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Taken @ Dalin Liner Terminal Station, Cayco Street, Sampaloc, Manila - March 10, 2010
DALIN LINER, INC.
Bus number: 2629555
Classification: Airconditioned Provincial Operation Bus
Coachbuilder: Del Monte Motor Works, Incorporated
Chassis: RB46S
Model: DMMC Adamant
Engine: Nissan Diesel PE6T
Displacement: 711.987 cu. inches (11,670 cc / 11.7 Liters)
Cylinders: I-6
Aspiration: Turbocharged
Power Output: 276.16 bhp (280 PS - metric hp / 205.94 kW) @ 2,300 rpm
Torque Output: 795.00 lb.ft (1,078 N.m) @ 1,200 rpm
Transmission: 6-Speed Forward, 1-Speed Reverse
Layout: Rear-Mounted Engine Rear-Wheel Drive
Airconditioning Unit: Overhead Unit
Suspension: Leaf Spring Suspension
Seating Configuration: 2x2
Seating Capacity: 49 Passengers
Some of you may have noticed that, unfortunately, owing to the fact that a certain person who sells truck photos on eBay commercially has been lifting my images from this album and selling them I have had to remove 2300 photos that didn't have a watermark. I have now run around 1700 through Lightroom and added a watermark with the intention of bulk uploading them again. Rather than watermark the existing (hidden) files in Flickr one at a time it will be easier to do it this way. I definitely won’t be adding individual tags with the make and model of each vehicle I will just add generic transport tags. Each photo is named after the vehicle and reg in any case. For anyone new to these images there is a chapter and verse explanation below. It is staggering how many times I get asked questions that a quick scan would answer or just as likely I can’t possibly answer – I didn’t take them, but, just to clarify-I do own the copyright- and I do pursue copyright theft.
This is a collection of scanned prints from a collection of photographs taken by the late Jim Taylor A number of years ago I was offered a large number of photographs taken by Jim Taylor, a transport photographer based in Huddersfield. The collection, 30,000 prints, 20,000 negatives – and copyright! – had been offered to me and one of the national transport magazines previously by a friend of Jim's, on behalf of Jim's wife. I initially turned them down, already having over 30,000 of my own prints filed away and taking space up. Several months later the prints were still for sale – at what was, apparently, the going rate. It was a lot of money and I deliberated for quite a while before deciding to buy them. I did however buy them directly from Jim’s wife and she delivered them personally – just to quash the occasional rumour from people who can’t mind their own business. Although some prints were sold elsewhere, particularly the popular big fleet stuff, I should have the negatives, unfortunately they came to me in a random mix, 1200 to a box, without any sort of indexing and as such it would be impossible to match negatives to prints, or, to even find a print of any particular vehicle. I have only ever looked at a handful myself unless I am scanning them. The prints are generally in excellent condition and I initially stored them in a bedroom without ever looking at any of them. In 2006 I built an extension and they had to be well protected from dust and moved a few times. Ultimately my former 6x7 box room office has become their (and my own work’s) permanent home.
I hope to avoid posting images that Jim had not taken his self, however should I inadvertently infringe another photographers copyright, please inform me by email and I will resolve the issue immediately. There are copyright issues with some of the photographs that were sold to me. A Flickr member from Scotland drew my attention to some of his own work amongst the first uploads of Jim’s work. I had a quick look through some of the 30 boxes of prints and decided that for the time being the safest thing for me to do was withdraw the majority of the earlier uploaded scans and deal with the problem – which I did. whilst the vast majority of the prints are Jims, there is a problem defining copyright of some of them, this is something that the seller did not make clear at the time. I am reasonably confident that I have since been successful in identifying Jims own work. His early work consists of many thousands of lustre 6x4 prints which are difficult to scan well, later work is almost entirely 7x5 glossy, much easier to scan. Not all of the prints are pin sharp but I can generally print successfully to A4 from a scan.
You may notice photographs being duplicated in this Album, unfortunately there are multiple copies of many prints (for swapping) and as I have to have a system of archiving and backing up I can only guess - using memory - if I have scanned a print before. The bigger fleets have so many similar vehicles and registration numbers that it is impossible to get it right all of the time. It is easier to scan and process a print than check my files - on three different PC’s - for duplicates. There has not been, nor will there ever be, any intention to knowingly breach anyone else's copyright. I have presented the Jim Taylor collection as exactly that-The Jim Taylor Collection- his work not mine, my own work is quite obviously mine.
Unfortunately, many truck spotters have swapped and traded their work without copyright marking it as theirs. These people never anticipated the ease with which images would be shared online in the future. I would guess that having swapped and traded photos for many years that it is almost impossible to control their future use. Anyone wanting to control the future use of their work would have been well advised to copyright mark their work (as many did) and would be well advised not to post them on photo sharing sites without a watermark as the whole point of these sites is to share the image, it is very easy for those that wish, to lift any image, despite security settings, indeed, Flickr itself, warns you that this is the case. It was this abuse and theft of my material that led me to watermark all of my later uploads. I may yet withdraw non-watermarked photos, I haven’t decided yet. (I did in the end)
To anyone reading the above it will be quite obvious that I can’t provide information regarding specific photos or potential future uploads – I didn’t take them! There are many vehicles that were well known to me as Jim only lived down the road from me (although I didn’t know him), however scanning, titling, tagging and uploading is laborious and time consuming enough, I do however provide a fair amount of information with my own transport (and other) photos. I am aware that there are requests from other Flickr users that are unanswered, I stumble across them months or years after they were posted, this isn’t deliberate. Some weekends one or two “enthusiasts” can add many hundreds of photos as favourites, this pushes requests that are in the comments section ten or twenty pages out of sight and I miss them. I also have notifications switched off, I receive around 50 emails a day through work and I don’t want even more from Flickr. Other requests, like many other things, I just plain forget – no excuses! Uploads of Jim’s photos will be infrequent as it is a boring pastime and I would much rather work on my own output.
Create customized Output-Coupled-Boolean-Networks using Networksimulationtools. For More Detail Information,
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For the increasingly heavier express trains between New York City and Chicago, the New York Central ordered a locomotive from ALCO in 1945 with a 4-8-4 wheel arrangement, which was supposed to deliver a permanent output of 6,000 hp. Paul W. Kiefer was responsible for formulating the requirements. After S-1a No. 6000, 25 S-1b were built, which were not referred to as “Northerns” by the NYC, but as “Niagaras”. They easily exceeded the required power with up to 6,680 indicated horsepower and were among the most efficient steam locomotives of all time.
The boiler was made as large as the loading gauge allowed. For this purpose, a steam dome was omitted and the stack was made as low as possible. According to the state of the art, roller bearings were used on all axles and on the connecting and coupling rods. The seven-axle tenders had an exceptionally large coal capacity of 46 short tons and comparatively little water. This can be explained by the large number of water troughs in the NYC network, which allowed water to be replenished during the journey.
The 6000 still had drivers with a diameter of 75 inches to maximize pulling power. On the S-1b this was increased to 79 inches and to compensate the boiler pressure was increased to 290 psi. When the pressure was reduced back to 275 psi, the cylinder diameter was increased by half an inch to compensate again. In 1946 the S-2a No. 5500 was built, which had Caprotti valve gear and was also called “Super Niagara” due to its increased efficiency. However, the S-1 were not rebuilt due to the more complicated maintenance.
The Niagaras were on duty six days a week. On the seventh day, workers wearing asbestos suits had to clean and maintain the inside of the fireboxes while they were still hot. However, the EMD F7 was soon introduced in passenger service, prompting the NYC to make comparisons with the Niagaras and the diesel locomotives. Although the steam locomotives were only slightly behind the diesel locomotives in terms of overall costs, dieselization could no longer be stopped.
As early as 1953, the most important passenger trains had been switched to diesel. The Niagaras were now mainly used with fast freight trains, and they also achieved good performances. However, their size and axle load limited the area in which they could be used. Their service ended in 1955 and 1956. Since Alfred E. Perlman, then president of the NYC, pursued the strategy of unconditional scrapping, not a single Niagara was preserved. (loco-info.com)
Photo of 5500 from the Taylor Rush collection. No
Porsche 964
Chassis n° WP0ZZZ96ZPS479056
Estimated : CHF 1.100.000 - 1.300.000
Sold for CHF 1.150.000 - € 1.048.122
The Bonmont Sale
Collectors' Motor Cars - Bonhams
Golf & Country Club de Bonmont
Chéserex
Switzerland - Suisse - Schweiz
September 2019
'The new engine turned out to have enormous marketing power. It became a real status symbol to have that little word 'turbo' on your rear deck, and this fashion spread right across the motor industry.' - Peter Morgan, 'Original Porsche 911'.
Much of the Porsche 911's development had resulted from the factory's racing programme, and it was the then Group 4 homologation rules, which required 400 road cars to be built, which spurred the development of 'Project 930' - the legendary 911 Turbo. In production from April 1975, the Turbo married a KKK turbocharger to the 3.0-litre RSR engine, in road trim a combination that delivered 260bhp for a top speed of 250km/h. But the Turbo wasn't just about top speed, it was also the best-equipped 911 and amazingly flexible - hence only four speeds in the gearbox - being capable of racing from a standstill to 62km/h in 14 seconds.
The Turbo's characteristic flared wheelarches and 'tea tray' rear spoiler had already been seen on the Carrera model, while the interior was the most luxurious yet seen in a 911, featuring leather upholstery, air conditioning and electric windows. The Turbo's engine was enlarged to 3.3 litres for 1978, gaining an inter-cooler in the process; power increased to 300bhp and the top speed of what was the fastest-accelerating road car of its day went up to 260km/h. More refined than hitherto yet retaining its high performance edge, the Turbo sold in the thousands, becoming the definitive sports car of its age. When Porsche revealed that the original 911 would be replaced by the new Type 964 in 1990, dealer stocks of the existing Turbo model sold out overnight.
Representing a major step forward for the 911, the new Carrera 4 and Carrera 2 - coded named '964' - were launched in 1989, the former marking the first time that four-wheel drive had been seen on a series-production 911. Porsche had experimented with four-wheel drive on the 959 supercar, and many of the lessons learned from the latter influenced the design of the 964's chassis and suspension. Face-lifted but retaining that familiar shape, the Carreras had been given a more extensive work-over mechanically, 87% of parts being claimed as entirely new. Although the normally aspirated duo shared the same 3.6-litre, 247bhp, flat-six engine, the Turbo initially kept its existing 3.3-litre unit, which now developed 320bhp. Power-assisted steering (another 911 'first'), anti-lock brakes, and a five-speed manual transmission were standard, with the Tiptronic auto 'box a Carrera 2-only option.
In May 1992 Porsche announced a special limited-edition version of the Type 964 Turbo: the 'Turbo S Leichtbau' (light build). Some 25-50 units were planned, though this was later increased to 80. As its nomenclature suggests, this new model was intended to be both more powerful and lighter than the stock Turbo, as well as offering enhanced handling and subtle re-styling. The engine changes raised the maximum output by 61bhp. "With different camshafts, precision-machined intake ducts, slightly higher charge pressure and an optimised ignition and fuel injection system, this six-cylinder engine was capable of producing 381bhp," explained Porsche. "To deliver all that power to the road surface safely, the car was lowered by 40 millimetres and the running gear was given firmer settings."
The 'Leichtbau' requirement was achieved by deleting the under-body protection, soundproofing, air conditioning, power steering and rear seats, while further savings came from thinner glass, aluminium doors, a carbon-fibre luggage compartment and thinner carpets, the result being a reduction of 180kg over the standard Turbo. Production of the Turbo S Leichtbau began in July 1992 for the 1993 model year. Some sources state that Porsche ended up building six more cars than the 80 planned, though actual production data is sketchy.
Never restored, this pristine example of one of the rarest and most collectible members of the Porsche 911 family was delivered new to Switzerland and has covered only some 14,600 kilometres. Currently in the hands of only its second owner, who acquired it for his private Porsche collection in 2017 and has not driven it since then, the car is described by him as in 'like new' condition in every respect. Finished in Speed Yellow with contrasting black interior, it comes with its original sales contract, Type Approval paperwork, original pouch and manuals (including service manual), and cancelled Swiss Carte Grise (2019).
Anime Central 19 - May 20-22, 2016
Donald E. Stephens Convention Center
Hyatt Regency O'Hare, Rosemont, IL
Photography © Philip Moyer
Controller with DE0-nano soc module. This controller works together with the TXT controller of Fischertechnik via an I2C connection. The TXT is connected to the PC. With this own controller a lot of extensions are possible. Also the processing speed of the different serial modules is much higher. There are 5 spi lines available. Each serial line has 24 digital inputs. Outputs are according to the module and are motors, servo's, stepping motors, power outputs. The spi lines work with a clock of 2MHz so all inputs and outputs are processed in 14 usec. With the 5 spi lines up to 120 inputs are read. A real time overview is shown by an LCD display of 4x20 characters. Via the rotary encoder button 4 different pages can be selected. A second rotary encoder button selects the spi channel. There are 6 additional keys available. At the top is an IR receiver. A remote control is available with 40 keys.
To be able to follow the operation of the FPGA 17 outputs are made for the logic analyser and 4 for the picoscope. This way it is possible to bring out any internal signal within the FPGA for the measurements.
There are 4 analog inputs with a range of 10V. There are also 4 pot meters available for an analog setting. These have a resolution of 12 bits and are read out every 140 usec. These values are also available for the TXT Controller via the I2C connection. 2 BNC connectors are available for a digital clock up to 50 MHz. These can be made as input or output.
On the right side there is a connection for 2 circuits with neopixel leds each up to 256 leds. A separate 5V power connection is provided for this purpose.
Nederlands:
Controller met DE0-nano soc module. Deze controller werkt samen met de TXT Controller van Fischertechnik via een I2C verbinding. De TXT is verbonden met de PC. Met deze eigen controller zijn enorm veel uitbreidingen mogelijk. Ook de verwerking snelheid van de verschillende serieel modules ligt veel hoger. Er zijn 5 spi lijnen beschikbaar. Iedere serieel lijn beschik over 24 digitale ingangen. Uitgangen zijn volgens de module en zijn motoren, servo's, stappen motoren, vermogen uitgangen. De spi lijnen werken met een clock van 2MHz waardoor alle in en uitgangen in 14 usec verwerkt worden. Met de 5 spi lijnen worden tot 120 ingangen gelezen. Een realtime overzicht wordt weergegeven door een LCD display van 4x20 tekens. Via de rotary encoder knop kunnen 4 verschillende pagina's gekozen worden. Een 2de rotary knop selecteer het spi kanaal. Er zijn 6 extra toetsen beschikbaar. Bovenaan zit een IR ontvanger. Een afstands bediening is beschikbaar met 40 toetsen.
Om de werking van de FPGA te kunnen volgen zijn 17 uitgangen voor de logic analyser gemaakt en 4 voor de picoscope. Op deze manier is het mogelijk om gelijk welk intern signaal binnen de FPGA naar buiten te brengen voor de metingen.
Er zijn 4 analoge ingangen met een bereik van 10V voorzien. Er zijn ook 4 pot meters beschikbaar voor een analoge instelling. Deze hebben een resolutie van 12 bits en worden om de 140 usec uitgelezen. Deze waarden zijn ook voor de TXT Controller via de I2C verbinding beschikbaar. 2 BNC connectoren zijn beschikbaar voor een digitale clock tot 50 MHz. Deze kunnen zowel als ingang of uitgang gemaakt worden.
Aan de rechter zijn is er een aansluiting voorzien voor 2 kringen met neopixel leds elk tot 256 leds. Een afzonderlijke 5V power connectie is hiervoor voorzien.
A quick rendering of the finished planetary gearbox with a (temporary) output attachment. The motor is Mabuchi RF-300FA-12350, which retails for about $1.50.
The ratio for this gearbox is 1:125, and the torque at stall should be over 4,000 g*cm.
From 24-10-09 this pic has the most views in all my photo stream!
When I took the pic I was personally not interested in buying a diesel, in fact I bought a 1.4 petrol TSI in 2014!
New GTD has arrived in Stafford!
I also saw a white TSI 160ps similar to this (brand new) being driven away by a lady.
GTD 2.0 TDI 3 door 2.0 ltr 6 speed manual Output PS170
Sister car to new GTI was unveiled at the 2009 Leipzig Motor Show - (diesel powered) Golf GTD.
The ability to accelerate to 62 mph in 8.1 seconds and a top speed of 136 mph are combined with average fuel consumption of 53.3 mpg and a range in excess of 650 miles on a single tank of fuel to create a hot hatch of the moment. Lessons learned through the creation of the sixth generation GTI are applied to the new GTD. Sharp responses and an agile chassis complement the car’s substantial torque which is available from as low as 1,750 rpm. Powering the new GTD is a refined 2.0-litre (1,968 cc) common rail TDI engine, producing 170 PS and 258 lbs ft of torque. Driving through a six-speed manual or automatic DSG gearbox, this translates to effortless performance with CO2 emissions of just 139 g/km. Maintaining the sharp responses expected of the GTD is suspension lowered by 15 mm when compared to the standard Golf. In addition, Volkswagen’s innovative Adaptive Chassis Control system (ACC), featuring pneumatically controlled damper units, can be specified on the GTD. This allows the driver to select from normal, comfort or sport modes to define the desired suspension, steering and accelerator response settings for any particular journey. The Golf GTD’s appearance will differ significantly from that of the standard Golf’s. It gains the GTI’s honeycomb grille, badge-style and front-end design, though with the addition of chrome rather than red highlights. At the back, full body-coloured bumpers make the GTD appear lower and wider than it really is, while the Golf’s standard wheels are replaced with unique 17-inch ‘Seattle Black’ alloys. Inside, the main contact points are unique to the Golf GTD – a flat-bottomed steering wheel, a GTD gearshift and a standard tartan interior. The tartan finish is subtly different from that in the GTI, being grey, white and black, rather than red, white and black. As with the entire Golf range, the new GTD will feature class-leading levels of safety with ABS, ESP (Electronic Stabilisation Programme) and seven airbags, including for the first time a knee airbag, all standard. The Golf was recently awarded a maximum five-star rating by the EuroNCAP crash testing agency. UK buyers will be able to order a Golf GTD from the end of April 2009.
Part 1 or 3 : options of use.
- Too round to have been 'polissoirs' for polishing stones.
- Too large to have been basins for pounding grain.
- Too shallow to have been food stores.
Many basins have had time spent carving lip inputs and outputs, and it would be wrong to ignore the importance of 'flow' to this hill-top site. Despite this, flow is not systematic, and some basins are simple circular (lower right). The 'architectural basins' certainly show the ideas and hands of man (see image of the same name below). Some of the simpler basins may be original geological pits - artifacts of sandstone's geological past. My own feeling is that there was a fixed and long term cultural relation with basins of many forms and juxtapositions, and, whilst there may be some natural basins, most of these have been augmented by the hand of man or generated from raw monolith.
Flow can be associated with pressing grapes and other fruits, animal sacrifice, hygiene and rites with water. The neolithic was still early for significant juice production (early along the timeline of plant domestication). The steep hill down from the vantage point that is home for the array is not productive agricultural land, and, in truth, the whole area does not invite images of productivity - produce in need of transformation. Whilst the pressing of grapes may have occurred within history, in epochs post the Roman invasion or within a medieval optic, the problem remains - how to find the source of the scale of pressing and then answer the question: why so many basins in number and form? Many of the basins seem to repeat scales that are not optimal for grape and fruit pressing, being too small or shallow. An appropriation of some pre-existing basins during the timescale of the adjacent medieval Priory may have occurred, but with wind crisp off the cusp of the hill, and monolithic stones readily available far and wide, the site does not seem to be ideal for agricultural transformations and one must start to assume that the majority origin may be pre or proto historical.
Here is a description of the site from a central Megalithic source:
"Several rocks have curious basins and channels carved into them, which are thought to possibly be sacrificial tables. There are stories of sacrifice, and there being channels cut in the rocks for the blood to run through. Several of the rocks seem to have been cut into what are possibly thrones."
Animal sacrifice does occur as a cultural constant throughout the world, and the basins' flow points may have been to channel the blood of the sacrificial beast. This does not seem to answer the question : why so many basins and why so many forms of basin? Might there have been a basin allocated for the sacrifice of every different type of farm animal and gibier? There are so many basins that the list of different animals would be raggedly merging with spurious sources of desperation food like frogs and worms. Such persistent and lucid stone carving for sacrifice might leave a trace, and archaeologists may look for iron deposits in tucked away sediments of adjacent dry corners. I don't think that they will find anything, as the basins are relaxed in their disposition and, whilst some are clearly visible, many.are not positioned for formal ritual display. The basins are known locally as 'écuelles du diable' or Devil's bowls. There is talk of Druidique sacrifice, and these cultural frames are most probably best understood as coming from the 'mist' that makes up anti pagan slur, late medieval cabalistique appropriation and even 19th century role-playing theatrical druidism..
The last two possible uses are for hygiene and rites with water. I will first merge these two potentials and later discuss them apart. Speculation about the use of water and milk exist. Both flow, and both can carry ideas in and other ideas away. They can come from sacred sources and sacred animals. A third element that might be visualized is that of 'steam'. Imagine a large fire near the adjacent spring - a hundred meters inland from the hill's cusp. The fire heats up dense river stones - a common sight for prehistoric inductive heating. These hot stones are placed onto a flat carry flagstone that has been bordered with clay to stop the rocks from rolling. The ensemble is carried by two men on a leather sling in a formal, or informal parade, to the main vista and its range of basins. Pots or leather bags of sacred water are also carried on shoulders. The down lip of a basin is jammed with greased leather and water is poured onto the 'deep' hot stones that have now been distributed over selected basins. The steam would be dramatic for a spiritual rite, or cleansing and sensual for an Epicurean social solidarity.
One site might include both religious and 'social' utilization -
selected according to date.
A lake now covers the area around the water source, so vestiges of fires may be difficult to find.
Many of the monoliths would retain repeated heat and might have been encapsulated with simple leather tents. Sweat houses exist from Irish protohistory and have been credibly imagined as an ice age potential. Where there is steam, there is near boiling water and herbs can infuse with the smell of mint, pine and thyme potentially adding further range to the site's pallet of expression.
A second input is as follows: if a basin has been smoothed with a sooted black clay, and gently skimmed with a thin layer of water, then, when the water stands still, it will be a mirror for those looking down. This may explain some of the simple ground level basins - good sizes and measures adapted for one or two reflecting faces.
The text continues clicking on the photo below
"Archetectural basins : Part 2"
AJM 03/05/17
2014 Gore Aussie Muscle Mania Car Show (12-4-14)
GTR-XU1
Overview:
The Giant Killer GTR XU1 was the work of Harry Firth and the Holden engineers with parts availability and price in mind. The cost to do a home grown six cylinder with after market and factory bits was going to be about half the cost of going the American V8 way. What they achieved was an amazing little car that in 186 cid form with it's triple stromberg 150CD carbs and the twin branch headers had a claimed output of 160 bhp. The Aussie 4 speed (M21) which was special in it's design replaced the weaker Opel units, they were also given heavy duty radiators. After proving that it was a competitive race car the 186ci it was replaced by the newly developed 202ci and the carbs were increased in size to the 175CD's along with larger valves, ported head with combustion chamber modifacations, revised camshaft, roller rockers, lighter flywheel (approx 20 pounds) and larger exhaust system. That was where the XU1 was going to end for the XU2 V8 was well under way until it was terminated which forced Harry Firths team to produce the ultimate six cylinder Holden race car, these cars at Bathurst were putting out in excess of 240 bhp (twin throat webber carbs). Just 150 Bathurst Specials were built with random engine numbers from JP 386598 to JP 404176, the public were never told of these but were given to dealers to pass them on to the right type of person. The unmistakable signs of an original 1973 Bathurst Model are, extra stiffening down the centre tunnel and braces under the front guards, these bodies were intended for the V8 version, the XU-2.
The Reason:
The history of the GTR XU-1 really began with the GTS 350 Monaro. The Monaro, as good as it was, was going to be expensive to build into a good handling, braking and power-to-weight race car. It would also have to source it's parts from GM in America which would make things even more expensive and against GM company rules about racing so it was decided to build a home-grown light weight car that used easily acquired parts! This way it could be hidden as a sports alternative to the family cars. GM in America was dead against any involvment in racing and frowned on even the suggestion of a team to do this.
The Beginning of a legend:
The first car was built early 1970 and raced in the sports sedan class by Anthony (Tony) Roberts under the guise of the HDT with a 186ci engine it had a small chamber blueprinted 161ci head to increase compression, and had triple Stromberg carburettors. HDT (Holden Dealer Team) was a group of dealerships who banded together to race the cars that they sold in the showrooms. GM-H did not back racing officially but did decide to build a Torana and called it 'GTR XU-1' which they released to the public on 19th August 1970 so enough would sell to allow it race under the homolagation rules. The price for these cars was just A$3148 which made it an easily acquired race car for many privateers.
Racing begins:
The XU-1 was not an instant success on the track and a lot work went into the handling and steering of the early cars which had understeer. A balance between tyres, shocks and springs sorted this out without going beyond the rules. Harry Firth who was snapped up by HDT after working for the Ford racing team saw the Torana as a potent racing machine. He also saw a young man in a Monaro GTS 350 that could be moulded into a sensational driver, Peter Brock. Sandown saw the first race of the now named GTR XU-1 in the annual September 250 mile race, Ford also debuted it's new GT Falcon, so a lot of interest was developed in the meeting of these two brand new cars. The fastest XU-1 which was driven by Colin Bond was four seconds a lap slower than the fastest GT and could only manage 6th position on the grid. The Falcon's were dominating the race but one by one fell by the wayside with mostly engine failures and when the chequered flag dropped the XU-1 of Colin Bond finished in second place, one lap down from Alan Moffats Falcon and in front of Norm Beechey's Valiant Pacer with Peter Brock in fourth.
Bathurst 1970:
Bathurst 1970 saw 12 Torana XU-1's, 3 were from the HDT in which Colin Bond had one to himself, Peter Brock and Bob Morris paired in another plus the pairing of Women drivers Christine Cole(later Gibson) and Sandra Bennett. The other makes were represented well with 14 GT Falcons and 6 Valiant Pacers among others. Just before the race CAMS (Confederation
of Australian Motor Sport) allowed some adjustments to the XU-1 to help it become competitve. Some of these adjustments included a revised camshaft profile (specifications bottom of this page), new axle tube baffles, modified clutch & pressure plate, modified rear suspensionbump stops, front suspension alignment settings, baffling in the fuel tank, front guard lips were rolled to allow for wider front tires and wheel spacers.
Practice: The fastest Torana was the HDT car of Colin Bond with a best lap of 2:54s which put him in fourth spot on the grid with Alan Moffat taking pole some 5 seconds quicker. During the practice sessions many of the Falcons suffered engine problems and the Torana's were running reliably so the feeling was high that the Falcons could breakdown during the running and allow the reliable cars in!
Race day: And they're off with Bond in hot pursuit of Moffat up the hill, over the top and Bond is sitting on Moffat's exhaust, then down Conrod Straight where the big Falcon could stretch it's legs until the end where the big car took some stopping and Bond dived in front under brakes. Going along the front straight the crowd gave a huge cheer of approval to the little Torana, the dice between Bond and Moffat went on for 5 laps until Moffat regained the lead and wasn't headed. The Torana's with Bond and Brock were 2nd and 3rd for quite a while but eventually succumbed to mechanical problems and dashed any hope of a HDT Torana being on the Podium but the privateer entry of Don Holland took third outright and a class win. In fact five privately entered XU-1's were in the top ten, third, sixth, seventh, ninth, and tenth outright plus the HDT all women pairing of Cole/Bennett taking 13th outright, this showed that the six cylinder 186ci Torana was close to the 351ci Falcon's but needed a bit more work to become a superior package! It turned out that the mechanical problems with HDT cars were a manufacturer fault with the valves, this also affected some private entries as well.
Torana GTR XU-1 1971.
1971 was very successful for the XU-1 with successes in rallies, hill climbs, rally-cross and circuit races, it also became very popular with the privateers due to the competitiveness and the cost of maintaining it compared to the GTHO. This year saw the introduction of a Manufacturers Championship in which the first round was the Easter Bathurst meeting, Peter Brock took third place and Colin Bond fourth. The second round was at Warick Farm and this time Colin Bond won it from Peter Brock coming second.
Sandown 250: The third round saw the debut of the new Bathurst XU-1 at the Sandown 250, also on debut was the new Phase III GTHO Falcon. After the previous years engine failures, Ford had tested the 351 Cleveland extensively and claimed the power to be 300 bhp (224kW) but in race trim was around 380 bhp (284kW). In practice Moffat (pole 1m21.4s) was 1.9 seconds faster than Bond (3rd) and a huge 3.4 seconds faster than Brock. In the race though both Moffat and French had mechanical problems and Bond ran strongly to take the win and finished a tremendous 5 laps in front of second place Murray Carter (GTHO) with Tony Roberts 3rd (XU-1) and Bruce McPhee (XU-1) 4th.
Bathurst: This was not part of the Manufacturers Championship but was the next race and of course all eyes were on the 'Great Race'. Bathurst saw a new foe in the Valiant E38 harger with it's triple webbers on the Hemi 265 engine which produced 280 bhp (209kW) and until recently held the title as the fastest Australian production car in a straight line! But as fast as the Valiant was it was limited with only a 3-speed gearbox and unpower assisted brakes so the mountain was not very kind to this car. The Bathurst race wasn't kind on the HDT and saw Moffat on pole with 2m38.9s and the fastest XU-1 was Brocks car with a 2m46.3. Moffat led from flag to flag with Bond finishing 4th and Brock coming in 6th with some problems.
Phillip Island: The 500 km race at Phillip Island resumed the Manufacturers Championship and was just three weeks after the demoralising Bathurst race. The Big Falcons had big problems here, as they cooked and ripped there tyres up the Torana XU-1's of Bond and Brock did a 1-2 for the HDT with Doug Chivas well behind in his Valiant Charger. Even a privately entered Torana beat the 5th placed Moffat home!
Surfers Paradise: The Rothmans 250 was the final race to find honours in the Manufacturers Championship and Moffat took the win, with Brock in 3rd and Bond in 4th it was enough to win the title for GM-H.
1972 Bathurst
The next time on the podium was 1972 and it was Peter Brocks turn, he won convincingly in what was a tremendous battle against Alan Moffat who had won the previous two Bathursts. Brocky did the 500 mile race solo which started in the wet and with team mate Colin Bond crashing very early in the race the next hour was spent dicing with Moffat, up the hill the Torana would catch the Falcon and then down Conrod the Falcon would pull away, lap after lap until Moffat aquaplaned almost the same place Bond crashed and although Moffat got going again Brock was never going to be beaten. The Legend of the Bathurst Winning Torana had begun with the biggest legend in Australian motor sport although he was a junior at this stage with a third in a Monaro in 1969 previous. The 1973 Bathurst was the Torana's but for an error of judgment trying to stretch the fuel, while out in front Doug Chivas was asked to do another lap and while coming over the top of the hill the car started to cough until it ran out of fuel along Conrod Straight. He coasted all the way and when in the pit entry tried a clutch start but all this did was to take any momentum the Torana had away and without the rest of team being allowed to help him until the car actually entered there designated pit area they stood, watched and yelled encouragement while Chivas (not a large person by any means), pushed the wide tyred Torana up the hill in the pits. Brocky put up an almighty fight but it wasn't enough and the rest is history.
(Ref: holden.itgo.com/gtrxu1.html)
BJ006 – a ballast cleaner purchased by the Rail Infrastructure Corporation (RIC) in 2002 from Plasser Australia (model RM900-HD). This self-propelled unit weighs 506 tonnes and is made up of six articulated sections. One of these sections (located at the rear of the machine) is a wagon with three 15,000l water tanks used in dust suppression at worksites to reduce environmental impact. This unit works in conjunction with the NHMF material handling wagons. When self-propelled, the unit is powered by two V12 Caterpiller 3412 engines, each outputting 710kW.
BJ006 was being transferred north by SSR using G513, 44206 and 4701, photographed at Warabrook as train M121.
Mumbai (/mʊmˈbaɪ/; also known as Bombay, the official name until 1995) is the capital city of the Indian state of Maharashtra. It is the most populous city in India and the ninth most populous agglomeration in the world, with an estimated city population of 18.4 million. Along with the neighbouring regions of the Mumbai Metropolitan Region, it is one of the most populous urban regions in the world and the seсond most populous metropolitan area in India, with a population of 20.7 million as of 2011. Mumbai lies on the west coast of India and has a deep natural harbour. In 2009, Mumbai was named an alpha world city. It is also the wealthiest city in India, and has the highest GDP of any city in South, West, or Central Asia. Mumbai has the highest number of billionaires and millionaires among all cities in India.The seven islands that came to constitute Mumbai were home to communities of fishing colonies. For centuries, the islands were under the control of successive indigenous empires before being ceded to the Portuguese and subsequently to the British East India Company when in 1661 King Charles II married the Portuguese Catherine of Braganza, and as part of her dowry Charles received the ports of Tangier and seven islands of Bombay. During the mid-18th century, Bombay was reshaped by the Hornby Vellard project, which undertook reclamation of the area between the seven islands from the sea. Along with construction of major roads and railways, the reclamation project, completed in 1845, transformed Bombay into a major seaport on the Arabian Sea. Bombay in the 19th century was characterized by economic and educational development. During the early 20th century it became a strong base for the Indian independence movement. Upon India's independence in 1947 the city was incorporated into Bombay State. In 1960, following the Samyukta Maharashtra movement, a new state of Maharashtra was created with Bombay as the capital.Mumbai is the financial, commercial and entertainment capital of India. It is also one of the world's top ten centres of commerce in terms of global financial flow, generating 6.16% of India's GDP and accounting for 25% of industrial output, 70% of maritime trade in India (Mumbai Port Trust and JNPT), and 70% of capital transactions to India's economy. The city houses important financial institutions such as the Reserve Bank of India, the Bombay Stock Exchange, the National Stock Exchange of India, the SEBI and the corporate headquarters of numerous Indian companies and multinational corporations. It is also home to some of India's premier scientific and nuclear institutes like BARC, NPCL, IREL, TIFR, AERB, AECI, and the Department of Atomic Energy. The city also houses India's Hindi (Bollywood) and Marathi film and television industry. Mumbai's business opportunities, as well as its potential to offer a higher standard of living, attract migrants from all over India, making the city a melting pot of many communities and cultures.
ETYMOLOGY
The name Mumbai is derived from Mumbā or Mahā-Ambā—the name of the patron goddess (Kuladevi) Mumbadevi of the native Agri, Koli and Somvanshi Kshatriya communities - and ā'ī meaning "mother" in the Marathi language, which is the mother tongue of the kolis and the official language of Maharashtra.
The oldest known names for the city are Kakamuchee and Galajunkja; these are sometimes still used. Ali Muhammad Khan, in the Mirat-i-Ahmedi (1507) referred to the city as Manbai. In 1508, Portuguese writer Gaspar Correia used the name Bombaim, in his Lendas da Índia ("Legends of India"). This name possibly originated as the Old Portuguese phrase bom baim, meaning "good little bay", and Bombaim is still commonly used in Portuguese. In 1516, Portuguese explorer Duarte Barbosa used the name Tana-Maiambu: Tana appears to refer to the adjoining town of Thane and Maiambu to Mumbadevi.
Other variations recorded in the 16th and the 17th centuries include: Mombayn (1525), Bombay (1538), Bombain (1552), Bombaym (1552), Monbaym (1554), Mombaim (1563), Mombaym (1644), Bambaye (1666), Bombaiim (1666), Bombeye (1676), Boon Bay (1690), and Bon Bahia. After the British gained possession of the city in the 17th century, the Portuguese name was officially anglicised as Bombay.
By the late 20th century, the city was referred to as Mumbai or Mambai in the Indian statewise official languages of Marathi, Konkani, Gujarati, Kannada and Sindhi, and as Bambai in Hindi. The English name was officially changed to Mumbai in November 1995. This came at the insistence of the Marathi nationalist Shiv Sena party that had just won the Maharashtra state elections and mirrored similar name changes across the country and particularly in Maharashtra. According to Slate, "they argued that 'Bombay' was a corrupted English version of 'Mumbai' and an unwanted legacy of British colonial rule." Slate also said "The push to rename Bombay was part of a larger movement to strengthen Marathi identity in the Maharashtra region." While the city is still referred to as Bombay by some of its residents and Indians from other regions, mention of the city by a name other than Mumbai has been controversial, resulting in emotional outbursts sometimes of a violently political nature.
A resident of Mumbai is called mumbaikar; in Marathi language the suffix kar has a meaning resident of. The term has been in use for quite some time but it gained popularity after the official name change to Mumbai.
EARLY HISTORY
Mumbai is built on what was once an archipelago of seven islands: Bombay Island, Parel, Mazagaon, Mahim, Colaba, Worli, and Old Woman's Island (also known as Little Colaba). It is not exactly known when these islands were first inhabited. Pleistocene sediments found along the coastal areas around Kandivali in northern Mumbai suggest that the islands were inhabited since the Stone Age. Perhaps at the beginning of the Common era (2,000 years ago), or possibly earlier, they came to be occupied by the Koli fishing community.
In the third century BCE, the islands formed part of the Maurya Empire, during its expansion in the south, ruled by the Buddhist emperor, Ashoka of Magadha. The Kanheri Caves in Borivali were excavated in the mid-third century BCE, and served as an important centre of Buddhism in Western India during ancient Times. The city then was known as Heptanesia (Ancient Greek: A Cluster of Seven Islands) to the Greek geographer Ptolemy in 150 CE. The Mahakali Caves in Andheri were built between the 1st century BCE and the 6th century CE.
Between the second century BCE and ninth century CE, the islands came under the control of successive indigenous dynasties: Satavahanas, Western Kshatrapas, Abhiras, Vakatakas, Kalachuris, Konkan Mauryas, Chalukyas and Rashtrakutas, before being ruled by the Silhara dynasty from 810 to 1260. Some of the oldest edifices in the city built during this period are, Jogeshwari Caves (between 520 and 525), Elephanta Caves (between the sixth to seventh century), Walkeshwar Temple (10th century), and Banganga Tank (12th century).
King Bhimdev founded his kingdom in the region in the late 13th century and established his capital in Mahikawati (present day Mahim). The Pathare Prabhus, among the earliest known settlers of the city, were brought to Mahikawati from Saurashtra in Gujarat around 1298 by Bhimdev. The Delhi Sultanate annexed the islands in 1347–48 and controlled it until 1407. During this time, the islands were administered by the Muslim Governors of Gujarat, who were appointed by the Delhi Sultanate.
The islands were later governed by the independent Gujarat Sultanate, which was established in 1407. The Sultanate's patronage led to the construction of many mosques, prominent being the Haji Ali Dargah in Worli, built in honour of the Muslim saint Haji Ali in 1431. From 1429 to 1431, the islands were a source of contention between the Gujarat Sultanate and the Bahamani Sultanate of Deccan. In 1493, Bahadur Khan Gilani of the Bahamani Sultanate attempted to conquer the islands but was defeated.
PORTUGUESE AND BRITISH RULE
The Mughal Empire, founded in 1526, was the dominant power in the Indian subcontinent during the mid-16th century. Growing apprehensive of the power of the Mughal emperor Humayun, Sultan Bahadur Shah of the Gujarat Sultanate was obliged to sign the Treaty of Bassein with the Portuguese Empire on 23 December 1534. According to the treaty, the seven islands of Bombay, the nearby strategic town of Bassein and its dependencies were offered to the Portuguese. The territories were later surrendered on 25 October 1535.
The Portuguese were actively involved in the foundation and growth of their Roman Catholic religious orders in Bombay. They called the islands by various names, which finally took the written form Bombaim. The islands were leased to several Portuguese officers during their regime. The Portuguese Franciscans and Jesuits built several churches in the city, prominent being the St. Michael's Church at Mahim (1534), St. John the Baptist Church at Andheri (1579), St. Andrew's Church at Bandra (1580), and Gloria Church at Byculla (1632). The Portuguese also built several fortifications around the city like the Bombay Castle, Castella de Aguada (Castelo da Aguada or Bandra Fort), and Madh Fort. The English were in constant struggle with the Portuguese vying for hegemony over Bombay, as they recognized its strategic natural harbour and its natural isolation from land-attacks. By the middle of the 17th century the growing power of the Dutch Empire forced the English to acquire a station in western India. On 11 May 1661, the marriage treaty of Charles II of England and Catherine of Braganza, daughter of King John IV of Portugal, placed the islands in possession of the English Empire, as part of Catherine's dowry to Charles. However, Salsette, Bassein, Mazagaon, Parel, Worli, Sion, Dharavi, and Wadala still remained under Portuguese possession. From 1665 to 1666, the English managed to acquire Mahim, Sion, Dharavi, and Wadala.
In accordance with the Royal Charter of 27 March 1668, England leased these islands to the English East India Company in 1668 for a sum of £10 per annum. The population quickly rose from 10,000 in 1661, to 60,000 in 1675. The islands were subsequently attacked by Yakut Khan, the Siddi admiral of the Mughal Empire, in October 1672, Rickloffe van Goen, the Governor-General of Dutch India on 20 February 1673, and Siddi admiral Sambal on 10 October 1673.In 1687, the English East India Company transferred its headquarters from Surat to Bombay. The city eventually became the headquarters of the Bombay Presidency. Following the transfer, Bombay was placed at the head of all the Company's establishments in India. Towards the end of the 17th century, the islands again suffered incursions from Yakut Khan in 1689–90. The Portuguese presence ended in Bombay when the Marathas under Peshwa Baji Rao I captured Salsette in 1737, and Bassein in 1739. By the middle of the 18th century, Bombay began to grow into a major trading town, and received a huge influx of migrants from across India. Later, the British occupied Salsette on 28 December 1774. With the Treaty of Surat (1775), the British formally gained control of Salsette and Bassein, resulting in the First Anglo-Maratha War. The British were able to secure Salsette from the Marathas without violence through the Treaty of Purandar (1776), and later through the Treaty of Salbai (1782), signed to settle the outcome of the First Anglo-Maratha War.
From 1782 onwards, the city was reshaped with large-scale civil engineering projects aimed at merging all the seven islands into a single amalgamated mass. This project, known as Hornby Vellard, was completed by 1784. In 1817, the British East India Company under Mountstuart Elphinstone defeated Baji Rao II, the last of the Maratha Peshwa in the Battle of Khadki. Following his defeat, almost the whole of the Deccan came under British suzerainty, and was incorporated into the Bombay Presidency. The success of the British campaign in the Deccan marked the liberation of Bombay from all attacks by native powers.
By 1845, the seven islands coalesced into a single landmass by the Hornby Vellard project via large scale land reclamation. On 16 April 1853, India's first passenger railway line was established, connecting Bombay to the neighbouring town of Thana (now Thane). During the American Civil War (1861–1865), the city became the world's chief cotton-trading market, resulting in a boom in the economy that subsequently enhanced the city's stature.
The opening of the Suez Canal in 1869 transformed Bombay into one of the largest seaports on the Arabian Sea. In September 1896, Bombay was hit by a bubonic plague epidemic where the death toll was estimated at 1,900 people per week. About 850,000 people fled Bombay and the textile industry was adversely affected. As the capital of the Bombay Presidency, the city witnessed the Indian independence movement, with the Quit India Movement in 1942 and The Royal Indian Navy Mutiny in 1946 being its most notable events.
INDEPENDENT INDIA
After India's independence in 1947, the territory of the Bombay Presidency retained by India was restructured into Bombay State. The area of Bombay State increased, after several erstwhile princely states that joined the Indian union were integrated into the state. Subsequently, the city became the capital of Bombay State. On April 1950, Municipal limits of Bombay were expanded by merging the Bombay Suburban District and Bombay City to form the Greater Bombay Municipal Corporation.
The Samyukta Maharashtra movement to create a separate Maharashtra state including Bombay was at its height in the 1950s. In the Lok Sabha discussions in 1955, the Congress party demanded that the city be constituted as an autonomous city-state. The States Reorganisation Committee recommended a bilingual state for Maharashtra–Gujarat with Bombay as its capital in its 1955 report. Bombay Citizens' Committee, an advocacy group of leading Gujarati industrialists lobbied for Bombay's independent status.
Following protests during the movement in which 105 people lost their lives in clashes with the police, Bombay State was reorganised on linguistic lines on 1 May 1960. Gujarati-speaking areas of Bombay State were partitioned into the state of Gujarat. Maharashtra State with Bombay as its capital was formed with the merger of Marathi-speaking areas of Bombay State, eight districts from Central Provinces and Berar, five districts from Hyderabad State, and numerous princely states enclosed between them. As a memorial to the martyrs of the Samyukta Maharashtra movement, Flora Fountain was renamed as Hutatma Chowk (Martyr's Square), and a memorial was erected.
The following decades saw massive expansion of the city and its suburbs. In the late 1960s, Nariman Point and Cuffe Parade were reclaimed and developed. The Bombay Metropolitan Region Development Authority (BMRDA) was established on 26 January 1975 by the Government of Maharashtra as an apex body for planning and co-ordination of development activities in the Bombay metropolitan region. In August 1979, a sister township of New Bombay was founded by the City and Industrial Development Corporation (CIDCO) across the Thane and Raigad districts to help the dispersal and control of Bombay's population. The textile industry in Bombay largely disappeared after the widespread 1982 Great Bombay Textile Strike, in which nearly 250,000 workers in more than 50 textile mills went on strike. Mumbai's defunct cotton mills have since become the focus of intense redevelopment.
The Jawaharlal Nehru Port, which currently handles 55–60% of India's containerised cargo, was commissioned on 26 May 1989 across the creek at Nhava Sheva with a view to de-congest Bombay Harbour and to serve as a hub port for the city. The geographical limits of Greater Bombay were coextensive with municipal limits of Greater Bombay. On 1 October 1990, the Greater Bombay district was bifurcated to form two revenue districts namely, Bombay City and Bombay Suburban, though they continued to be administered by same Municipal Administration.
From 1990 to 2010, there has been an increase in violence in the hitherto largely peaceful city. Following the demolition of the Babri Masjid in Ayodhya, the city was rocked by the Hindu-Muslim riots of 1992–93 in which more than 1,000 people were killed. On 12 March 1993, a series of 13 co-ordinated bombings at several city landmarks by Islamic extremists and the Bombay underworld resulted in 257 deaths and over 700 injuries. In 2006, 209 people were killed and over 700 injured when seven bombs exploded on the city's commuter trains. In 2008, a series of ten coordinated attacks by armed terrorists for three days resulted in 173 deaths, 308 injuries, and severe damage to several heritage landmarks and prestigious hotels. The blasts that occurred at the Opera House, Zaveri Bazaar, and Dadar on 13 July 2011 were the latest in the series of terrorist attacks in Mumbai.
Mumbai is the commercial capital of India and has evolved into a global financial hub. For several decades it has been the home of India's main financial services, and a focus for both infrastructure development and private investment. From being an ancient fishing community and a colonial centre of trade, Mumbai has become South Asia's largest city and home of the world's most prolific film industry.
GEOGRAPHY
Mumbai consists of two distinct regions: Mumbai City district and Mumbai Suburban district, which form two separate revenue districts of Maharashtra. The city district region is also commonly referred to as the Island City or South Mumbai. The total area of Mumbai is 603.4 km2. Of this, the island city spans 67.79 km2, while the suburban district spans 370 km2, together accounting for 437.71 km2 under the administration of Municipal Corporation of Greater Mumbai (MCGM). The remaining areas belong to various Defence establishments, the Mumbai Port Trust, the Atomic Energy Commission and the Borivali National Park, which are out of the jurisdiction of the MCGM.
Mumbai lies at the mouth of the Ulhas River on the western coast of India, in the coastal region known as the Konkan. It sits on Salsette Island (Sashti Island), which it partially shares with the Thane district. Mumbai is bounded by the Arabian Sea to the west. Many parts of the city lie just above sea level, with elevations ranging from 10 m to 15 m; the city has an average elevation of 14 m. Northern Mumbai (Salsette) is hilly, and the highest point in the city is 450 m at Salsette in the Powai–Kanheri ranges. The Sanjay Gandhi National Park (Borivali National Park) is located partly in the Mumbai suburban district, and partly in the Thane district, and it extends over an area of 103.09 km2.
Apart from the Bhatsa Dam, there are six major lakes that supply water to the city: Vihar, Lower Vaitarna, Upper Vaitarna, Tulsi, Tansa and Powai. Tulsi Lake and Vihar Lake are located in Borivili National Park, within the city's limits. The supply from Powai lake, also within the city limits, is used only for agricultural and industrial purposes. Three small rivers, the Dahisar River, Poinsar (or Poisar) and Ohiwara (or Oshiwara) originate within the park, while the polluted Mithi River originates from Tulsi Lake and gathers water overflowing from Vihar and Powai Lakes. The coastline of the city is indented with numerous creeks and bays, stretching from the Thane creek on the eastern to Madh Marve on the western front. The eastern coast of Salsette Island is covered with large mangrove swamps, rich in biodiversity, while the western coast is mostly sandy and rocky.
Soil cover in the city region is predominantly sandy due to its proximity to the sea. In the suburbs, the soil cover is largely alluvial and loamy. The underlying rock of the region is composed of black Deccan basalt flows, and their acidic and basic variants dating back to the late Cretaceous and early Eocene eras. Mumbai sits on a seismically active zone owing to the presence of 23 fault lines in the vicinity. The area is classified as a Seismic Zone III region, which means an earthquake of up to magnitude 6.5 on the Richter scale may be expected.
ARCHITECTURE
The architecture of the city is a blend of Gothic Revival, Indo-Saracenic, Art Deco, and other contemporary styles. Most of the buildings during the British period, such as the Victoria Terminus and Bombay University, were built in Gothic Revival style. Their architectural features include a variety of European influences such as German gables, Dutch roofs, Swiss timbering, Romance arches, Tudor casements, and traditional Indian features. There are also a few Indo-Saracenic styled buildings such as the Gateway of India. Art Deco styled landmarks can be found along the Marine Drive and west of the Oval Maidan. Mumbai has the second largest number of Art Deco buildings in the world after Miami. In the newer suburbs, modern buildings dominate the landscape. Mumbai has by far the largest number of skyscrapers in India, with 956 existing buildings and 272 under construction as of 2009.
The Mumbai Heritage Conservation Committee (MHCC), established in 1995, formulates special regulations and by-laws to assist in the conservation of the city's heritage structures. Mumbai has two UNESCO World Heritage Sites, the Chhatrapati Shivaji Terminus and the Elephanta Caves. In the south of Mumbai, there are colonial-era buildings and Soviet-style offices. In the east are factories and some slums. On the West coast are former-textile mills being demolished and skyscrapers built on top. There are 31 buildings taller than 100m, compared with 200 in Shanghai, 500 in Hong Kong and 500 in New York.
DEMOGRAPHICS
According to the 2011 census, the population of Mumbai was 12,479,608. The population density is estimated to be about 20,482 persons per square kilometre. The living space is 4.5sq metre per person. As Per 2011 census, Greater Mumbai, the area under the administration of the MCGM, has a literacy rate of 94.7%, higher than the national average of 86.7%. The number of slum-dwellers is estimated to be 9 million, up from 6 million in 2001, that is, 62% of all Mumbaikars live in informal slums.
The sex ratio was 838 (females per 1,000 males) in the island city, 857 in the suburbs, and 848 as a whole in Greater Mumbai, all numbers lower than the national average of 914 females per 1,000 males. The low sex ratio is partly because of the large number of male migrants who come to the city to work.
Residents of Mumbai call themselves Mumbaikar, Mumbaiite, Bombayite or Bombaiite. Mumbai has a large polyglot population like any other metropolitan city of India. Sixteen major languages of India are also spoken in Mumbai, most common being Marathi, Hindi, Gujarati and English. English is extensively spoken and is the principal language of the city's white collar workforce. A colloquial form of Hindi, known as Bambaiya – a blend of Marathi, Hindi, Gujarati, Konkani, Urdu, Indian English and some invented words – is spoken on the streets.
Mumbai suffers from the same major urbanisation problems seen in many fast growing cities in developing countries: widespread poverty and unemployment, poor public health and poor civic and educational standards for a large section of the population. With available land at a premium, Mumbai residents often reside in cramped, relatively expensive housing, usually far from workplaces, and therefore requiring long commutes on crowded mass transit, or clogged roadways. Many of them live in close proximity to bus or train stations although suburban residents spend significant time travelling southward to the main commercial district. Dharavi, Asia's second largest slum (if Karachi's Orangi Town is counted as a single slum) is located in central Mumbai and houses between 800,000 and one million people in 2.39 square kilometres, making it one of the most densely populated areas on Earth with a population density of at least 334,728 persons per square kilometre. With a literacy rate of 69%, the slums in Mumbai are the most literate in India.
The number of migrants to Mumbai from outside Maharashtra during the 1991–2001 decade was 1.12 million, which amounted to 54.8% of the net addition to the population of Mumbai.
The number of households in Mumbai is forecast to rise from 4.2 million in 2008 to 6.6 million in 2020. The number of households with annual incomes of 2 million rupees will increase from 4% to 10% by 2020, amounting to 660,000 families. The number of households with incomes from 1–2 million rupees is also estimated to increase from 4% to 15% by 2020. According to Report of Central Pollution Control Board (CPCB) 2016 Mumbai is the noisiest city in India before Lucknow , Hyderabad and Delhi.
ETHNIC GROUPS AND RELIGION
The religious groups represented in Mumbai include Hindus (67.39%), Muslims (18.56%), Buddhists (5.22%), Jains (3.99%), Christians (4.2%), Sikhs (0.58%), with Parsis and Jews making up the rest of the population. The linguistic/ethnic demographics are: Maharashtrians (42%), Gujaratis (19%), with the rest hailing from other parts of India.
Native Christians include East Indian Catholics, who were converted by the Portuguese during the 16th century, while Goan and Mangalorean Catholics also constitute a significant portion of the Christian community of the city. Jews settled in Bombay during the 18th century. The Bene Israeli Jewish community of Bombay, who migrated from the Konkan villages, south of Bombay, are believed to be the descendants of the Jews of Israel who were shipwrecked off the Konkan coast, probably in the year 175 BCE, during the reign of the Greek ruler, Antiochus IV Epiphanes. Mumbai is also home to the largest population of Parsi Zoroastrians in the world, numbering about 80,000. Parsis migrated to India from Pars (Persia/Iran) following the Muslim conquest of Persia in the seventh century. The oldest Muslim communities in Mumbai include the Dawoodi Bohras, Ismaili Khojas, and Konkani Muslims.
CULTURE
Mumbai's culture is a blend of traditional festivals, food, music, and theatres. The city offers a cosmopolitan and diverse lifestyle with a variety of food, entertainment, and night life, available in a form and abundance comparable to that in other world capitals. Mumbai's history as a major trading centre has led to a diverse range of cultures, religions, and cuisines coexisting in the city. This unique blend of cultures is due to the migration of people from all over India since the British period.
Mumbai is the birthplace of Indian cinema - Dadasaheb Phalke laid the foundations with silent movies followed by Marathi talkies - and the oldest film broadcast took place in the early 20th century. Mumbai also has a large number of cinema halls that feature Bollywood, Marathi and Hollywood movies. The Mumbai International Film Festival and the award ceremony of the Filmfare Awards, the oldest and prominent film awards given for Hindi film industry in India, are held in Mumbai. Despite most of the professional theatre groups that formed during the British Raj having disbanded by the 1950s, Mumbai has developed a thriving "theatre movement" tradition in Marathi, Hindi, English, and other regional languages.
Contemporary art is featured in both government-funded art spaces and private commercial galleries. The government-funded institutions include the Jehangir Art Gallery and the National Gallery of Modern Art. Built in 1833, the Asiatic Society of Bombay is one of the oldest public libraries in the city. The Chhatrapati Shivaji Maharaj Vastu Sangrahalaya (formerly The Prince of Wales Museum) is a renowned museum in South Mumbai which houses rare ancient exhibits of Indian history.
Mumbai has a zoo named Jijamata Udyaan (formerly Victoria Gardens), which also harbours a garden. The rich literary traditions of the city have been highlighted internationally by Booker Prize winners Salman Rushdie, Aravind Adiga. Marathi literature has been modernised in the works of Mumbai-based authors such as Mohan Apte, Anant Kanekar, and Gangadhar Gadgil, and is promoted through an annual Sahitya Akademi Award, a literary honour bestowed by India's National Academy of Letters.
Mumbai residents celebrate both Western and Indian festivals. Diwali, Holi, Eid, Christmas, Navratri, Good Friday, Dussera, Moharram, Ganesh Chaturthi, Durga Puja and Maha Shivratri are some of the popular festivals in the city. The Kala Ghoda Arts Festival is an exhibition of a world of arts that encapsulates works of artists in the fields of music, dance, theatre, and films. A week-long annual fair known as Bandra Fair, starting on the following Sunday after 8 September, is celebrated by people of all faiths, to commemorate the Nativity of Mary, mother of Jesus, on 8 September.
The Banganga Festival is a two-day music festival, held annually in the month of January, which is organised by the Maharashtra Tourism Development Corporation (MTDC) at the historic Banganga Tank in Mumbai. The Elephanta Festival - celebrated every February on the Elephanta Islands - is dedicated to classical Indian dance and music and attracts performers from across the country. Public holidays specific to the city and the state include Maharashtra Day on 1 May, to celebrate the formation of Maharashtra state on 1 May 1960, and Gudi Padwa which is the New Year's Day for Marathi people.
Beaches are a major tourist attraction in the city. The major beaches in Mumbai are Girgaum Chowpatty, Juhu Beach, Dadar Chowpatty, Gorai Beach, Marve Beach, Versova Beach, Madh Beach, Aksa Beach, and Manori Beach. Most of the beaches are unfit for swimming, except Girgaum Chowpatty and Juhu Beach. Essel World is a theme park and amusement centre situated close to Gorai Beach, and includes Asia's largest theme water park, Water Kingdom. Adlabs Imagica opened in April 2013 is located near the city of Khopoli off the Mumbai-Pune Expressway.
WIKIPEDIA
+++ DISCLAIMER +++
Nothing you see here is real, even though the conversion or the presented background story might be based historical facts. BEWARE!
Some background:
The origins of the Saab 19 date back before the onset of WWII. At that time, the Swedish Air Force (Flygvapnet) was equipped with largely obsolete Gloster Gladiator (J 8) biplane fighters. To augment this, Sweden ordered 120 Seversky P-35 (J 9) and 144 P-66 Vanguard (J 10) aircraft from the United States.
However, on 18 June 1940, United States declared an embargo against exporting weapons to any nation other than Great Britain. As the result, the Flygvapnet suddenly faced a shortage of modern fighters.
Just in time, Saab had presented to the Ministry on Sep 4th 1939 a fighter that had been meant to replace the obsolete Gloster Gladiators. The aircraft carried the internal development code ‘L-12’ and had been designed in collaboration with US engineers in Sweden, who were to aid with license production of Northrop 8-A 1s and NA-16-4 Ms.
The L-12 looked very much like the contemporary, Japanese Mitsubishi A6M “Zero” (which had been seriously considered by the Flygvapnet, but import or license production turned out to be impractical). The aircraft was a very modern all-metal construction with fabric covered control surfaces. The L-12 was to be powered by a 1.065 hp Bristol Taurus and maximum speed was calculated to be 605 km/h. Its relatively heavy armament consisted of four wing-mounted 13.2mm guns and two synchronized 8 mm MGs on top of the engine, firing through the propeller arc.
The design was quickly approved and the new aircraft was to be introduced to the Flygvapnet as the ‘J 19A’. Production aircraft would be outfitted with a more powerful Bristol Taurus II, giving 1.400 hp with 100-octane fuel and pushing the top speed to 630 km/h. But the war’s outbreak spoiled these plans literally over night: the L-12 had to be stopped, as the intended engine and any import or license production option vanished. This was a severe problem, since production of the first airframes had already started at Trollhättan, in the same underground factory where the B 3 bomber (license-built Ju-86K of German origin with radial engines) was built. About 30 pre-production airframes were finished or under construction, but lacked an appropriate engine!
With only half of a promising aircraft at hand and the dire need for fighters, the Swedish government decided to outfit these initial aircraft with non-license-built Wright R-2600-6 Twin Cyclone radial engines with an output of 1.600 hp (1.194 kW). The fuselage-mounted machine guns were deleted, due to the lack of internal space and in order to save weight, and the modified machines were designated J 19B. This was only a stop-gap solution, though. P&W Twin Wasp engines had also been considered as a potential power plant (resulting in the J 19C), but the US didn't want to sell any engines at that time to Sweden and this variant never materialized.
An initial batch of 24 J 19B aircraft was eventually completed and delivered to F3 at Lidköping in late 1940, while airframe construction was kept up at small pace, but only seven more J 19Bs were completed with R-2600 engines. Uncompleted airframes were left in stock for spares, and further production was halted in mid 1941, since the engine question could not be solved sufficiently.
The J 19B proved to be a controversial aircraft, not only because of its dubious engine. While it was basically a fast and agile aircraft, the heavy R-2600 engine was rather cumbersome and not suited for a fighter. Handling in the air as well as on the ground was demanding, due to the concentration of weight at the aircraft’s front – several J 19Bs tipped over while landing. As a consequence, the J 19B simply could not live up to its potential and was no real match for modern and more agile fighters like the Bf 109 or the Spitfire – but the Swedish equipment shortages kept the machines in service throughout WWII, even though primarily in a ground attack role and fulfilling other secondary line duties.
Towards the end of WWII, the J 19’s intended role was eventually filled by the indigenous FFVS J 22 fighter – ironically, it was outfitted with a license-built P&W Twin Wasp. By that time, about forty J 19 airframes were more or less complete, just lacking a proper engine. Mounting the now available Twin Wasp to these had seriously been considered, but the aircraft’s performance would not suffice anymore. Consequently, a thorough modification program for the J 19 was started in late 1944, leading to the post-WWII J 19D.
The J 19D was another stopgap program, though, and the economical attempt to bring the fighter’s performance on par with contemporary fighters like the American P-47 or the P-51; both of these types had been tested and considered for procurement, and the P-51 was eventually ordered in early 1945 from US surplus stock as the J 26, even though deliveries were postponed until 1946. The J 19D was to bridge the time until the J 26 was fully introduced, and would later serve in the attack role.
Since the J 19 airframe could not take a large and powerful radial engine like the R-2800, Saab made a radical move and decided to integrate an inline engine – despite the need for some fundamental changes to the airframe. The choice fell on the Packard V-1650, the same engine that also powered the J 26 fighters, so that procurement, maintenance and logistics could be streamlined.
Integration of the very different engine necessitated a complete re-design of the engine attachment architecture, a new, streamlined cowling and the addition of a relatively large radiator bath under the fuselage. A new four blade propeller was introduced and enlarged, all-metal stabilizers were integrated, too, in order to compensate the changed aerodynamics induced by the new radiator arrangement (which made the aircraft pitch down in level flight). A new bubble canopy with minimal framing was introduced, too, offering a much better all-round field of view for the pilot.
Even though the inline engine had a lower nominal output than the J 19B’s heavy R-2600, performance of the J 19D improved appreciably and it became, thanks to improved aerodynamics, a better overall weight distribution, more agile – finally living up to its original design plans, even though its performance was still not outstanding.
Armament was upgraded, too: the inner pair of wing-mounted 13.2mm machine guns was replaced by 20mm Bofors cannons (license-built Hispano-Suiza HS.404), considerably improving weapon range and firepower. Under the outer wings, hardpoints could take a pair of 250 kg bombs, 300 l drop tanks or up to eight 50 kg bombs and/or unguided missiles.
After WWII, the J 19B survivors were kept in service and soldiered on until 1948, when all remaining aircraft were scrapped. Wright was also paid the overdue license fees for the originally unlicensed engines. The J 19D served together with the J 22 and J 26 fighters until 1950, when all of these piston engine fighters were gradually replaced by de Havilland Vampires (J 28) and the indigenous J 29 Tunnan, which rapidly brought the Swedish Air Force into the jet age. The last four J 19Ds, used as liaison aircraft at F 8 at Barkarby, were retired in 1954.
Saab J 19A General characteristics
Crew: One
Length: 9.68 m (31 ft 8 1/2 in)
Wingspan: 12.0 m (39 ft 4 in)
Height: 3.05 m (10 ft 0 in)
Wing area: 22.44 m² (241.5 ft²)
Empty weight: 1,630 kg (3,590 lb)
Loaded weight: 2,390 kg (5,264 lb)
Aspect ratio: 6.4
Powerplant:
1× Packard V-1650-7 liquid-cooled V-12, with a 2 stage intercooled supercharger,
rated at 1,490 hp (1,111 kW) at 3,000 rpm
Performance
Maximum speed: 640 km/h (397 mph) at 4.550 m (14.930 ft)
Cruise speed: 380 km/h (236 mph)
Landing speed: 140 km/h (90 mph)
Range: 1.500 km (930 mi; 810 nmi)
Service ceiling: 11.800 m (38.650 ft)
Rate of climb: 15.9 m/s (3,125 ft/min)
Armament:
2× 20 mm Bofors (Hispano-Suiza HS.404) cannons with 120 RPG
2× 13.2 mm (0.53 in) M/39A (Browning M2) machine guns with 500 RPG
Underwing hardpoints for an ordnance of 500 kg (1.100 lb), including a pair of 300 l drop tanks,
two 250 kg (550 lb) bombs, eight 50 kg (110 lb) bombs or eight unguided missiles.
The kit and its assembly
This is actually the second J 19 I have converted from a Hobby Boss A6M – and this build addresses two questions that probably nobody ever asked:
● What would a Mitsubishi Zero with an inline engine look like?
● Could the fictional Swedish aircraft have survived WWII, and in which form?
The Saab J 19 never saw the hardware stage, but it was a real life project that was eventually killed through the outbreak of WWII and the lack of engines mentioned in the background above. Anyway, it was/is called the “Swedish Zero” because it resembled the Japanese fighter VERY much – wing shape, fuselage, tail section, even the cockpit glazing!
This build/conversion was very similar to my first one, which ended up as a J 19B with an R-2600 engine from a Matchbox B-25 Mitchell bomber. However, due to the later time frame and different donor parts at hand things took a different route – this time, the key idea was the modernization/update of a rather outdated airframe, and the old J 19B model was the benchmark.
Again, much of the literally massive(!) Hobby Boss Zero was taken OOB, but changes this time included:
● The nose/cowling from a Matchbox P-51D
● A modified ventral radiator bath from a HUMA Me 309
● New horizontal stabilizers from a Griffon Spitfire
● A new propeller (Pavla resin parts for a post WWII P-51D/K with uncuffed blades)
● OOB main landing gear was inverted, so that the wheel discs face inwards
● New main wheels from an AZ Models Spitfire, IIRC
● New retractable tail wheel, from a Bf 109 G; the arrestor hook opening was closed
● A vacu canopy for a late mark Hawker Typhoon, plus some interior details behind the seat
In order to adapt the Mustang’s nose to the slender and circular A6M fuselage, a wedge plug was inserted between the fuselage halves from the Matchbox kit and a styrene tube added inside as a propeller mount. The latter, a resin piece, received a long metal axis and can spin freely.
For the new bubble canopy the cockpit opening and the basic interior was retained, but the dorsal section around the cockpit re-sculpted with putty. Took some time, but worked well and everything blends surprisingly well into each other – even though the aircraft, with its new engine, somehow reminds me of a Hawker Hurricane now? From certain angles the whole thing also has a P-39 touch? Weird!
Painting and markings
Again the dire question: how to paint this one? Once more I did not want to use a typical olive green/light blue Swedish livery, even though it would have been the most plausible option. I eventually settled for a pure natural metal finish, inspired by the post-WWII J 26/Mustangs in Swedish service, which furthermore carried only minimal tactical markings: roundels in six positions, the Flygflottilj number on the fuselage and a colored letter code on the tail, plus a spinner in the same color. Very simple and plain, but with more and more Swedish whiffs piling up, I am looking for as much camouflage/livery diversity as possible, and an NMF machine was still missing. :D
All interior surfaces were painted in RLM 02, and for the NMF I used my personal “recipe” with a basis of Revell 99 (Aluminum, acrylics) plus a black ink wash, followed by panel post-shading with Humbrol “Polished Aluminum” Metallizer (27002), rubbing/polishing with a soft cotton cloth and finally and a light rubbing treatment with grinded graphite for weathering effects and a worn, metallic shine of the surfaces.
Around the exhaust stubs, slightly darker panels were painted with Revell Acyrlics 91 (Iron) and ModelMaster Magnesium Metallizer. A black anti glare panel was added in front of the cockpit (P-51 style). The green propeller boss was painted with a mix of Humbrol 3 and 131 – emulating the color of the green code letter on the fin as good as possible.
The decals were puzzled together; the bright roundels belong to a Swedish Fiat CR.42, from a Sky Models sheet. The “8” on the fuselage comes from an early WWII Swedish Gloster Gladiator code (SBS Models), while the green “E” is an RAF code letter from a Heller Supermarine Spitfire Mk. XVI – actually a total print color disaster, since this deep green is supposed to be Sky!? For better contrast on the Aluminum the letter was placed on a white background, created from single decal strips (generic material from TL Modellbau).
After some soot stains around the exhaust stubs and the fuselage flanks with more graphite, as well as around the gun muzzles, the kit was sealed with a 4:1 mix of gloss and matt acrylic varnish, only the anti glare panel and the propeller blades became 100% matt. Some more matt varnish was also dabbed over the soot stains.
So, another J 19, and the “Zero with an inline engine” looks pretty strange – not as streamlined as other late WWII designs like the P-51 or Griffon-powered Spitfires, yet with a modern touch. The NMF livery looks a bit boring, but the unusual green code (used by liason J 26s from F 8 and some rare 4th or 5th divisions) is a nice contrast to the bright and large Swedish roundels, underlining the pretty elegant lines of the converted Zero!
The iconic fighter of World War II, the P-51 Mustang, came about as a result of the desperate need of the British for fighters in 1939, as the war started. British industry was at capacity producing the Hurricane and Spitfire, and of the American fighters being produced or planned, the RAF only saw the P-40 Warhawk as being able to fight German Bf 109s. With Curtiss itself at maximum output building P-40s, the British approached North American, who had been trying to sell the RAF the B-25 Mitchell, with an offer to license-build P-40s. North American’s president, James Kindleberger, had a better idea: design and build an entirely new fighter based around the P-40’s Allison V-1710 engine. The RAF was willing to fund a prototype, as long as it also cost less than $40,000 and could be delivered by January 1941: the contract was signed in April 1940. North American flew the first NA-73 prototype in October, only 178 days later.
Given the short time North American had gone from a blank sheet of paper to a flyable aircraft, one might expect that the NA-73 fell short of the requirement. It actually improved upon it. The RAF had only desired four .30 caliber machine guns; the NA-73 had that plus four .50 caliber machine guns (two in the wings with the .30s and two in the cowl). Despite its thin, highly aerodynamic fuselage, it had a large fuel capacity that could make it an escort fighter as well as an interceptor. Moreover, it incorporated two radical design features: one was mounting the radiator below the fuselage; besides saving space, it also allowed the pilot to force hot air out of the radiator to give a boost in speed. Most radical was the use of a laminar-flow wing. Compressibility, where air going over a wing would reach supersonic speeds and cause the aircraft to accelerate out of control in a dive, was a minor problem in the P-40 and notorious on the P-38 Lightning. With a laminar-flow wing, airspeed over the wing never reached supersonic speeds, preventing compressibility without sacrificing maneuverability. The RAF eagerly accepted the design as the Mustang Mk.I and it entered production in mid-1941.
When the RAF began operating the Mustang in combat, however, they found that the fighter, while able to maneuver with even the Focke-Wulf 190 and with plenty of range, was sluggish and slow above 15,000 feet. This was due to the V-1710 engine, which had never been designed for high altitude performance. North American had experienced misgivings about the V-1710, but it had been part of the specification. Mustang Mk. Is still were useful in low-level roles, especially reconnaissance, and the USAAF took interest in it as a ground-attack aircraft, ordering 500 as the A-36A Apache.
In April 1942, a Rolls-Royce technician got a chance to fly a Mustang Mk.I, and was suitably impressed by its manueverability. He was interested in if a bigger engine could be used on the aircraft, and five Mustangs were turned over to Rolls-Royce to be equipped with a Merlin engine and a propeller adapted from the Spitfire IX. The test pilots were stunned by the increase in performance: above 15,000 feet, the Merlin-engined Mustang not only retained its agility and range, speed was increased to 433 mph and the ceiling to 40,000 feet. North American learned of the tests and embarked on a redesign, culminating in the P-51B: this had a strengthened fuselage and wider radiator for the more powerful Merlin; the armament was reduced to save weight to four (later six) .50 caliber machine guns in the wings. With drop tanks fitted under the wings, the P-51B was capable of flying anywhere in Europe. The Mustang had at last realized its full potential, and the USAAF, which had been taking catastrophic losses to bombers over Germany due to the lack of long-range fighters, now had one.
P-51Bs began reaching Europe in August 1943, and when they reached the 8th Air Force in numbers by late 1943, the situation in the air above Europe began to change. While P-51 pilots loved the responsiveness and speed of the Mustang, a few problems did crop up: the gunsight was difficult to use, the guns had a tendency to jam, the glycol cooling system for the engine was easy to hit and would doom the P-51 instantly, and the P-51B lacked vision to the rear. In response, North American designed the P-51D, which solved most of the problems: it had a cut-down rear fuselage and incorporated a bubble canopy, giving the P-51D the best visibility of any fighter of the war; the adoption of the K-14 gunsight was much easier to use and more accurate; the machine guns were set upright and spaced along the dihedral of the wing rather than along the path of flight, making them more accurate as well and mostly curing the jamming problem. Nothing could be done about the glycol system, and more P-51s would be lost to ground fire hitting the glycol tank than any other reason.
P-51s would bear much of the responsibility of sweeping the Luftwaffe from the air. It could outperform the Bf 109 in all respects and be even with a Fw 190 below 15,000 feet—above 20,000 feet, the Mustang had the advantage. Nearly 5000 German aircraft would be shot down by P-51s, the highest total claimed by any Allied fighter during World War II. Nearly a thousand more Japanese aircraft would be added to that total, as P-51Ds began reaching the Pacific in 1944 as escorts for B-29 bombers. It is generally considered by aviation historians as the finest fighter of World War II and by some to be the most pure fighter ever built.
Redesignated F-51 by the newly independent USAF in 1948, the Mustang’s combat duties were not yet over: though not really suited for the role, the availability of aircraft meant that the F-51 would be used as ground-attack fighters throughout the Korean War. The P-51 had been exported to 55 nations during and after the war, and it would see service in the Arab-Israeli conflicts, various brushfire wars in Central and South America, and in the Philippines. The last F-51 in US service (ironically, US Army service) did not leave until 1968, while the Dominican Republic operated P-51s as frontline fighters until 1984. Of 16,766 P-51s produced, over 250 survive to the present day, with nearly 140 flyable examples, making the P-51 the best preserved World War II-era aircraft.
Also taken at the Buckley ANGB airshow in 1981, this is another P-51D, 45-11636 "Stang Evil." This one is near to my heart, as it's painted in the colors of my favorite Mustang unit, the 4th Fighter Group of RAF Debden! The "Red Noses" of the 4th were a feared sight over Europe during World War II, as they became the highest scoring USAAF fighter group of World War II. This shows the 4th's late-war nose marking, in which the red is swept beneath the nose.
"Stang Evil" is still around. It was a former California ANG example that was bought as surplus in 1960 by legendary stunt pilot Frank Tallman before going to Flying Tiger Aviation of Lakewood, CO, and repainted. It still flies with them today.
The Auto Avio Costruzioni 815 was the first car to be fully designed and built by Enzo Ferrari. Legal issues with former associates Alfa Romeo prevented Ferrari from creating the Ferrari marque. The 815 raced at the 1940 Brescia Grand Prix, where both entries failed to finish due to engine problems. One of the cars was later scrapped, while the other is currently in a car collection in Italy.
The 815 was designed and developed by ex-Alfa Romeo engineers Alberto Massimino and Vittorio Bellentani and by Enrico Nardi. The designation "815" was based on the car's eight-cylinder, 1.5 L engine. This engine was largely based on the four-cylinder, 1.1 L engine of the Fiat 508 C Balilla 1100. In concept, it was two 508C engines placed end to end, but it used a specially designed aluminium block built by Fonderia Calzoni in Bologna for integrity and light weight and a five-bearing crankshaft and a camshaft designed and built by AAC to get the traditional straight-8 timing and balance. The engine used Fiat valve gear, cylinder heads (two 508C heads per engine), and connecting rods. The engine was high-tech for the time, with a single camshaft in block, two valves per cylinder, and a semi-dry sump lubrication system. Four Weber 30DR2 carburettors were specified for a total output of 75 hp (56 kW) at 5500 rpm.
The 815 used a Fiat four-speed transmission with the Fiat gears replaced by gears made in-house by AAC. The transmission was integral to the engine block. The car had independent Dubonnet suspension with integral shock absorber at front, with a live axle on semi-elliptic leaf springs and hydraulic shock absorbers at the rear.
As Mille Miglia regulations required that racing car chassis be based on production models, the AAC 815's chassis was also derived from the Fiat 508 C Balilla.
The bodywork was done by Carrozzeria Touring using Itallumag 35, an aluminium/magnesium alloy, and was done in long, flowing forms with integrated wings. The bodywork weighed 119 lb (54 kg). The complete car weighed 625 kg (1,378 lb) and attained a maximum speed close to 170 km/h (110 mph).