View allAll Photos Tagged Stability
KUCHING, Malaysia (March 28, 2019) Military Sealift Command expeditionary fast transport ship USNS Fall River (T-EPF 4) arrives at the Port of Kuching for Pacific Partnership 2019. Pacific Partnership, now in its 14th iteration, is the largest annual multinational humanitarian assistance and disaster relief preparedness mission conducted in the Indo-Pacific. Each year the mission team works collectively with host and partner nations to enhance regional interoperability and disaster response capabilities, increase security and stability in the region, and foster new and enduring friendships in the Indo-Pacific. (U.S. Navy photo by Mass Communication Specialist 2nd Class Nicholas Burgains)
Hold on to the One who sees all, knows all, controls all, and helps all those who trust in Him- JESUS.
Bryan Guras
bighugelabs.com/flickr/scout.php?mode=history&id=1352...
[...] True stability results when presumed order and presumed disorder are balanced. A truly stable system expects the unexpected, is prepared to be disrupted, waits to be transformed [...]
-- Quote by Tom Robbins, American Novelist (1936)
(Italian volcano Stromboli vs Sun)
Sunset view from Tropea, Italy (August, 2007)
My USNC entry to the Lego Halo Contest.
The Panther was built as an anti-vehicle platform for the SPARTAN Laser and as a test bed for smaller-scale applications of the Scorpion MBT's independent tread suspension. The Panther's speed, stability, and all-terrain capabilities make it a favorite among USNC ground troops.
This was a 3-image handheld HDR composite. I achieved a reasonable amount of stability by resting my camera on the railing along the edge of the river, and simply hoping that I could hold everything reasonably still while I took three long-exposure shots in a row...
In the near foreground, you see the remains of an old wooden freight pier. Behind that is the new concrete pier at 70th Street, constructed by Donald Trump's empire when he built the complex of new apartment buildings along the western edge of Manhattan in this area of the upper west side.
In the far distance is the vast wilderness of New Jersey, where rumor has it that the Dark Side of the Force resides...
****************
As I've pointed out in three earlier sets of Flickr album (shown here and here and here, I do not dance the tango, and I know little or nothing about its history, its folklore, or even its steps and rhythms. I'm vaguely aware that it originated in Argentina in the 1890s, that a new style known as "tango nuevo" began to emerge in the late 1990s, and that various actors and actresses -- including Jessica Biel, Colin Firth, Antonio Banderas, Madonna, Richard Gere, Jennifer Lopez, Jamie Lee Curtis, and Arnold Schwarzenegger, among others -- have performed the tango in various movies. But beyond that, it never really occurred to me that it played any significant role here in the U.S.
That is, not until the summer of 2009, when I happened to return to my hotel, while on a business trip to Washington, DC, just as a local gathering of tango aficionados was dancing to their music in a nearby square known as Freedom Plaza. I photographed the event and learned from one of the participants that there were similar informal events in New York City. I was reminded of the tango again in the spring of 2010, and discovered that a tango "event" would be taking place on a Sunday afternoon at Pier 45, where Christopher Street runs into the Hudson River in Greenwich Village. The event takes place every Sunday, usually from 4-8 PM, and I made my first visit in mid-April, which led to this set of photos. I returned again on a hot Sunday evening in July -- indeed, it was so hot that the music did not even begin until 6 PM. But then the dancers began to appear, one couple after another, until there were a couple dozen couples filling a large space under a sheltering canopy.
Meanwhile, some Internet searches informed me that similar tango events take place at the South Street Seaport, in Central Park -- and even in my own neighborhood on the Upper West Side of Manhattan, down along the Hudson River in Riverside Park South, at 68th Street. That's where this particular set of photos was taken ... with a very small group of dancers who began trickling onto the scene just as the sun dropped below the New Jersey skyline at 7:30 PM. The temperature was mild, the dusk sky was beautiful, and the music was wonderful ...
If you'd like to watch NYC tango dancing on your own, check out Richard Lipkin's Guide to Argentine Tango in New York City.
PHILIPPINE SEA (Aug. 26, 2020) The forward-deployed amphibious assault ship USS America (LHA 6) and the amphibious dock landing ship USS Germantown (LSD 42) transit the Philippine Sea to maintain stability in the region. America, flagship of the America Amphibious Ready Group, assigned to Amphibious Squadron Eleven, along with the 31st Marine Expeditionary Unit, is operating in the U.S. 7th Fleet area of operations to enhance interoperability with allies and partners and serve as a ready response force to defend peace and stability in the Indo-Pacific region. (U.S. Navy photo by Mass Communication Specialist Seaman Matthew Cavenaile)
A quick build from this evening. I decided to build a 4-axled Version of my Sdggmrs which is a Sdgmns 743. It is also called "Einheitstaschenwagen" in Germany. You can often see it between those 6-axle cars. The car consists of just 281 Parts and can be loaded with one of my "LKW-Walter" trailers or containers. I put some additional work in details like the handbrakewheel, the treads and the handrails.
PHILIPPINE SEA (Feb. 25, 2021) Sailors with Bravo Company, Maritime Expeditionary Security Squadron TWO, refuel a Mark VI patrol boat from dock-landing ship USS Ashland (LSD 48) during a refueling operation in the Philippine Sea, Feb. 25, 2021. This refueling operation is the first time the USS Ashland (LSD 48) has refueled a Mark VI patrol boat while at sea. The 31st MEU is operating aboard ships of the Amphibious Squadron 11 in the 7th fleet area of operations to enhance interoperability with allies and partners and serve as a ready response force to defend peace and stability in the Indo-Pacific region. (U.S. Marine Corps photo by Lance Cpl. Brienna Tuck)
PHILIPPINE SEA (Sept. 1, 2020) The forward-deployed amphibious assault ship USS America (LHA 6) transits the Philippine Sea with amphibious dock landing ship USS Germantown (LSD 42). America and Germantown, part of the America Amphibious Ready Group assigned to Amphibious Squadron 11, along with the 31st Marine Expeditionary Unit, are operating in the U.S. 7th Fleet area of responsibility to enhance interoperability with allies and partners and serve as a ready response force to defend peace and stability in the Indo-Pacific region. (U.S. Navy photo by Mass Communication Specialist 3rd Class Walter Estrada)
PHILIPPINE SEA (Aug. 12, 2020) An MH-60S Seahawk helicopter from Helicopter Sea Combat Squadron (HSC) 25 delivers cargo to the forward-deployed amphibious assault ship USS America (LHA 6) during a replenishment at sea. America, flagship of the America Expeditionary Strike Group, is operating in the U.S. 7th Fleet area of operations to enhance interoperability with allies and partners and serve as a ready response force to defend peace and stability in the Indo-Pacific region. (U.S. Navy photo by Mass Communication Specialist Seaman Matthew Cavenaile)
Swahili racing teams come together several times a year to compete in traditional hand-crafted arabic-styled Mashua dhows in the Lamu Archipelago just off Kenya's northern Swahili Coast.
Intense village rivalries build over the years, often reaching pitch fever on race day. This magnificent racing dhow and crew are in the lead as they move into the final leg of the race. They are the ultimate winners and will return to their village on the island of Pate with team bragging rights and a certain village swagger that will likely last several months until the next race.
Six crewmen in the lead dhow are perched on an adjustable plank that hangs out over the choppy waters for added balance, speed and stability. About sixteen young crewmen all together are crowed into each dhow to give the necessary weight, balance and stability against a stiff coastal trade wind.
The ubiquitous trade winds have been instrumental in the evolution of Swahili culture and commerce over the years since it was first established in the 14th Century as an Omani trading outpost and settlement on the classic coastal run between Zanzibar and the Arabic world further to the north.
The art of Swahili dhow racing requires considerable team skill as the dhows tack and manoeuvre back and forth through the Manda channel and ultimately out to the edge of the open sea. The finest dhows are selected from each village to race under sail through a complicated series of buoys, combining speed and balance with elaborate tacking and maneuvering competence.
The races are usually organized in conjunction with a cultural festival or an Islamic religious holiday. This particular Shela-based race on the island of Lamu is organized yearly by Peponi's on New Year's Day.
Hadrian's Wall is a stone and turf fortification built by the Roman Empire across the width of Great Britain. It was the second of three such fortifications built across Great Britain, the first being Gask Ridge and the last the Antonine Wall. All three were built to prevent military raids by the Pictish tribes (ancient inhabitants of Scotland) to the north, to improve economic stability and provide peaceful conditions in the Roman province of Britannia to the south, and to physically mark the frontier of the Empire. Hadrian's Wall is the best known of the three because it remains the most physically preserved and evident today.
The wall was the northern border of the Empire in Britain for much of the Roman Empire's rule, and also the most heavily fortified border in the Empire. In addition to its use as a military fortification, it is thought that the gates through the wall would also have served as customs posts to allow trade taxation.
A significant portion of the wall still exists, particularly the mid-section, and for much of its length the wall can be followed on foot. It is the most popular tourist attraction in Northern England, where it is often known simply as the Roman Wall. It was made a UNESCO World Heritage Site in 1987. English Heritage, a government organization in charge of managing the historic environment of England, describes it as "the most important monument built by the Romans in Britain".[1]
Sections of Hadrian's Wall remain near Greenhead and along the route, though other large sections have been dismantled over the years to use the stones for various nearby construction projects.
Sections of Hadrian's Wall remain near Greenhead and along the route, though other large sections have been dismantled over the years to use the stones for various nearby construction projects.
The Roman name of the Wall
No stone inscription survives to confirm what the Wall was called in antiquity, and no historical source gives it a name. However, the discovery of a small enamelled bronze Roman cup in Staffordshire in 2003 has provided a clue. The cup is inscribed with a series of names of Roman forts (see also the botrom of this page) along the western sector of the Wall, together with a personal name and a phrase:
MAIS COGGABATA VXELODVNVM CAMBOGLANNA RIGORE VALI AELI DRACONIS
Here we have Bowness (MAIS, followed by what must be the correct name for Drumburgh-by-Sands (COGGABATA) until now known only as CONGAVATA from the late Roman document, the Notitia Dignitatum. Next comes Stanwix (VXELODVNVM), then Castlesteads (CAMBOGLANNA), before we get to the most tantalizing part.
RIGORE seems to be the ablative form of the Latin word rigor. This can mean several things, but one of its less well-known meanings is ‘straight line’, ‘course’ or ‘direction’. This was used by Roman surveyors and appears on a number of inscriptions to indicate a line between places. So the meaning could be ‘from the course’, or better in English 'according to the course'.
The Staffordshire Moorlands cup, which provides the ancient name of Hadrian's Wall.
The Staffordshire Moorlands cup, which provides the ancient name of Hadrian's Wall.
There is no such word as vali, but in antiquity Hadrian’s Wall was known as the Vallum, the Latin word for a frontier which is today incorrectly applied to the ditch and mounds dug by the Roman army just south of the Wall. The genitive form of Vallum is Valli, so one of the most likely meanings is VAL[L]I, ‘of the frontier’. Omitting one of a pair of double consonants is common on Roman inscriptions, and transcribing an inscription from a written note is the easiest way to miss out letters. Another similar bronze vessel, known as the Rudge Cup (found in Wiltshire in the 18th century) has VN missing from the name VXELODVNVM, for example, although the letters appear on the Staffordshire cup. The Rudge Cup only bears fort names.
The name AELI is also in the genitive. This was Hadrian's nomen, his main family name and we know that the Roman bridge at Newcastle-upon-Tyne was called Pons Aelius.
Finally we have the name DRACONIS, which can be translated as ‘[by the hand – or property] of Aelius Draco’. It was normal for Roman manufacturers to give their names in the genitive (‘of’), and ‘by the hand’ would be understood. The form is common, for example, on samian pottery.
The translation, therefore, could be:
‘Mais, Coggabata, Uxelodunum, Camboglanna, according to the line of the Aelian frontier. [By the hand or The property] of Draco’.
This would mean the Romans knew Hadrian's Wall as Vallum Aeli, 'the Aelian frontier'.
Dimensions
Hadrian's Wall was 80 Roman miles (73.5 English miles or 117 kilometres) long, its width and height dependent on the construction materials which were available nearby: east of River Irthing the wall was made from squared stone and measured 3 m (9.7 ft) wide and 5 to 6 metres (16–20 ft) tall; west of the river the wall was made from turf and measured 6 metres (20 ft) wide and 3.5 metres (11.5 ft) high. This does not include the wall's ditches, berms, and forts. The central section measured 8 Roman feet wide (7.8 ft or 2.4 m) on a 10 foot base.
Route
Map showing the location of Hadrian's Wall.
Map showing the location of Hadrian's Wall.
Hadrian's Wall extended west Segedunum at Wallsend on the River Tyne to the shore of the Solway Firth. The A69 and B6318 roads follow the course of the wall as it starts in Newcastle upon Tyne to Carlisle, then on round the northern coast of Cumbria. The Wall is entirely in England and south of the border with Scotland by 15 kilometres (9 mi) in the west and 110 kilometres (68 mi) in the east.
Hadrian
Hadrian's Wall was built following a visit by Roman emperor Hadrian (AD 76–138) in AD 122. Hadrian was experiencing military difficulties in Britain, and from the peoples of various conquered lands across the Empire, including Egypt, Judea, Libya, Mauretania, and many of the peoples conquered by his predecessor Trajan, so he was keen to impose order. However the construction of such an impressive wall was probably also a symbol of Roman power, both in occupied Britain and in Rome. Frontiers in the early empire were based more on natural features or fortified zones with a heavy military presence. Military roads or limes often marked the border, with forts and signal towers spread along them and it was not until the reign of Domitian that the first solid frontier was constructed, in Germania Superior, using a simple fence. Hadrian expanded on this idea, redesigning the German border by ordering a continuous timber palisade supported by forts behind it. Although such defences would not have held back any concerted invasion effort, they did physically mark the edge of Roman territory and went some way to providing a degree of control over who crossed the border and where.
Hadrian reduced Roman military presence in the territory of the Brigantes and concentrated on building a more solid linear fortification to the north of them. This was intended to replace the Stanegate road which is generally thought to have served as the limes (the boundary of the Roman Empire) until then.
Construction
Construction probably started in 122 AD and was largely completed within eight years, with soldiers from all three of the occupying Roman legions participating in the work. The route chosen largely paralleled the nearby Stanegate road from Luguvalium (Carlisle) to Coria (Corbridge), which was already defended by a system of forts, including Vindolanda. The Wall in part follows the outcrop of a harder, more resistant igneous dolerite rock escarpment, known as the Great Whin Sill.
The initial plan called for a ditch and wall with 80 small, gated milecastle fortlets every Roman mile holding a few dozen troops each, and pairs of evenly spaced intermediate turrets used for observation and signalling. The wall was initially designed to a width of 3 metres (10 ft) (the so-called "Broad Wall"). The height is estimated to have been around 5 or 6 metres (16–20 ft). Local limestone was used in the construction, except for the section to the west of Irthing where turf was used instead as there were no useful outcrops nearby. The turf wall was 6 metres wide (20 ft) and around 3.5 metres (11.5 ft) high. Milecastles in this area were also built from timber and earth rather than stone but turrets were always stone. The Broad Wall was initially built with a clay-bonded rubble core and mortared dressed rubble facing stones, but this seems to have made it vulnerable to collapse and repair with a mortared core was sometimes necessary.
Roman fort at Corstopitum.
Roman fort at Corstopitum.
The milecastles were of three different designs, depending on which Roman legion built them — the Second, Sixth, and Twentieth Legions, whose inscriptions tell us were all involved in the construction. Similarly there are three different turret designs along the route. All were about 493 metres (539 yd) apart and measured 4.27 metres square (46.0 sq ft) internally.
Construction was divided into lengths of about 5 miles (8 km). One group of each legion would create the foundations and build the milecastles and turrets and then other cohorts would follow, building the wall itself.
Early in its construction, just after reaching the North Tyne (construction worked from east to west), the width of the wall was narrowed to 2.5 metres (8.2 ft) or even less (sometimes 1.8m) (the "Narrow Wall"). However, Broad Wall foundations had already been laid as far as the river Irthing, where the Turf Wall began, and many turrets and milecastles were optimistically provided with stub 'wing walls' in preparation for joining to the Broad Wall; a handy reference for archaeologists trying to piece together the construction chronology.
Within a few years it was decided to add a total of 14 to 17 (sources disagree) full-sized forts along the length of the wall, including Vercovicium (Housesteads) and Banna (Birdoswald), each holding between 500 and 1,000 auxiliary troops (no legions were posted to the wall). The eastern end of the wall was extended further east from Pons Aelius (Newcastle) to Segedunum (Wallsend) on the Tyne estuary. Some of the larger forts along the wall, such as Cilurnum (Chesters) and Vercovicium (Housesteads), were built on top of the footings of milecastles or turrets, showing the change of plan. An inscription mentioning early governor Aulus Platorius Nepos indicates that the change of plans took place early on. Also some time still during Hadrian's reign (i.e., before AD 138) the wall west of the Irthing was rebuilt in sandstone to basically the same dimensions as the limestone section to the east.
Vallum at Hadrian's Wall near milecastle 42
Vallum at Hadrian's Wall near milecastle 42
After the forts had been added (or possibly at the same time), the so-called Vallum was built on the southern side. It consisted of a large, flat-bottomed ditch 6 metres (20 ft) wide at the top and 3 metres (10 ft) deep bounded by a berm on each side 10 metres (33 ft) wide. Beyond the berms were earth banks 6 metres (20 ft) wide and 2 metres (6.5 ft) high. Causeways crossed the ditch at regular intervals. Initially the berm appears to have been the main route for transportation along the wall. The Vallum probably delineated a military zone rather than intending to be a major fortification, though the British tribes to the south were also sometimes a military problem.
The Wall was thus part of a defensive system which, from north to south included:
* a glacis and a deep ditch
* a berm with rows of pits holding entanglements
* the curtain wall itself
* a later military road (the "Military Way")
* a north mound, a ditch and a south mound to prevent or slow down any raids from a rebelling southern tribe.
Roman-period names
The remains of milecastle 39, near Steel Rigg
The remains of milecastle 39, near Steel Rigg
The Roman-period names of some of the Hadrian's Wall forts are known, from the Notitia Dignitatum and other evidence:
* Segedunum (Wallsend)
* Pons Aelius (Newcastle on Tyne)
* Condercum (Benwell Hill)
* Vindobala (Halton Chesters)[2]
* Hunnum (Rudchester)[2]
* Cilurnum (Chesters aka Walwick Chesters)[2]
* Procolita (Carrowburgh)
* Vercovicium (Housesteads)
* Aesica (Great Chesters)[2]
* Magnis (Carvoran)
* Banna (Birdoswald)
* Camboglanna (Castlesteads)
* Uxelodunum (Stanwix. Also known as Petriana)
* Aballava (Burgh-by-Sands)
* Coggabata (Drumburgh)
* Mais (Bowness)
Outpost forts beyond the Wall include:
* Habitancum (Risingham)
* Bremenium (Rochester)[2]
* Ad Fines (Chew Green) [1]
Supply forts behind the wall include:
* Alauna (Maryport)
* Arbeia (South Shields)
* Coria (Corbridge)
* Vindolanda (Little Chesters)[2]
* Vindomora (Ebchester)[2]
Garrison
The wall was garrisoned by auxiliary (i.e., non-legionary) units of the army (non-citizens). Their numbers fluctuated throughout the occupation, but may have been around 9,000 strong in general, including infantry and cavalry. The new forts could hold garrisons of 500 men while cavalry units of 1,000 troops were stationed at either end. The total number of soldiers manning the early wall was probably greater than 10,000.
They suffered serious attacks in 180, and especially between 196 and 197 when the garrison had been seriously weakened, following which major reconstruction had to be carried out under Septimius Severus. The region near the wall remained peaceful for most of the rest of the 3rd century. It is thought that many in the garrison may have married and integrated into the local community.
Part of Hadrian's wall near Housesteads.
Part of Hadrian's wall near Housesteads.
After Hadrian
In the years after Hadrian's death in 138, the new emperor, Antoninus Pius essentially abandoned the wall, though leaving it occupied in a support role, and began building a new wall in Scotland proper, about 160 kilometres (100 mi) north, the Antonine Wall. This turf wall ran 40 Roman miles (about 37.8 mi or 61 km) and had significantly more forts than Hadrian's Wall. Antonine was unable to conquer the northern tribes and so when Marcus Aurelius became emperor, he abandoned the Antonine Wall and occupied Hadrian's Wall once again in 164. It remained occupied by Roman troops until their withdrawal from Britain.
In the late 4th century, barbarian invasions, economic decline, and military coups loosened the Empire's hold on Britain. By 410, the Roman administration and its legions were gone, and Britain was left to look to its own defences and government. The garrisons, by now probably made up mostly of local Britons who had nowhere else to go, probably lingered on in some form for generations. Archaeology is beginning to reveal that some parts of the Wall remained occupied well into the 5th century. Enough also survived in the 8th century for spolia from it to find its way into the construction of Jarrow Priory, and for Bede to see and describe the Wall thus in Historia Ecclesiastica 1.5, although he misidentified it as being built by Septimius Severus:
“ after many great and dangerous battles, he thought fit to divide that part of the island, which he had recovered from the other unconquered nations, not with a wall, as some imagine, but with a rampart. For a wall is made of stones, but a rampart, with which camps are fortified to repel the assaults of enemies, is made of sods, cut out of the earth, and raised above the ground all round like a wall, having in front of it the ditch whence the sods were taken, and strong stakes of wood fixed upon its top. ”
But in time the wall was abandoned and fell into ruin. Over the centuries and even into the 20th century a large proportion of the stone was reused in other local buildings.
In fiction
Sycamore Gap (the "Robin Hood Tree")
Sycamore Gap (the "Robin Hood Tree")
* Hadrian's Wall was featured extensively in the movie King Arthur (which depicted the story of the people the Arthurian legends were supposedly based on). The one kilometre (0.6 mi) long replica, located in County Kildare, Ireland, was the largest movie set ever built in that country, and took a crew of 300 construction workers four and a half months to build. The fort in the movie where Arthur and his Sarmatian "knights" were garrisoned was based on the Roman fort named Vindolanda, which was built around AD 80 just south of Hadrian's Wall in what is now called Chesterholm, in Northern England. In the movie, the fort is attached to the wall.
* Sycamore Gap, a section of the wall between two crests just west of milecastle 38, is locally known as the "Robin Hood Tree". This location was used in the 1991 film Robin Hood: Prince of Thieves, as the setting for an interlude during Robin's journey from the White Cliffs (actually shot at the Seven Sisters Hills) to Nottingham via Aysgarth Falls.
Hadrian's Wall is a stone and turf fortification built by the Roman Empire across the width of Great Britain. It was the second of three such fortifications built across Great Britain, the first being Gask Ridge and the last the Antonine Wall. All three were built to prevent military raids by the Pictish tribes (ancient inhabitants of Scotland) to the north, to improve economic stability and provide peaceful conditions in the Roman province of Britannia to the south, and to physically mark the frontier of the Empire. Hadrian's Wall is the best known of the three because it remains the most physically preserved and evident today.
The wall was the northern border of the Empire in Britain for much of the Roman Empire's rule, and also the most heavily fortified border in the Empire. In addition to its use as a military fortification, it is thought that the gates through the wall would also have served as customs posts to allow trade taxation.
A significant portion of the wall still exists, particularly the mid-section, and for much of its length the wall can be followed on foot. It is the most popular tourist attraction in Northern England, where it is often known simply as the Roman Wall. It was made a UNESCO World Heritage Site in 1987. English Heritage, a government organization in charge of managing the historic environment of England, describes it as "the most important monument built by the Romans in Britain".[1]
Sections of Hadrian's Wall remain near Greenhead and along the route, though other large sections have been dismantled over the years to use the stones for various nearby construction projects.
Sections of Hadrian's Wall remain near Greenhead and along the route, though other large sections have been dismantled over the years to use the stones for various nearby construction projects.
The Roman name of the Wall
No stone inscription survives to confirm what the Wall was called in antiquity, and no historical source gives it a name. However, the discovery of a small enamelled bronze Roman cup in Staffordshire in 2003 has provided a clue. The cup is inscribed with a series of names of Roman forts (see also the botrom of this page) along the western sector of the Wall, together with a personal name and a phrase:
MAIS COGGABATA VXELODVNVM CAMBOGLANNA RIGORE VALI AELI DRACONIS
Here we have Bowness (MAIS, followed by what must be the correct name for Drumburgh-by-Sands (COGGABATA) until now known only as CONGAVATA from the late Roman document, the Notitia Dignitatum. Next comes Stanwix (VXELODVNVM), then Castlesteads (CAMBOGLANNA), before we get to the most tantalizing part.
RIGORE seems to be the ablative form of the Latin word rigor. This can mean several things, but one of its less well-known meanings is ‘straight line’, ‘course’ or ‘direction’. This was used by Roman surveyors and appears on a number of inscriptions to indicate a line between places. So the meaning could be ‘from the course’, or better in English 'according to the course'.
The Staffordshire Moorlands cup, which provides the ancient name of Hadrian's Wall.
The Staffordshire Moorlands cup, which provides the ancient name of Hadrian's Wall.
There is no such word as vali, but in antiquity Hadrian’s Wall was known as the Vallum, the Latin word for a frontier which is today incorrectly applied to the ditch and mounds dug by the Roman army just south of the Wall. The genitive form of Vallum is Valli, so one of the most likely meanings is VAL[L]I, ‘of the frontier’. Omitting one of a pair of double consonants is common on Roman inscriptions, and transcribing an inscription from a written note is the easiest way to miss out letters. Another similar bronze vessel, known as the Rudge Cup (found in Wiltshire in the 18th century) has VN missing from the name VXELODVNVM, for example, although the letters appear on the Staffordshire cup. The Rudge Cup only bears fort names.
The name AELI is also in the genitive. This was Hadrian's nomen, his main family name and we know that the Roman bridge at Newcastle-upon-Tyne was called Pons Aelius.
Finally we have the name DRACONIS, which can be translated as ‘[by the hand – or property] of Aelius Draco’. It was normal for Roman manufacturers to give their names in the genitive (‘of’), and ‘by the hand’ would be understood. The form is common, for example, on samian pottery.
The translation, therefore, could be:
‘Mais, Coggabata, Uxelodunum, Camboglanna, according to the line of the Aelian frontier. [By the hand or The property] of Draco’.
This would mean the Romans knew Hadrian's Wall as Vallum Aeli, 'the Aelian frontier'.
Dimensions
Hadrian's Wall was 80 Roman miles (73.5 English miles or 117 kilometres) long, its width and height dependent on the construction materials which were available nearby: east of River Irthing the wall was made from squared stone and measured 3 m (9.7 ft) wide and 5 to 6 metres (16–20 ft) tall; west of the river the wall was made from turf and measured 6 metres (20 ft) wide and 3.5 metres (11.5 ft) high. This does not include the wall's ditches, berms, and forts. The central section measured 8 Roman feet wide (7.8 ft or 2.4 m) on a 10 foot base.
Route
Map showing the location of Hadrian's Wall.
Map showing the location of Hadrian's Wall.
Hadrian's Wall extended west Segedunum at Wallsend on the River Tyne to the shore of the Solway Firth. The A69 and B6318 roads follow the course of the wall as it starts in Newcastle upon Tyne to Carlisle, then on round the northern coast of Cumbria. The Wall is entirely in England and south of the border with Scotland by 15 kilometres (9 mi) in the west and 110 kilometres (68 mi) in the east.
Hadrian
Hadrian's Wall was built following a visit by Roman emperor Hadrian (AD 76–138) in AD 122. Hadrian was experiencing military difficulties in Britain, and from the peoples of various conquered lands across the Empire, including Egypt, Judea, Libya, Mauretania, and many of the peoples conquered by his predecessor Trajan, so he was keen to impose order. However the construction of such an impressive wall was probably also a symbol of Roman power, both in occupied Britain and in Rome. Frontiers in the early empire were based more on natural features or fortified zones with a heavy military presence. Military roads or limes often marked the border, with forts and signal towers spread along them and it was not until the reign of Domitian that the first solid frontier was constructed, in Germania Superior, using a simple fence. Hadrian expanded on this idea, redesigning the German border by ordering a continuous timber palisade supported by forts behind it. Although such defences would not have held back any concerted invasion effort, they did physically mark the edge of Roman territory and went some way to providing a degree of control over who crossed the border and where.
Hadrian reduced Roman military presence in the territory of the Brigantes and concentrated on building a more solid linear fortification to the north of them. This was intended to replace the Stanegate road which is generally thought to have served as the limes (the boundary of the Roman Empire) until then.
Construction
Construction probably started in 122 AD and was largely completed within eight years, with soldiers from all three of the occupying Roman legions participating in the work. The route chosen largely paralleled the nearby Stanegate road from Luguvalium (Carlisle) to Coria (Corbridge), which was already defended by a system of forts, including Vindolanda. The Wall in part follows the outcrop of a harder, more resistant igneous dolerite rock escarpment, known as the Great Whin Sill.
The initial plan called for a ditch and wall with 80 small, gated milecastle fortlets every Roman mile holding a few dozen troops each, and pairs of evenly spaced intermediate turrets used for observation and signalling. The wall was initially designed to a width of 3 metres (10 ft) (the so-called "Broad Wall"). The height is estimated to have been around 5 or 6 metres (16–20 ft). Local limestone was used in the construction, except for the section to the west of Irthing where turf was used instead as there were no useful outcrops nearby. The turf wall was 6 metres wide (20 ft) and around 3.5 metres (11.5 ft) high. Milecastles in this area were also built from timber and earth rather than stone but turrets were always stone. The Broad Wall was initially built with a clay-bonded rubble core and mortared dressed rubble facing stones, but this seems to have made it vulnerable to collapse and repair with a mortared core was sometimes necessary.
Roman fort at Corstopitum.
Roman fort at Corstopitum.
The milecastles were of three different designs, depending on which Roman legion built them — the Second, Sixth, and Twentieth Legions, whose inscriptions tell us were all involved in the construction. Similarly there are three different turret designs along the route. All were about 493 metres (539 yd) apart and measured 4.27 metres square (46.0 sq ft) internally.
Construction was divided into lengths of about 5 miles (8 km). One group of each legion would create the foundations and build the milecastles and turrets and then other cohorts would follow, building the wall itself.
Early in its construction, just after reaching the North Tyne (construction worked from east to west), the width of the wall was narrowed to 2.5 metres (8.2 ft) or even less (sometimes 1.8m) (the "Narrow Wall"). However, Broad Wall foundations had already been laid as far as the river Irthing, where the Turf Wall began, and many turrets and milecastles were optimistically provided with stub 'wing walls' in preparation for joining to the Broad Wall; a handy reference for archaeologists trying to piece together the construction chronology.
Within a few years it was decided to add a total of 14 to 17 (sources disagree) full-sized forts along the length of the wall, including Vercovicium (Housesteads) and Banna (Birdoswald), each holding between 500 and 1,000 auxiliary troops (no legions were posted to the wall). The eastern end of the wall was extended further east from Pons Aelius (Newcastle) to Segedunum (Wallsend) on the Tyne estuary. Some of the larger forts along the wall, such as Cilurnum (Chesters) and Vercovicium (Housesteads), were built on top of the footings of milecastles or turrets, showing the change of plan. An inscription mentioning early governor Aulus Platorius Nepos indicates that the change of plans took place early on. Also some time still during Hadrian's reign (i.e., before AD 138) the wall west of the Irthing was rebuilt in sandstone to basically the same dimensions as the limestone section to the east.
Vallum at Hadrian's Wall near milecastle 42
Vallum at Hadrian's Wall near milecastle 42
After the forts had been added (or possibly at the same time), the so-called Vallum was built on the southern side. It consisted of a large, flat-bottomed ditch 6 metres (20 ft) wide at the top and 3 metres (10 ft) deep bounded by a berm on each side 10 metres (33 ft) wide. Beyond the berms were earth banks 6 metres (20 ft) wide and 2 metres (6.5 ft) high. Causeways crossed the ditch at regular intervals. Initially the berm appears to have been the main route for transportation along the wall. The Vallum probably delineated a military zone rather than intending to be a major fortification, though the British tribes to the south were also sometimes a military problem.
The Wall was thus part of a defensive system which, from north to south included:
* a glacis and a deep ditch
* a berm with rows of pits holding entanglements
* the curtain wall itself
* a later military road (the "Military Way")
* a north mound, a ditch and a south mound to prevent or slow down any raids from a rebelling southern tribe.
Roman-period names
The remains of milecastle 39, near Steel Rigg
The remains of milecastle 39, near Steel Rigg
The Roman-period names of some of the Hadrian's Wall forts are known, from the Notitia Dignitatum and other evidence:
* Segedunum (Wallsend)
* Pons Aelius (Newcastle on Tyne)
* Condercum (Benwell Hill)
* Vindobala (Halton Chesters)[2]
* Hunnum (Rudchester)[2]
* Cilurnum (Chesters aka Walwick Chesters)[2]
* Procolita (Carrowburgh)
* Vercovicium (Housesteads)
* Aesica (Great Chesters)[2]
* Magnis (Carvoran)
* Banna (Birdoswald)
* Camboglanna (Castlesteads)
* Uxelodunum (Stanwix. Also known as Petriana)
* Aballava (Burgh-by-Sands)
* Coggabata (Drumburgh)
* Mais (Bowness)
Outpost forts beyond the Wall include:
* Habitancum (Risingham)
* Bremenium (Rochester)[2]
* Ad Fines (Chew Green) [1]
Supply forts behind the wall include:
* Alauna (Maryport)
* Arbeia (South Shields)
* Coria (Corbridge)
* Vindolanda (Little Chesters)[2]
* Vindomora (Ebchester)[2]
Garrison
The wall was garrisoned by auxiliary (i.e., non-legionary) units of the army (non-citizens). Their numbers fluctuated throughout the occupation, but may have been around 9,000 strong in general, including infantry and cavalry. The new forts could hold garrisons of 500 men while cavalry units of 1,000 troops were stationed at either end. The total number of soldiers manning the early wall was probably greater than 10,000.
They suffered serious attacks in 180, and especially between 196 and 197 when the garrison had been seriously weakened, following which major reconstruction had to be carried out under Septimius Severus. The region near the wall remained peaceful for most of the rest of the 3rd century. It is thought that many in the garrison may have married and integrated into the local community.
Part of Hadrian's wall near Housesteads.
Part of Hadrian's wall near Housesteads.
After Hadrian
In the years after Hadrian's death in 138, the new emperor, Antoninus Pius essentially abandoned the wall, though leaving it occupied in a support role, and began building a new wall in Scotland proper, about 160 kilometres (100 mi) north, the Antonine Wall. This turf wall ran 40 Roman miles (about 37.8 mi or 61 km) and had significantly more forts than Hadrian's Wall. Antonine was unable to conquer the northern tribes and so when Marcus Aurelius became emperor, he abandoned the Antonine Wall and occupied Hadrian's Wall once again in 164. It remained occupied by Roman troops until their withdrawal from Britain.
In the late 4th century, barbarian invasions, economic decline, and military coups loosened the Empire's hold on Britain. By 410, the Roman administration and its legions were gone, and Britain was left to look to its own defences and government. The garrisons, by now probably made up mostly of local Britons who had nowhere else to go, probably lingered on in some form for generations. Archaeology is beginning to reveal that some parts of the Wall remained occupied well into the 5th century. Enough also survived in the 8th century for spolia from it to find its way into the construction of Jarrow Priory, and for Bede to see and describe the Wall thus in Historia Ecclesiastica 1.5, although he misidentified it as being built by Septimius Severus:
“ after many great and dangerous battles, he thought fit to divide that part of the island, which he had recovered from the other unconquered nations, not with a wall, as some imagine, but with a rampart. For a wall is made of stones, but a rampart, with which camps are fortified to repel the assaults of enemies, is made of sods, cut out of the earth, and raised above the ground all round like a wall, having in front of it the ditch whence the sods were taken, and strong stakes of wood fixed upon its top. ”
But in time the wall was abandoned and fell into ruin. Over the centuries and even into the 20th century a large proportion of the stone was reused in other local buildings.
In fiction
Sycamore Gap (the "Robin Hood Tree")
Sycamore Gap (the "Robin Hood Tree")
* Hadrian's Wall was featured extensively in the movie King Arthur (which depicted the story of the people the Arthurian legends were supposedly based on). The one kilometre (0.6 mi) long replica, located in County Kildare, Ireland, was the largest movie set ever built in that country, and took a crew of 300 construction workers four and a half months to build. The fort in the movie where Arthur and his Sarmatian "knights" were garrisoned was based on the Roman fort named Vindolanda, which was built around AD 80 just south of Hadrian's Wall in what is now called Chesterholm, in Northern England. In the movie, the fort is attached to the wall.
* Sycamore Gap, a section of the wall between two crests just west of milecastle 38, is locally known as the "Robin Hood Tree". This location was used in the 1991 film Robin Hood: Prince of Thieves, as the setting for an interlude during Robin's journey from the White Cliffs (actually shot at the Seven Sisters Hills) to Nottingham via Aysgarth Falls.
Testing stability and wing folding mechanism. Seems to work but the wings are sagging a bit. Don’t think I can fix that. And the final wings will be much heavier.
Ragnarsdóttir
Classification: Melee
Armaments:
(1) SW-HROTTI
(1) SH-SKALTWR
An updated version of the Skalmold model with a more streamlined redesign, better stability, durability, and mobility. The Mk.II also comes with updated weapons to compliment the upgrade package.
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Long overdue rebuild of the Skalmold (v2 reFrame) into a test design light v4 reFrame.
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More info, WIP details, and other LEGO mechs over at my blog: messymaru.com/
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After a few years of stability, the Cardiff Bus fleet is now seeing a number of interesting changes, with the first batch out of a total of 36 electric Yutongs soon due as replacements for the remaining Transbus and Alexander Dennis Darts, and the remining Scania OmniCity artics.
The first sign of the fleet changes came earlier this year with the acquisition of a dozen Mercedes Citaros from Bus Vannin (numbered 141-52) to see off a number of the Darts and some of the 10 original shape Alexander Dennis Enviro300s. The withdrawal programme has been hastrened by the arrival of four Alexander Dennis E20D MMCs on hire from Mistral (numbered 271-4) and five Wright Solar-bodied Scania L94UBs and K230UBs (numbered 768-72) from Go South Coast's Swindon depot. A sxith Scania (773) has been acquired as a driver trainer.
After operating initially in all-over blue or in blue and green, the Scanias are in the process of receiving the company's new orange and red fleet livery. This November 2021 shot illustrates 770 as she enters Greyfriars Road in the City Centre, with the Big Wheel of the Winter Wonderland forming the backdrop.
WESTERN PACIFIC (Nov. 13, 2017) U.S. Navy Sailors perform flight operations on the flight deck aboard the aircraft carrier USS Nimitz (CVN 68), Nov. 13, 2017, in the Western Pacific. The Nimitz Carrier Strike Group is on a regularly scheduled deployment in the 7th Fleet area of responsibility in support of maritime security operations and theater security cooperation efforts. The U.S. Pacific Fleet has patrolled the Indo-Pacific routinely for more than 70 years promoting regional security, stability and prosperity. (U.S. Navy photo by Mass Communication Specialist 3rd Class Cole Schroeder)
PHILIPPINE SEA (April 9, 2020) An F-35B Lightning II assigned to the 31st Marine Expeditionary Unit, Marine Medium Tiltrotor Squadron (VMM) 265 (Reinforced) takes off from the flight deck of amphibious assault ship USS America (LHA 6). America, flagship of the America Expeditionary Strike Group, 31st Marine Expeditionary Unit team, is operating in the U.S. 7th Fleet area of operations to enhance interoperability with allies and partners and serve as a ready response force to defend peace and stability in the Indo-Pacific region. (U.S. Navy photo by Mass Communication Specialist Seaman Jomark A. Almazan)
ENGLISH:
Slope tractor for driving on inclines of 45%. To ensure stability, twin wheels are attached at the rear. The tractor has a dual-circuit compressed air brake system, which acts separately on the rear and front wheels.
The 4 cylinder diesel engine has an output of 100 HP. The dead weight of the four-wheel drive tractor is 6.5 tons.
For better ventilation, the cabin roof can be opened diagonally upwards at the front.
Manufacturer: Kombinat Progress Agricultural Machinery – VEB Traktorenwerk Schönebeck, GDR.
In my 1:87 diorama the tractor is equipped with a sowing machine.
ESPAÑOL:
Tractor de pendientes para circular en pendientes de hasta el 45%. Para garantizar la estabilidad, se colocan ruedas gemelas en la parte trasera. El tractor dispone de un sistema de frenos de aire comprimido de doble circuito que actúa por separado sobre las ruedas traseras y delanteras.
El motor diésel de 4 cilindros tiene una potencia de 100 CV. El peso propio del tractor con tracción en las cuatro ruedas es de 6,5 toneladas.
Para una mejor ventilación, el techo de la cabina se puede abrir hacia arriba en la parte delantera.
Fabricante: Kombinat Progress Agriculture Machinery – VEB Traktorenwerk Schönebeck, RDA.
En mi diorama a escala 1:87, el tractor está equipado con una sembradora.
DEUTSCH:
Hangtraktor zum Befahren von Steigungen bis 45 %. Um die Stabilität zu gewährleisten, sind am Heck Zwillingsräder angebracht. Der Traktor verfügt über eine Zweikreis-Druckluftbremsanlage, die getrennt auf die Hinter- und Vorderräder wirkt.
Der 4-Zylinder-Dieselmotor hat eine Leistung von 100 PS. Das Eigengewicht des Allradschleppers beträgt 6,5 Tonnen.
Zur besseren Belüftung lässt sich das Kabinendach vorne schräg nach oben öffnen.
Hersteller: Kombinat Fortschritt Landmaschinen – VEB Traktorenwerk Schönebeck, DDR.
In meinem Diorama im Maßstab 1:87 ist der Traktor mit einer Sämaschine ausgestattet.
Humber Super Snipe III (1961-62) Engine 2965cc S6 OHV
Registration Number 102 WTJ (Lancashire)
HUMBER SET
www.flickr.com/photos/45676495@N05/sets/72157623665287863...
The Super Snipe II introduced in 1960 was restyled with a new grille and lavish use of wood and leather. All have servo front disc brakes.
The 1961-63 Series III was again restyled with quad head lights, and revised full-width grille. The suspension of the car had been considerably modified along with the car's floor structure which improved the car's high speed stability. The front of the car was redesigned to give a lower bonnet and longer nose to accomodate an additional pulley, mounted on the front of the crankshaft, that enabled air conditioning to be included as an option. The engine received improved bearings with a changed lubrication system and was given better cooling with a quieter fan. Seats were redesigned to give more leg space for back seat passengers.
The 1963-64 Series IV was launched at the October 1962 British Motor Show The rear window was changed to give the roof line an improved appearance. Engine output was now rated at 132.5 bhp (99 kW) bhp and the rear axle had been given a higher gear ratio. Manual gearbox cars received a new type of diaphragm clutch made by Borg and Beck and the petrol tank was enlarged from 12.5 to 16 gallons capacity
The final Series V version of the Saloon saw an upper body restyle with a flat roofline and rear window, six-light side windows and a larger, taller windscreen. Twin Zenith Stromberg 175CD carburettors were fitted along with a Harry Weslake tuned cylinder head, increasing the power to 137.5 bhp and syncromesh was fitted to all ratios. Hydrosteer power steering was available as an optional extra, as was an automatic transmission (Borg Warner Type 35 on Series Va), and metallic paint finishes.
Many thanks for a Marmalising
51,269,271 views
Shot 01.05.2016 Shot at Catton Hall, nr. Weston on Trent Derbs. REF 116-077
PHILIPPINE SEA (Sept. 17, 2020) Sailors assigned to the forward-deployed amphibious assault ship USS America (LHA 6) conduct flight operations with the 31st Marine Expeditionary Unit (MEU), Marine Medium Tiltrotor Squadron (VMM) 262 (Reinforced). America, lead ship of the America Expeditionary Strike Group, is operating in the U.S. 7th Fleet area of responsibility to enhance interoperability with allies and partners and serve as a ready response force to maintain security and stability in the Indo-Pacific region. (U.S. Navy photo by Mass Communication Specialist Seaman Matthew Cavenaile)
Card 51: Things about Superman that make Batman Jealous.
My answer: His emotional stability, and Parents
PHILIPPINE SEA (Aug. 12, 2020) The forward-deployed amphibious assault ship USS America (LHA 6) conducts a replenishment at sea with the dry cargo and ammunition ship USNS Cesar Chavez (T-AKE 14). America, flagship of the America Expeditionary Strike Group, is operating in the U.S. 7th Fleet area of operations to enhance interoperability with allies and partners and serve as a ready response force to defend peace and stability in the Indo-Pacific region. (U.S. Navy photo by Mass Communication Specialist Seaman Matthew Cavenaile)
PHILIPPINE SEA (July 21, 2020) From left, HMAS Hobart (DDG 39), HMAS Arunta (FFH 151), HMAS Canberra (L02), HMAS Sirius (O 266), the Navy’s only forward-deployed aircraft carrier USS Ronald Reagan (CVN 76), the guided-missile cruiser USS Antietam (CG 54), JS Teruzuki (DD 116) and HMAS Stuart (FFH 153) steam in formation during a trilateral exercise. Trilateral exercises between the JMSDF, ADF and U.S. Navy support shared goals of peace and stability while enhancing regional security and the right of all nations to trade, communicate, and choose their destiny in a free and open Indo-Pacific region. (U.S. Navy photo by Mass Communication Specialist 2nd Class Codie L. Soule)
Another fluid experiment joins long running research on foam stability on the International Space Station. The Foam-Coarsening experiment, developed by Airbus for ESA, is scheduled to be activated this month in the Fluid Science Laboratory in the European Columbus module.
The foams come in self-contained cells, imaged above, and hold liquids that will be shaken (not stirred) and analysed with laser optics and high-resolution cameras. Researchers are keen to observe how foams behave in microgravity.
On Earth, the mixture of gas and liquid that makes up a foam quickly starts to change. Gravity pulls the liquid between the bubbles downwards, and the small bubbles shrink while the larger ones tend to grow at the expense of others. Due to drainage, coarsening (or enlarging) and rupture of the bubbles, a foam starts to collapse back to a liquid state.
But in space foams are more stable because there is no drainage in weightlessness. This allows scientists to study the slower phenomena of a bubble becoming bigger and bursting, which on Earth are masked by the drainage that destabilises the foam.
ESA astronaut Frank De Winne performed the Foam-Stability experiment in 2009 by shaking liquid solutions and recording what happened next. The samples ranged from pure water to protein-based fluids, like the ones used for chocolate foams, and antifoaming agents.
After just ten seconds, the fluids stabilised more quickly and produced more foam than on Earth. Scientists discovered that it was possible to create super-stable foams in zero gravity.
Building on this extensive foam research, Foam-Coarsening will investigate foam behaviour at different liquid stages, particularly as it transitions from a solid- to liquid-like state.
The results from this research will not just apply to the foam in your morning cappuccino. Foams are used in a wide range of areas from food production to cleaning and sealing products, cosmetics and personal hygiene products, and even construction.
NASA astronaut Jessica Meir installed the experiment in the Fluid Science Laboratory on 6 March after removing the Multiscale boiling experiment known as Rubi.
Credits: Airbus–Arne Piontek
Venom 2.0 is ready ;) Armored with a long-distance gun and a drone (looking for far enemies), in the last photo you can see the old version (one of my first mocs). Poseability and stability are super-improved, this is a very funny moc to play with ^^
One solution for improving the stability of these 15-passenger vans: add a set of duals on the rear. Doesn't look great, but probably does the job.
Valor is stability, not of legs and arms, but of courage and the soul. ~Michel de Montaigne
As I remember my dad and those who have served our country this Veterans Day, I can't help but feel that for my dad, things have now come full circle.
I received and email this week and have been in contact with the United States Navy, as they have requested to use an image of mine - one that is posted here on Flickr- a "Sailors Christmas"- www.flickr.com/photos/karenhunnicutt/5289072208/ to use as the theme, including as the cover of their program, on their website and projected as the backdrop, for their annual United States Naval Band holiday concert held at DAR Constitution Hall in Washington DC!
Besides using my image and credit to me, they may include the story of my Dad, and that folks, makes this all worth it to me. Most of you know that my dad was orphaned during the depression and by the grace of God and a scheming aunt, who changed his birth certificate, he joined the Navy at 15. He spent the next 21 years serving aboard the USS Ranger and a sub chaser in the north Atlantic, he was in Japan and was a member of the forces that helped liberate Norway at the end of WWII. He served in Korea and retired in 1972. The Navy gave him a home, stability and opportunity and next to God and his family, there was nothing more that he loved. To know that my image will represent all of the good that my father instilled in me, is beyond comprehension and I am humbled and completely overwhelmed at this honor.
Cpl. Zachery Personett, an infantryman with 11th Marine Expeditionary Unit, gives a thumbs up to a Royal Army of Oman soldier after he cleared a weapons malfunction during a combat marksmanship range as part of Exercise Sea Soldier. During the range, the Marines trained the RAO soldiers in the Marine Corps marksmanship techniques of standing, kneeling and prone firing positions. Sea Soldier 2017 is an annual, bilateral exercise conducted with the Royal Army of Oman designed to demonstrate the cooperative skill and will of U.S. and partner nations to work together in maintaining regional stability and security.
(U.S. Marine Corps photo by Gunnery Sgt. Robert B. Brown Jr.)
Modern running shoes feature many fantastic designs and characteristics. A running shoe is your single most important piece of equipment as a runner. Therefore, a running shoe that provides good support, flexibility, grip, and stability are absolutely crucial. Motion control and stability...
SOUTH CHINA SEA (May 28, 2016) An F/A-18E Super Hornet assigned to the Tophatters of Strike Fighter Squadron (VFA) 14 launches from USS John C. Stennis' (CVN 74) flight deck during routine flight operations. Providing a ready force supporting security and stability in the Indo-Asia-Pacific, John C. Stennis is operating as part of the Great Green Fleet on a regularly scheduled 7th Fleet deployment. (U.S. Navy photo by Mass Communication Specialist 3rd Class Kenneth Rodriguez Santiago / Released)