicles were tested in the Reichswehr from 1932 and introduced later.
One of the four crew members (driver, commander, gunner, radio-operator) was used as a reverse driver: with the narrow streets of the time and a turning circle of between 13 and 16m, this function was essential for a truck-sized heavy reconnaissance vehicle. The chassis had the excellent ladder-type configuration, able to withstand the stress of rough rides at high speed. The scout car was 5570 mm long, 1820 mm wide, 2250 mm high and weighed 5.35, 5.7 or 6 tons, depending on the manufacturer. The hull was made of welded steel armor, 5 to 14.5 mm (0.2-0.57 in) thick depending on the angle (bottom to front) with well-sloped plates. The armament consisted of a 2 cm KwK 30 with 200 rounds and a MG 13 with 1300 rounds in a manually operated turret. The fuel supply was 90, 105 or 110 liters, but with a consumption of about 35 or 40 liters per 100 km, this resulted in a completely inadequate range for a scout car.
Having no true alternatives at hand, the armored 4x6 car was accepted and became known as the Sd.Kfz. 231 (6-wheel), and it was subsequently developed into two more vehicles. Up until 1937, 123 vehicles were built as Sd.Kfz. 231 reconnaissance cars and Sd.Kfz. 232 radio trucks. A further 28 were manufactured as Sd.Kfz. 263 (Panzerfunkwagen) command vehicles.
As early as 1932, after testing the pilot series, it was clear that the interim solution of "cheap" 6-wheel vehicles would not meet the future requirements of the armored divisions now planned. It was planned that from 1935/36 at least 18 vehicles of a new type that would meet the requirements for off-road mobility and high road speeds should be produced annually. Büssing-NAG had obviously made a good impression with the ARW and was now commissioned to make the revised vehicle ready for series production, which would become the SdKfz. 231 (8-Rad). The overall concept was completed between 1934 and 1935 and already showed all the features of the future type: all 8 wheels driven and steered, the same speed forwards and backwards, ability to change direction in less than 10 seconds, and a turning circle of "only" 10.5m. The vehicle layout was changed, too: the engine bay was relocated to the rear, the crew compartment was placed at the front end. This improved weight distribution, handling, and the field of view for the main forward driver.
The purpose of the new vehicles was identical to that of the earlier heavy 6-wheel vehicles, they were used on the same sites and so the same ordnance inventory designation was adopted, despite the vehicle’s many modifications. The so-called Sd.Kfz. 231 (8-Rad) was armed, corresponding to its 6-Rad counterpart, with a 2cm KwK 30 and the MG 13 (later MG 34) in a rotating turret. Likewise, the Sd.Kfz. 232 (8-Rad) carried a large, curved bow antenna, and there was a Sd.Kfz. 263 (8-Rad) command vehicle, too.
Nevertheless, the Army Weapons Office demanded a short-term solution for a vehicle based on the 4x6 chassis that offered better off-road performance and armament, namely a 37 mm anti-tank gun, with at least comparable range and armor protection. This interim vehicle was supposed to be ready for service in early 1934. Magirus accepted the challenge and proposed the Sd.Kfz. 241, a 4x8 vehicle. It retained the old overall 6-Rad layout with the front engine under a long bonnet, but it had a fourth steered axle added to lower ground pressure and improve the vehicle’s trench bridging capabilities. The powered two rear axles retained the 6-Rad’s twin wheels, so that the vehicle stood on a total of twelve tires with a relatively large footprint. The armored hull was very similar to the Sd.Kfz. 231 6-Rad, but carried a new, bigger turret with a 3.7 cm KwK 30 L/45 gun and an axis-parallel 7.92 mm MG 34 light machine gun.
The box-shaped turret exploited the hull’s width to the maximum and had a maximum armor of 15 mm, no base and the seat of the commander was attached to the tower wall. The commander sat elevated under a raised cupola in the rear section of the turret, just behind the main gun. He had five viewing slits protected by glass blocks and steel slides for all-round visibility. The gunner/loader, standing to the left of the main gun, had to constantly follow the movement of the turret, which was done by hand. In order to support the gunner when slewing the turret, the commander had an additional handle on the right side. The two crew members also had a turret position indicator.
The cannon was fired electrically via a trigger, the machine gun was operated mechanically with a pedal. To aim and view the outside, the gunner had a gun sight to the left of the gun with an opening in the gun mantlet. Standard access to the vehicle was through low double-doors in the vehicle’ flank, but side exit openings in the turret with two flaps each were also frequently used to board it. Another entry was through the commander cupola’s lid.
With all this extra hardware, the Sd.Kfz. 241’s overall weight rose considerably from the late Sd.Kfz. 231 (6-Rad) nearly 6 tons to 7.5 tons. As a consequence, the chassis had to be reinforced and a more powerful engine was used, a 6-cylinder Maybach HL 42 TRKM w carburetor gasoline engine with 4170 cc capacity and 100 hp (74 kW) output at 3000 rpm.
As expected, the Sd.Kfz. 241 was not a success. Even though the first vehicles were delivered in time in mid-1934, its operational value was rather limited. Off-road capability was, due to the extra weight, the raised center of gravity and the lack of all-wheel drive, just as bad as the 6-Rad vehicles, and the more powerful engine’s higher fuel consumption allowed neither higher range, despite bigger fuel tanks, nor a better street performance. The only real progress was the new 3.7 cm KwK 30’s firepower, which was appreciated by the crews, even though the weapon was only effective against armored targets at close range. At 100 m, 64 mm of vertical armor could be penetrated, but at 500 m this already dropped to 31 mm, any angle in the armor weakened its hitting power even further. The weapon’s maximum range was 5.000m, though, and with HE rounds the Sd.Kfz. 241 could provide indirect fire support. Another factor that limited the vehicle’s effectiveness was that the gun had to be operated by a single crew member who had to load and aim at the same time – there was simply not enough space for a separate loader who would also have increased the gun’s rate of fire from six to maybe twelve rounds per minute. The vehicle’s armor was also inadequate and only gave protection against light firearms, but not against machine guns or heavier weapons. On the other side, the cupola on top of the turret offered the commander in his elevated position a very good all-round field of view, even when under full protection – but this progressive detail was not adopted for the following armored reconnaissance vehicles and remained exclusive to German battle tanks.
Only a total of fifty-five Sd.Kfz. 241s were completed by Magirus in Cologne until 1936, when production of the Sd.Kfz. 231 (8-Rad) vehicle family started and soon replaced the Sd.Kfz. 241, which was primarily operated at the Eastern Front in Poland and Czechoslovakia. By 1940, no Sd.Kfz. 241 was left in any frontline army unit, but a few survivors were grouped together and handed over to police units. Their main gun was either completely deleted or sometimes replaced with a second machine gun, and they were used for urban patrols and riot control duties. However, by 1942, no Sd.Kfz. 241 was left over.
Specifications:
Crew: Four (commander, gunner, driver, radio operator/rear driver)
Weight: 7.5 tons (11.450 lb)
Length: 5,85 metres (19 ft 2 in)
Width: 2,20 metres (7 ft 2 ½ in)
Height: 2,78 metres (9 ft 1 in)
Ground clearance: 28.5 cm (10 in)
Suspension: Torsion bar and leaf springs
Fuel capacity: 150 litres (33 imp gal; 40 US gal)
Armor:
8–15 mm (0.31 – 0.6 in)
Performance:
Maximum road speed: 70 km/h (43.5 mph)
52 km/h (32.3 mph) backwards
Operational range: 250 km (155 miles)
Power/weight: 13 PS/ton
Engine:
Maybach HL42 TRKM water-cooled straight 6-cylinder petrol engine with 100 hp (74 kW),
driving the rear pair of axles
Transmission:
Maybach gearbox with 5-speed forward and 4-speed reverse
Armament:
1× 37 mm KwK 30 L/45 cannon with 70 rounds
1× 7.92 mm MG 34 machine gun mounted co-axially with 1.300 rounds
The kit and its assembly:
This fictional armored car was inspired by a leftover rear axles from an Italeri Sd.Kfz. 231 (6-Rad) model that I converted into a fictional half-track variant some time ago. I wondered if the set could be transplanted under an 8-Rad chassis, to create a kind of missing link to the 8x8 successors of the Sd.Kfz. 231 (6-Rad) with a total of twelve tires on four axles.
The basis became a First to Fight 1:72 Sd.Kfz. 231 (8-Rad) kit – a rather simple and robust affair, apparently primarily intended for tabletop purposes. But the overall impression is good, and it would be modified, anyway, even though the plastic turned out to be rather soft/waxy and the parts’ sprue attachment points a bit wacky.
The hull was “turned around” to drive backwards, so that its rear engine ended up in the front. I eventually only used the rear twin wheels from the Sd.Kfz. 231 (6-Rad), but not its single axles and laminated springs. Instead, I first cut the OOB mudguards in two halves, removed their side skirts and glued them onto the lower hull in reversed order, so that the exhausts and their muffler boxes would end up at the rear of the front fenders. With these in place I checked the axles’ position from the OOB ladder chassis, which is a single, integral part, and found that the rear axles’ position had to be moved by 2mm backwards. Cutting the original piece and re-arranging it was easier to scratch a new rear suspension, and the rocker bars had to be shortened to accept the wider twin wheels.
The original small turret with the 20 mm autocannon was deleted and replaced with core elements from a Panzer III turret, left over from previous conversion projects. Wider than any original turret of the Sd.Kfz. 231/232 family, it had to be narrowed by roughly 5mm – I had to cut a respective plug from the turret’s and the mantlet’s middle section, the deformed hatch was covered under a Panzer III commander cupola. To mate the re-arranged turret with the OOB adapter plate to mount it onto the hull, and to add overall stability to the construction, I filled the interior with 2C putty.
The typical storage bin at the turret’s rear was omitted, though, it would have made it too large for the compact truck chassis. The shape was a perfect stylistic match, even though, with the longer gun barrel, the vehicle reminds a lot of the Soviet BA-10 heavy armored car?
Most small details like the bumpers and the headlights were taken OOB, I added a whip antenna base at the rear and mounted two spare wheels at the back, one of them covered with a tarpaulin (made from paper tissue drenched with white glue, this was also used to create the gun mantlet seals).
Painting and markings:
Typical for German vehicles from the early WWII stages the Sd.Kfz. 241 was painted Panzergrau (RAL 7021; I used Humbrol 67, which is authentic, but mixed it with some 125 to create a slightly lighter shade of grey) overall - quite dull, but realistic. To make the vehicle look more interesting, though, I added authentic contemporary camouflage in the form of low-contrast blotches with RAL 8017, a very dark reddish brown, mixed from Humbrol 160 and some 98. Better, but IMHO still not enough.
After the model received a washing with highly thinned red-brown acrylic artist paint I applied the few decals and gave the parts an overall dry-brushing treatment with grey and dark earth. Everything was sealed with matt acrylic varnish. For even more “excitement”, I decided to add a coat of snow.
For the simulated “frosting” I used white tile grout – which has the benefits of being water-soluble, quite sturdy to touch and the material does not yellow over time like gypsum.
First, the wheels, the chassis and the inside of the wheel arches received a separate treatment with relatively dryly mixed tile grout, simulating snow and dirt clusters. Once thoroughly dried, the wheels were mounted. Then the model was sprayed with low surface tension water and loose tile grout was drizzled over hull and turret, creating a flaky coat of fake snow. Once dry again, everything received another coat of matt acrylic varnish to protect and fixate everything further.
A relatively quick build, done in a few days. The First to Fight kit is very simple and went together well, but I’d use something else the next time due to the odd material it was molded with. The outcome of an 4x8 scout car looks quite plausible, though, like the missing link between the Sd.Kfz. 231 and 232 – the unintended similarity with the Soviet BA-10 heavy armored car was a bit surprising, though. And the snow on the model eventually makes it look a bit more interesting, the stunt was worth the effort.
As part of the Western Area Surge Operation in Sierra Leone to curb the Ebola virus disease outbreak in the country, social mobilization teams are deployed to promote health and to facilitate community acceptance of new surveillance, clinical care and burial procedures in Freetown.
A young girl watches as members of a social mobilization team walk by houses in a Freetown neighbourhood.
UN Photo/Martine Perret
22 December 2014
Freetown, Sierra Leone
Photo # 617536