Townsends
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July 6, 2020
Sober Sailors – Rum Rations In The Navy: Grog
July 5, 2020
History Summarized: Colonial India
Overly Sarcastic Productions
Published 4 Jul 2020Start your free trial at http://squarespace.com/overlysarcastic and use code
OVERLYSARCASTICto get 10% off your first purchase.Indian History has always been a story of peoples coming and going, but the subcontinent’s modern history takes that up to 11, with the arrival of Central Asian Mughals and boatloads of Europeans. See how India transforms from Medieval to Modern in this final act of our History of India.
SOURCES & Further Reading: The Discovery of India by Jawaharlal Nehru, A History of India by Michael H. Fisher (a lecture series by The Great Courses).
This video was edited by Sophia Ricciardi AKA “Indigo”. https://www.sophiakricci.com/
Our content is intended for teenage audiences and up.Special thanks to Varda Alighieri for coaching me through my (hopefully serviceable) pronunciations!
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July 4, 2020
The birth of the steam age
In the latest installment of his Age of Invention newsletter, Anton Howes explores the very early steam age in England:
Why was the steam engine invented in England? An awful lot hinges on this question, because the answer often depends on our broader theories of what caused the British Industrial Revolution as a whole. And while I never tire of saying that Britain’s acceleration of innovation was about much, much more than just the “poster boy” industries of cotton, iron, and coal, the economy’s transition to burning fossil fuels was still an unprecedented and remarkable event. Before the rise of coal, land traditionally had to be devoted to either fuel, food, or clothing: typically forest for firewood, fields for grain, and pastures for wool-bearing sheep. By 1800, however, English coal was providing fuel each year equivalent to 11 million acres of forest — an area that would have taken up a third of the country’s entire surface area, and which was many times larger than its actual forest. By digging downward for coal, Britain effectively increased its breadth.
And coal found new uses, too. It had traditionally just been one among many different fuels that could be used to heat homes, alongside turf, gorse, firewood, charcoal, and even cow dung. When such fuels were used for industry, they were generally confined to the direct application of heat, such as in baking bricks, evaporating seawater to extract salt, firing the forges for blacksmiths, and heating the furnaces for glass-makers. Over the course of the seventeenth century, however, coal had increasingly become the fuel of choice for both heating homes and for industry. Despite its drawbacks — it was sooty, smelly, and unhealthy — in places like London it remained cheap while the price of other fuels like firewood steadily increased. More and more industries were adapted to burning it. It took decades of tinkering and experimentation, for example, to reliable use coal in the smelting of iron.
Yet with the invention of the steam engine, the industrial uses of coal multiplied further. Although the earliest steam engines generally just sucked the water out of flooded mines, by the 1780s they were turning machinery too. By the 1830s, steam engines were having a noticeable impact on British economic growth, and had been applied to locomotion. Steam boats, steam carriages, steam trains, and steam ships proliferated and began to shrink the world. Rather than just a source of heat, coal became a substitute for the motive power of water, wind, and muscle.
So where did this revolutionary invention come from? There were, of course, ancient forms of steam-powered devices, such as the “aeolipile”. Described by Hero of Alexandria in the 1st century, the aeolipile consisted of a hollow ball with nozzles, configured in such a way that the steam passing into the ball and exiting through the nozzles would cause the ball to spin. But this was more like a steam turbine than a steam engine. It could not do a whole lot of lifting. The key breakthroughs came later, in the late seventeenth and early eighteenth centuries, and instead exploited vacuums. In a steam engine the main force was applied, not by the steam itself pushing a piston, but by the steam within the cylinder being doused in cold water, causing it to rapidly condense. The resulting partial vacuum meant that the weight of the air — the atmospheric pressure — did the real lifting work. The steam was not there to push, but to be condensed and thus pull. It saw its first practical applications in the 1700s thanks to the work of a Devon ironmonger, Thomas Newcomen.
Science was important here. Newcomen’s engine could never have been conceived had it not been for the basic and not at all obvious observation that the air weighed something. It then required decades of experimentation with air pumps, barometers, and even gunpowder, before it was realised that a vacuum could rapidly be created through the condensation of steam rather than by trying to suck the air out with a pump. And it was still more decades before this observation was reliably applied to exerting force. An important factor in the creation of the steam engine was thus that there was a sufficiently large and well-organised group of people experimenting with the very nature of air, sharing their observations with one another and publishing — a group of people who, in England, formalised their socialising and correspondence in the early 1660s with the creation of the Royal Society.

Newcomen’s Atmospheric Steam Engine. The steam was generated in the boiler A. The piston P moved in a cylinder B. When the valve V was opened, the steam pushed up the piston. At the top of the stroke, the valve was closed, the valve V’ was opened, and a jet of cold water from the tank C was injected into the cylinder, thus condensing the steam and reducing the pressure under the piston. The atmospheric pressure above then pushed the piston down again.
Original illustration from Practical Physics for Secondary Schools. Fundamental principles and applications to daily life, by Newton Henry Black and Harvey Nathaniel Davis, 1913, via Wikimedia Commons.
July 3, 2020
The History of: The British 1942 Battle Jerkin & Skeleton Battle Jerkin | Uniform History
Uniform History
Published 24 Mar 2020The start of another two parter, in this one we cover the British Battle Jerkin family as it helped inspire the US Normandy Assault Vest’s creation.
Music by: https://www.juliancrowhurst.com/
July 1, 2020
British Railways: Goodbye To Steam aka Railway Modernisation (1958) | British Pathé
British Pathé
Published 13 Apr 2014This archive footage from 1958 depicts British Railways’ journey to modernisation and the transition away from steam-powered trains.
For Archive Licensing Enquiries Visit: https://goo.gl/W4hZBv
#BritishPathé #History #Railway #Trains #BritishRailways
(FILM ID:1549.07)
Full title reads: “Goodbye To Steam”Intertitle reads: “British Railways meet the challenge of the age of abundant power”
Angle shot, railway engine going past camera. GV Outside one of the large London Railway stations showing railway lines and train coming out of station. CU Man in signal box, pan to show him pulling levers. CU Signal going up. GV Train coming towards camera. GV Steam train. GV Aerial shots steam train. CU Man filming from plane. CU man in plane fitting equipment and then giving thumb’s up sign. GV Aerial shot, railway lines. CU Man filming from plane. Steam train going along line. SV Draughtsmen in office. CU Men looking through magnifier at a plan. CU Magnified picture of plan, zoom to show Railway chiefs seated round table with plan, among them is Sir Philip Warter. SV Elevated, railway chiefs looking at plan. CU One of the railway executives. SV Man with model of section of railway line which he places on the table and the railway executives study it. CU Sign reading “Kent Coast Electrification Widening to Provide Four Tracks”, pan to show railway line with only two tracks. GV Kent Coast line with men on bridge. SV Bridge with surveyor. CU Surveyor looking through theodolite. GV Tracking shot of men working. GV Men working at side of railway line with clouds of smoke coming from wood. CU New diesel engine. CU Sir Brian Robertson talking to train driver. CU People watching. CU Sir Brian Robertson blowing whistle. CU Int. diesel engine with driver operating controls. SV Diesel train moving out of station. CU Driver of diesel train. CU. Sir Brian Robertson sitting in carriage. LV Through window of diesel cab as train enters tunnel. SV Three engines on lines. CU Front of one of the engines with plate reading “Cornish Riviera Express”. CU Driver. SV Cornish Riviera Express in station. SV Woman taking in washing because smoke is billowing up from railway lines beside her garden. GV Cornish Riviera Express coming towards camera.
CU Front of steam train “The Bristolian”. SV along top of engine as blows off steam. CU Hand pulling chain. CU valve. GV Platform. CU shovelling coal. GV As train goes along. CU Driver of train. CU Driver. CU Fireman. CU Fire with coal being shovelled. SV Looking over coal tender. SV From driver’s cab of train going under bridge and out the other side. CU Driver. GV From driver’s cab of railway lines with another steam train. SV Int. class for instruction of diesel engine drivers. CU Lecturer talks about metal object. CU Men looking at machinery. SV Royal Scot in station. CU Driver of Royal Scot. GV Activities on platform in which Royal Scot is standing. GV Royal Scot leaving station. GV Building with sign, “English Electric Co. Ltd. Preston”. GV Int. of workshop showing men working on armatures. GV Ext. of building with “Vulcan Locomotives” painted on wall. GV Int. of workshop showing men working on railway engines. CU Man working inside railway engine. GV Workshop. SV Diesel train in station. CU Driver of diesel. GV railway lines in front of train as it moves along. SV Int. dining car in diesel train with attendant pouring coffee. GV Looking through cab window of railway lines in front of train as it goes under bridge and straight past station. CU Glass panel in door with “York Signal Box, Strictly Private”, door opens. SV Man sitting at control panel of box, he reaches over to controls. CU Man’s hands working controls. CU Plan on wall showing different lines and points. CU Hand pushing buttons. CU Signals. CU Point on lines. GV Steam train along lines. CU Train in museum. CU Compartment of old train. SV Ancient train “Locomotion 1828”. SV Diesel Locomotive. CU “Deltic” written on side. GV Deltic. GV Train in station. Various shots in Deltic carriage. SV Coal trucks. SV Railway worker attaching pipe to train. GV Calder Hall Nuclear / Atomic Power station. GV Electrical pylons and cables. GV Diesel train “Sir Brian Robertson” in platform with crowds. GV Crowds. SV “Sir Brian Robertson” unveiled by Mr Grand, General Manager of the Western Region of British Railways. SV Crowd. SV Sir Brian Robertson by train. CU Sign “Sir Brian Robertson”. GV The “Sir Brian Robertson” leaving Paddington Station. SV Steam train letting out smoke. CU Signals. GV Steam train. CU Train over the points. GV steam train leaving clouds of smoke.
BRITISH PATHÉ’S STORY
Before television, people came to movie theatres to watch the news. British Pathé was at the forefront of cinematic journalism, blending information with entertainment.
The Somme then and now … in full HD
MC C
Published 1 Aug 2016100 years ago Malins and McDowell exposed their film to the light capturing a moment in time.
It’s very difficult to understand and watch the original film as they were very limited by technology and the danger. Malins risked his life on several occasions making this film, being right on the front line with a huge box camera sticking out above the trench. After watching the film many times, over many years, I wanted to find these locations and stand in their foot prints and re-film.
Some locations were easy to find, some took much research and some I haven’t yet been able to locate, but all the ones in this documentary are within yards to feet of where they filmed originally, none are guesses or just possibilities. I hope you enjoy watching and it helps you to understand please leave comments this is worth more to me than earning money I ask for nothing but love remarks.
June 30, 2020
“The Squadrons Are Coming” – HMS Ark Royal aviation operations
Aircraft Games Movies
Published 1 Jul 2010In the Western Approaches, Ark Royal welcomes her air group back aboard, with the occasional hairy approach for newly qualified aviators.
This appears to be footage from episode 3 of Sailor, a BBC television series from 1976 about life aboard HMS Ark Royal.
The Wikipedia entry for HMS Ark Royal (R09) begins:
HMS Ark Royal (R09) was an Audacious-class aircraft carrier of the Royal Navy and, when she was decommissioned in 1979, was the Royal Navy’s last remaining conventional catapult and arrested-landing aircraft carrier. She was the first aircraft carrier to be equipped with angled flight deck at its commissioning; her sister ship, HMS Eagle, was the Royal Navy’s first angle-decked aircraft carrier after modification in 1954. Ark Royal was the only non-United States vessel to operate the McDonnell Douglas Phantom at sea.
[…]
While Ark Royal‘s career spanned 24 years from the time of her commissioning (her name was a household word), she spent as much time in refit; repair and reserve and modernisation as in commissioned service (12 years). It required a lot of effort from her engineers to keep her serviceable between yard periods. Ark Royal had been poorly preserved during its lengthy construction from 1942 to 1955, and much of its machinery was obsolete by its completion, including its dated DC electrics, supplemented later by some AC systems, resulting in a ship which experienced regular defects and mechanical failure. Eagle was a more reliable and well-built ship, and spent far more time at sea than her sister. The scrapping of Ark Royal in 1980, two years after Eagle, marked the end of conventional fixed-wing aircraft operations aboard Royal Navy carriers. She had borne so many innovations, yet her replacement was not equipped with any of these. There was some discussion about preserving her as a museum ship, and some private funds were raised; the MOD would not sanction these efforts.
June 28, 2020
Why is the British government buying part of OneWeb?
As Tim Worstall points out, the British government’s decision to buy 20% of the satellite company OneWeb doesn’t actually make any economic sense:
… OneWeb – in which the UK will own a 20% stake following the investment – currently operates a completely different type of satellite network from that typically used to run such navigation systems.
“The fundamental starting point is, yes, we’ve bought the wrong satellites,” said Dr Bleddyn Bowen, a space policy expert at the University of Leicester. “OneWeb is working on basically the same idea as Elon Musk’s Starlink: a mega-constellation of satellites in low Earth orbit, which are used to connect people on the ground to the internet.
The actual answer is that we don’t need to buy into anyone’s system at all. Just as we shouldn’t have into [EU satellite system] Galileo in the first place.
For, d’ye see, GPS is a public good. The US allows anyone to use the signals. Not that they can really stop people doing so either. Not unless they take the whole system down.
So, there’s the US system, free for all to use. A global public good – this means it doesn’t matter who provides it, it is there. It also means we don’t need our own. Which, in turn, means we don’t and didn’t need the Galileo system, let alone another one after we’ve left that.
As I said, politics not even asking the right question. They’re asking “which new system should we have?” when the correct questions is “why do we need a new system?” and given that the answer to the second is we don’t therefore the first is entirely moot.
Even setting aside the question of what the satellite system will be capable of, as the market is already in the process of developing and deploying the equipment, why does the British government think its investment is necessary?
British 1942 Prototype Simplified…Enfield?
Forgotten Weapons
Published 18 Nov 2018https://www.forgottenweapons.com/brit…
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In 1942, the British government instituted a development program to design a new simplified rifle to replace the No4 MkI Lee Enfield. The CSAD (Central Small Arms Department) came up with a design using a quite simple receiver machined form a small steel billet. It was a rifle wholly distinct form the Enfield, although both were chambered for the .303 British cartridge. The simplified rifle used a front-locking bolt, a simplified cocking piece, and had a magazine holding just 6 rounds. The sights were a simple 300/600 yard rear aperture, and a crude spike bayonet could be fitted either forward for use or rearward for storage.
The project never got as far as serial production, or even field trials as far as I can tell, and only a handful of prototypes were made.
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June 25, 2020
Capitalism and slavery
In Quillette, Matthew Lesh explains why glib claims that slavery was somehow “essential” to early capitalism or that slavery was the cause of western wealth just don’t hold up to any historical scrutiny:

Auction at Richmond. (1834)
“Five hundred thousand strokes for freedom; a series of anti-slavery tracts, of which half a million are now first issued by the friends of the Negro” by Wilson Armistead and “Picture of slavery in the United States of America” by George Bourne.
New York Public Library via Wikimedia Commons.
It has become a common trope that slavery and the slave trade is responsible for the industrial revolution, if not our entire modern prosperity. Slavery is often called capitalism’s “dark side.” A recent column in the Guardian claimed the slave trade “heralded the age of capitalism” and Guardian columnist George Monbiot said on Twitter: “The more we discover about our own history, the less the ‘trade’ on which Britain built its wealth looks like exchange, and the more it looks like looting. It meant extracting stolen resources and the products of slavery, debt bondage and land theft from other nations.” The same line has been taken by London Mayor Sadiq Khan, who tweeted: “It’s a sad truth that much of our wealth was derived from the slave trade.”
But what did the “father of modern economics,” Adam Smith, actually think about slavery? And is it responsible for our modern prosperity?
Adam Smith argued not only that slavery was morally reprehensible, but that it causes economic self-harm. He provided economic and moral ammunition for the abolitionist movement that came to fruition after his death in 1790. Smith was pessimistic about the potential for full abolition, but he was on the side of the angels.
Smith’s The Wealth of Nations, published in 1776, contains perhaps the best known economic critique of slavery. Smith argued that free individuals work harder and invest in the improvement of land, motivated by their interest in earning a higher income, than slaves. Smith refers to ancient Italy, where the cultivation of corn degraded under slavery. The cost of slavery is “in the end the dearest of any,” Smith writes.
His thinking about slavery can be traced further back. In the Lectures on Justice, Police, Revenue and Arms, delivered in 1763 long before Britain’s abolitionist movement was formalised, Smith writes:
Slaves cultivate only for themselves; the surplus goes to the master, and therefore they are careless about cultivating the ground to the best advantage. A free man keeps as his own whatever is above his rent, and therefore has a motive to industry.
Smith describes how serfs in Western Europe — in feudal relationships with lords — were progressively transformed into free tenants as they acquired cattle and tools. Harvests were more evenly divided between landlord and tenant to encourage better use of land, and tenants eventually progressed to simply giving the landlord a sum for lease. As government became more established, the influence of lords over the lives of tenants was also loosened.
Capitalism was, as Marx described, the next stage in human development after feudal slave relations. Smith’s commercial society is in direct opposition to a slave society. Smith, at his core, is an advocate for individuals being free to specialize and trade, including to trade their labor. Everyone acting with regard to their “own interest,” not because of coercion, creates general prosperity.
Smith’s case against slavery is proven by history: The huge uptick in human prosperity came largely after the end of feudal relations and the abolition of slavery and the slave trade. We are many magnitudes richer than when lords held slaves, or even chattel slavery proliferated in the Americas. The setting free of humanity led to extraordinary innovation and entrepreneurialism. This is only possible, as Smith argued, when individuals can benefit from the fruits of their own labor (slaves cannot hold property in their own name, and hence cannot trade or choose to specialise).
We didn’t become rich because a few hundred years ago people toiled on farms in awful conditions. In fact, the opposite. “It was precisely the replacement of human muscle power with that of steam and machines which did away with the vileness of chattel slavery and forced labor,” Tim Worstall has explained.
June 24, 2020
Napoleon’s Great Blunder: Spain 1808
Epic History TV
Published 16 Jan 2019In 1808, Napoleon’s rivalry with Britain led to an ill-fated intervention in Portugal and Spain, that sparked a nationalist revolt against the French. At Bailén Napoleon’s Empire suffered its first major defeat, and though Napoleon himself then arrived in Spain to reassert French military dominance, he could not prevent the escape of Sir John Moore’s small British army, after its defensive victory at Corunna on 16 January 1809. The British army would return, under new leadership, to play a major part in his downfall.
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The Napoleonic Wars http://geni.us/R5ZI9c
Corunna 1809 http://geni.us/IHLD
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BESAL: Britain’s Emergency Simplified Light Machine Gun
Forgotten Weapons
Published 8 Aug 2017Armament Research Services (ARES) is a specialist technical intelligence consultancy, offering expertise and analysis to a range of government and non-government entities in the arms and munitions field. For detailed photos of the guns in this video, don’t miss the ARES companion blog post:
http://armamentresearch.com/british-b…
The BESAL is a simplified redesign of the Bren light machine gun, developed by a BSA employee named Faulkner. The design of the gun was motivated by the disastrous retreat of the British Army from Dunkirk in 1940, where they abandoned a huge amount of weaponry and war material, including most of their Bren guns.
The Bren gun was in production only as the BSA factory, which was at great risk to German bombing — and the Bren included a number of complex parts that could not be effectively put into production elsewhere in the UK on short notice. It was with this in mind that Faulkner designed the BESAL, which used much simpler components which could be made in a great number of small shops. Decentralized production would have made it a much more resilient process in the case of invasion (similar to German small arms production late in the war).
By the time the BESAL prototypes were built, tested, and approved as being reliable and effective, however, the immediate threat of invasion had passed and the Bren was in production at the Inglis factory in Canada as well as at BSA. The BESAL design was shelved for use in case it became necessary again, but it never was.
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