Showing posts with label vehicle. Show all posts
Showing posts with label vehicle. Show all posts

Wednesday, September 25, 2019

D-Day innovations

Lies and Deceptions that made D-Day possible - IWM > .

Analog & Digital Computing  


1. TIDE-PREDICTION MACHINE
In 1942, British mathematician Arthur Thomas Doodson had begun working on existing models of tide-prediction machines - essentially mechanised calculators that could reveal tidal patterns. In 1944, using his specially modified machine >, Doodson identified the exact time the landings should take place (H-Hour) and that D-Day should fall between 5 and 7 June.
The development of specialised landing craft had begun early in the war. D-Day vessels ranged from tiny Assault Landing Craft to huge Landing Ships. Other landing craft were fitted with guns or rockets. There was even a 'Landing Barge, Kitchen'. Equipment could be brought directly onto the beaches, providing a short-term solution to the problem of securing the harbours and ports needed for the immediate build-up of men and materiel. 

3. HORSA GLIDERS
Gliders ..
Horsa gliders were first produced in 1942 and made significant contributions to airborne assaults throughout the latter part of the Second World War. On D-Day, these gliders were used on an unprecedented scale to transport troops and supplies to Normandy. They were towed by transport or bomber aircraft before gliding into the landing zone, where supplies could be retrieved. Gliders transported heavier equipment that could not be delivered via parachute drops or when using larger transport aircraft was not possible. The hinged nose and removable tail section allowed cargo to be unloaded relatively easily without damaging the overall structure. But gliders were flimsy – constructed mainly of wood and fabric – and were difficult to operate. They would often violently break apart on landing, especially during improvised or crash landings.

4. 'HOBART'S FUNNIES' AND AVRES
Crocodiles, Donald Duck, Landing Craft ..
Hobart's Funnies ..
These unusual vehicles played an important role on D-Day and throughout the Battle of Normandy. The failed raid at Dieppe in August 1942 exposed how difficult it was to land armoured vehicles during an amphibious invasion and to break through German coastal defences with insufficient armoured support. As a result, armoured vehicles were designed to perform specialist tasks and reinforce ground troops on D-Day. These vehicles were nicknamed 'Hobart's Funnies' after their inventor, Major-General Sir Percy Hobart. They include the Duplex Drive (DD) 'swimming' tank; the 'Crocodile' flamethrower tank and the 'Crab' mine-clearing flail tank. Although the Funnies had been used in simulation and training exercises, they had not been tested in combat until D-Day. Modified vehicles known as AVREs (Armoured Vehicle Royal Engineer) were created by adding specialised devices to tanks. One example, the 'bobbin' carpet layer tank, laid reinforced matting on sandy beaches so other vehicles could drive across the soft surface.

5. MULBERRY HARBOURS
Mulberry Harbours ..
Mulberry Harbours WW2: Disaster at Dieppe led to D-Day success - IWM > .
After D-Day, the Allies needed to continually build up reinforcements of men and supplies in Normandy to sustain the invasion's momentum. Previous experience taught the Allies hard but important lessons about the need to secure harbours and ports - harbours to provide protection from bad weather and rough seas, and ports to provide a place to ferry men and cargo. The planners responsible for 'Overlord' proposed creating two artificial harbours - codenamed 'Mulberries' - by sinking outdated ships ('Corncobs') and large concrete structures ('Phoenixes'). Adding floating roadways and piers (codenamed 'Whales') would allow them to use the beachhead as an improvised port.

6. PLUTO
PLUTO - short for 'pipeline under the ocean' - supplied petrol from Britain to Europe via an underwater network of flexible pipes. It gave the Allied forces access to enough petrol to fuel aircraft and vehicles and to sustain the momentum of their advance. Two PLUTO pipelines ran from the Isle of Wight to Port-en-Bessin - the linkup point between Omaha and Gold beaches. Another pipeline was added later, running from Dungeness on the Kent coast to Boulogne in France, and the PLUTO network continued to expand as the Allies advanced across Europe. The 3-inch-wide pipeline was wound around giant floating spools called 'conundrums' - like the one in this photograph - and then unrolled across the Channel.

7. GERMAN DEFENCES
Atlantikwall .. 
German Defences ..
When Field Marshal Erwin Rommel was put in charge of German defences in Normandy, he believed that any invasion would come at high tide, when the beachhead was at its narrowest and troops would be vulnerable to German fire for the shortest period of time. He therefore devised a series of obstacles adapted for use under water that would be completely concealed during mid and high tides. The jagged edges of iron 'hedgehogs', pictured above, could tear through the bottom of landing craft. Some were rigged with explosives that would detonate on impact. Round, flat land mines (called 'teller mines' after the German word for 'plate') were attached to wooden posts wedged into the sand and would explode when they came into contact with landing craft. Inland, Rommel also designed a network of large posts fixed vertically into the ground that prevented gliders from landing in open areas. These defences were nicknamed 'Rommel's Asparagus'.

Wednesday, September 18, 2019

Kettenkrad

Was the Kettenkrad useless? >

The Sd.Kfz. 2 (Sonderkraftfahrzeug 2), better known as the Kleines Kettenkraftrad HK 101 or Kettenkrad for short (pl. Kettenkräder; where Ketten means "chains" or "tracks" and krad is the military abbreviation of the German word Kraftrad, the administrative German term for motorcycle), started its life as a light tractor for airborne troops. The vehicle was designed to be delivered by Junkers Ju 52 aircraft, though not by parachute. The vehicle had the advantage of being the only gun tractor small enough to fit inside the hold of the Ju 52, and was the lightest mass-produced German military vehicle to use the complex Schachtellaufwerk overlapped and interleaved road wheels used on almost all German military half-track vehicles of WW2.

Steering the Kettenkrad was accomplished by turning the handlebars: Up to a certain point, only the front wheel would steer the vehicle. A motion of the handlebars beyond that point would engage the track brakes to help make turns sharper. It was also possible to run the vehicle without the front wheel installed and this was recommended in extreme off-road conditions where speed would be kept low.

The Sd.Kfz. 2 was designed and built by the NSU Werke AG at Neckarsulm, Germany. Patented in June 1939, it was first used in the invasion of the Soviet Union in 1941. Later in the war Stoewer from Stettin also produced Kettenkrads under license, accounting for about 10% of the total production.

Most Kettenkräder saw service on the Eastern Front, where they were used to lay communication cables, pull heavy loads and carry soldiers through the deep Russian mud. Later in the war, Kettenkräder were used as runway tugs for aircraft, especially for the Messerschmitt Me 262 jet fighter, and sometimes the Arado Ar 234 jet reconnaissance-bomber. In order to save aviation fuel, a German jet aircraft would be towed to the runway, rather than taxiing under its own power.

The vehicle was also used in the North African theater and on the Western Front.

The Kettenkrad came with a special trailer (Sd.Anh.1) that could be attached to it to improve its cargo capacity.

Being a tracked vehicle, the Kettenkrad could climb up to 24° in sand and even more on hard ground.

Only two significant sub-variations of the Kettenkrad were constructed. Production of the vehicle was stopped in 1944, at which time 8,345 had been built. After the war, production resumed at NSU. Around 550 Kettenkräder were built for agricultural use, with production ending in 1948 (some sources say 1949).

Saturday, September 7, 2019

Vehicles, Machines - inventions


Vehicles

1910s: 1914 Leland Torpedo Charabanc, electric light advertising, cinema, early flying machines, Shackleton, Scott South Pole, Morgan Runabout cyclecar ₤90, Morgan of Malvern, arms manufacture, steel, Middlesbrough Transporter Bridge, 1916 Aveling & Porter steamroller, Westinghouse electric motor, Titanic, radio, magnetic detector, social unrest, Sydney Street protests & Winston Churchill, suffragettes, WWI, Vickers machine gun, Maxim gun, Hornsby Chain Track Tractor, Little Willie landshp, Mark IV,, Cambrai, Mark V, Alcock & Vickers Vimy

1920s: Vehicles: Brooklands, 3L Bentley, flappers, Atco Standard mower, sidecar, Scammel Pioneer articulated lorries, pipeline laying, garage forecourt with petrol pumps, Gilbert & Barker T8 (fat lady), Scammel Frameless Tanker, motorcycles, Brough Superior, TE Lawrence

Sentinel Steam Waggon > .

1930s: Croydon Aerodrome, DH89 Dragon Rapide, mass-production, Morris, road-building, 1934 Sentinel Steam Wagon, Morris 8 (Leonard Lord), Cats' Eyes, LNER, wind tunnel, Gresley A4 Pacific, Morris Cruiser 3 tank, Nuffield Liberty Aircraft Engine, Morris Crusader (1939), Daimler-Benz Panzer 3, Supermarine S6B (Calshot Spit, Southampton), Spitfire, Rolls-Royce Merlin, Brough Superior, DH Gipsy Moth ₤750, Royal Aero Club, ₤1 10s per lesson, Alan Cobham, airships, R101 Cardington

DH89's curved wingtips gave it a tendency to tip stall (turn round) on landing.

1940s: Radar, RAF High Speed Launch (HSL), AFS, 1941 Jowett pump, Austin 12 taxi, Austin K Fire Truck, WLA & David Brown VAK1 tractor, cavity magnetron & H2S, Daimler Scout Car (Dingo), Bren Gun, gas turbine = Whittle jet engine, Gloster Pioneer & Meteor, ejector seat, Aston Martin DB1 & DB2 & DBR1

1950s: AEC Routemaster, Churchill PM, rebuilding, modernism, mid-50s electrification of railways delayed, diesel rail engines, Napier Deltic opposed-piston engine (modified boat engine), holidays, nuclear fear, Jodrell Bank, Theory of Mutually Assured Destruction, Vulcan bomber, DH Comet, Land Rover, Rover P3


Jaguar SS100 

1932 Bedford 30cwt fish 'n' chip van 

Ford '37 panel truck 

Morris 10 cwt van

1935-38 Series 2 8/10 cwt Light Van
In tandem with the production of the 1935-37 Twelve Series 2, Morris produced a light van variant. This van used the same engine and much of the running gear as the car from which it was derived. However the engine, gear box, prop shaft and differential were offset towards the nearside and an asymmetric rear axle used. The engine offset allowed for a semi-forward control position for the vehicle driver. The van was capable of carrying a pay-load of 10 cwt.

1935 – 1938
8/10 cwt light van
Engine: Morris TJ 1548cc, 11.97hp(RAC)
4 cylinder side valve
Clutch: Cork insert between metal plates, running in oil
Gear Box: 3 speed
Ignition: Coil
http://morrisregister.co.uk/3538s28_10cwt/

http://morrisregister.co.uk/vehicles/

http://only-carz.com/data_images/gallery/01/morris-10cwt-van/morris-10cwt-van-01.jpg

http://bright-cars.com/photo/morris-10cwt-van/06/default.html . 


Merlin - Engine that won the war > .

Saturday, March 23, 2019

Fascisti & War Production

.
21st
23-9-10 Industrial Competition & Consolidation, Military Procurement - Perun > .

On 11 July 1899, Giovanni Agnelli was part of the group of founding members of FIAT, Fabbrica Italiana di Automobili Torino. The first Fiat plant opened in 1900 with 35 staff making 24 cars. Known from the beginning for the talent and creativity of its engineering staff, by 1903 Fiat made a small profit and produced 135 cars; this grew to 1,149 cars by 1906. The company then went public selling shares via the Milan stock exchange.

Agnelli led the company until his death in 1945, while Vittorio Valletta administered the firm's daily activities. Its first car, the 3 ½ CV (of which only 24 copies were built, all bodied by Alessio of Turin) was based on a design purchased from Ceirano GB & C and had a 697 cc (42.5 cu in) boxer twin engine. In 1903, Fiat produced its first truck. In 1908, the first Fiat was exported to the US. That same year, the first Fiat aircraft engine was produced. Also around the same time, Fiat taxis became popular in Europe.

By 1910, Fiat was the largest automotive company in Italy. That same year, a new plant was built in Poughkeepsie, NY, by the newly founded American F.I.A.T. Automobile Company. Owning a Fiat at that time was a sign of distinction. The cost of a Fiat in the US was initially $4,000 and rose up to $6,400 in 1918, compared to $825 for a Ford Model T in 1908, and $525 in 1918, respectively. During World War I, Fiat had to devote all of its factories to supplying the Allies with aircraft, engines, machine guns, trucks, and ambulances. Upon the entry of the US into the war in 1917, the factory was shut down as US regulations became too burdensome (the site was eventually sold to Western Publishing). After the war, Fiat introduced its first tractor, the 702. By the early 1920s, Fiat had a market share in Italy of 80%.

In 1921, workers seized Fiat's plants and hoisted the red flag of communism over them. Agnelli responded by quitting the company. However, the Italian Socialist Party and its ally organization, the Italian General Confederation of Labour, in an effort to effect a compromise with the centrist parties ordered the occupation ended. In 1922, Fiat began to build the famous Lingotto car factory—then the largest in Europe—which opened in 1923. It was the first Fiat factory to use assembly lines; by 1925, Fiat controlled 87% of the Italian car market. In 1928, with the 509, Fiat included insurance in the purchase price.

Fiat made military machinery and vehicles during WW2 for the Army and Regia Aeronautica and later for the Germans. Fiat made obsolete fighter aircraft like the biplane CR.42 Falco, which was one of the most common Italian aircraft, along with Savoia-Marchettis, as well as light tanks (obsolete compared to their German and Soviet counterparts) and armored vehicles. The best Fiat aircraft was the G.55 fighter, which arrived too late and in too limited numbers. In 1945, the year Benito Mussolini was overthrown, the National Liberation Committee removed the Agnelli family from leadership roles in Fiat because of its ties to Mussolini's government. They were not returned until 1963, when Giovanni's grandson, Gianni, took over as general manager until 1966, as chairman until 1996.

Benito Amilcare Andrea Mussolini (29 July 1883 – 28 April 1945) was an Italian politician and journalist who founded and led the National Fascist Party. He was Prime Minister of Italy from the March on Rome in 1922 until his deposition in 1943, and "Duce" of Italian Fascism from the establishment of the Italian Fasces of Combat in 1919 until his execution in 1945 by Italian partisans. As dictator of Italy and founder of fascism, Mussolini inspired and supported the international spread of fascist movements during the inter-war period.

The National Fascist Party (Partito Nazionale Fascista, PNF) was an Italian political party, created by Benito Mussolini as the political expression of Italian Fascism and as a reorganization of the previous Italian Fasces of Combat. The party ruled the Kingdom of Italy from 1922 when Fascists took power with the March on Rome until the fall of the Fascist regime in 1943, when Mussolini was deposed by the Grand Council of Fascism. It was succeeded, in the territories under the control of the Italian Social Republic, by the Republican Fascist Party, ultimately dissolved at the end of WW2.

The National Fascist Party was rooted in Italian nationalism and the desire to restore and expand Italian territories, which Italian Fascists deemed necessary for a nation to assert its superiority and strength and to avoid succumbing to decay. Italian Fascists claimed that modern Italy was the heir to ancient Rome and its legacy and historically supported the creation of an Italian Empire to provide spazio vitale ("living space") for colonization by Italian settlers and to establish control over the Mediterranean Sea.

Fascists promoted a corporatist economic system whereby employer and employee syndicates are linked together in associations to collectively represent the nation's economic producers and work alongside the state to set national economic policy. This economic system intended to resolve class conflict through collaboration between the classes.

Italian Fascism opposed liberalism, but did not seek a reactionary restoration of the pre-French Revolutionary world, which it considered to have been flawed, and not in line with a forward-looking direction on policy. It was opposed to Marxist socialism because of its typical opposition to nationalism, but was also opposed to the reactionary conservatism developed by Joseph de Maistre. It believed the success of Italian nationalism required respect for tradition and a clear sense of a shared past among the Italian people alongside a commitment to a modernized Italy, as well as a solid belief that Italy was destined to become the hegemonic power in Europe.

The National Fascist Party along with its successor, the Republican Fascist Party, are the only parties whose re-formation is banned by the Constitution of Italy: "It shall be forbidden to reorganize, under any form whatsoever, the dissolved fascist party."

In Italian, the word fascio (plural fasci) means literally “bundle,” and figuratively “group.” From at least 1872 fascio was used in the names of labor and agrarian unions, and in October 1914 a political coalition was formed called the Fascio rivoluzionario d’ azione internazionalista (“revolutionary group for international action”), which advocated Italian participation in World War I on the side of the Allies. Members of this group were first called fascisti in January 1915

The words fascism and fascist have long been associated with the Fascisti of Benito Mussolini and the fasces, the bundle of rods with an ax among them, which the Fascisti used as a symbol of the Italian people united and obedient to the single authority of the state. However, Mussolini did not introduce the word fascista (plural fascisti) in association with the 1919 organization of the Fasci di combattimento (“combat groups”), nor did the fasces have any direct connection with the origin of the word fascista, which was already in political circulation in 1919. Although Mussolini was closely associated with this interventionist movement, it had no direct link with the post-war Fasci di combattimento. It is, however, to the Fascisti in their 1919 incarnation—who seized power in Italy three years later—that we owe the current customary meanings of our words fascism and fascist.

Monday, March 11, 2019

Rolls-Royce - London, Derby, Crewe

Merlin - Engine that won the war > .
Rolls-Royce Merlin - one of the most important engines of WW2 > .
Poor Boy Who Invented World's Most Luxurious Car - BusStor > .

Rolls-Royce - London, Derby, Crewe

The Rolls-Royce Merlin is a British liquid-cooled V-12 piston aero engine of 27-litres (1,650 cu in) capacity. Rolls-Royce designed the engine and first ran it in 1933 as a private venture. Initially known as the PV-12, it was later called Merlin following the company convention of naming its piston aero engines after birds of prey.

After several modifications, the first production variants of the PV-12 were completed in 1936. The first operational aircraft to enter service using the Merlin were the Fairey Battle, Hawker Hurricane and Supermarine Spitfire. More Merlins were made for the four-engined Avro Lancaster heavy bomber than for any other aircraft; however, the engine is most closely associated with the Spitfire, starting with the Spitfire's maiden flight in 1936. A series of rapidly applied developments, brought about by wartime needs, markedly improved the engine's performance and durability.

One of the most successful aircraft engines of the World War II era, some fifty marks of Merlin were built by Rolls-Royce in Derby, Crewe and Glasgow, as well as by Ford of Britain at their Trafford Park factory, near Manchester.
https://en.wikipedia.org/wiki/Rolls-Royce_Merlin

The Rolls-Royce Griffon is a British 37-litre (2,240 cu in) capacity, 60-degree V-12, liquid-cooled aero engine designed and built by Rolls-Royce Limited. In keeping with company convention, the Griffon was named after a bird of prey, in this case the griffon vulture.

Design work on the Griffon started in 1938 at the request of the Fleet Air Arm, for use in new aircraft designs such as the Fairey Firefly. In 1939 it was also decided that the engine could be adapted for use in the Spitfire. However, development was temporarily put on hold to concentrate efforts on the smaller Merlin and the 24-cylinder Vulture, and the engine did not go into production until the early 1940s.

The Griffon was the last in the line of V-12 aero engines to be produced by Rolls-Royce with production ceasing in 1955. Griffon engines remain in Royal Air Force service today with the Battle of Britain Memorial Flight and power the last remaining airworthy Avro Shackleton.
https://en.wikipedia.org/wiki/Rolls-Royce_Griffon

Crewe

The British government built a shadow factory in Crewe in 1938 for Rolls-Royce where they could build their Merlin and Griffon aero engines. In 1946 car production was moved there for space to construct bodies and to leave space for aero engines at Derby. The site was bought from the government in 1973. It is now Bentley Crewe

Second World War

Production focussed on aero engines but a variant of the Merlin engine, known as the Meteor, was developed for the Cromwell tank. The Meteor's development completed in 1943 the same team at the Belper foundry restarted work on an eight-cylinder car engine widening its uses and it became the pattern for the British Army's B range of petrol engines for post war combat vehicles in particular in Alvis's FV600 range, Daimler's Ferret, Humber's Hornet and Pig and Austin's Champ.
https://en.wikipedia.org/wiki/Rolls-Royce_Limited

Rolls-Royce Crewe

In preparation for war, Rolls Royce and the British Government searched for a location for a shadow factory to ensure production of aero-engines. Crewe, with its excellent road and rail links, as well as being located in the northwest away from the aerial bombing starting in mainland Europe, was a logical choice. Crewe also had extensive open farming land. Construction of the factory started on a 60-acre area on the potato fields of Merrill's Farm in July 1938, with the first Rolls Royce Merlin aero-engine rolling off the production line five months later. 25,000 Merlin engines were produced and at its peak, in 1943 during World War II, the factory employed 10,000 people.

Car production

With the war in Europe over and the general move towards the then new jet engines, Rolls Royce concentrated its aero engine operations at Derby and moved motor car operations to Crewe.
https://en.wikipedia.org/wiki/Bentley_Crewe#Rolls-Royce_Crewe

https://en.wikipedia.org/wiki/Rolls-Royce_Motors

Thursday, March 7, 2019

Volkswagen Kübelwagen & Nazis

Nazis' Amphibious Car of WWII: The Schwimmwagen - War > .

The Volkswagen Kübelwagen (listen) (a back-formation as literally, 'tub' car), was a light military vehicle designed by Ferdinand Porsche and built by Volkswagen during World War 2 for use by the German military (both Wehrmacht and Waffen-SS). Based heavily on the Volkswagen Beetle, it was prototyped as the Type 62, but following improvements entered production as the Type 82.

Kübelwagen is a contraction of Kübelsitzwagen, meaning 'bucket-seat car' because all German light military vehicles that had no doors were fitted with bucket seats to prevent passengers from falling out. This body style had first been developed by Karosseriefabrik N. Trutz [de] in 1923. The first Porsche Type 62 test vehicles had no doors and were therefore fitted with bucket seats as Kübelsitzwagen, that was later shortened to Kübelwagen. Mercedes-Benz, Opel, and Tatra also built Kübelsitzwagen.

Its rolling chassis and mechanics were built at Stadt des KdF-Wagens (renamed Wolfsburg after 1945), and its body was built by U.S.-owned firm Ambi Budd Presswerke in Berlin. The Kübelwagen's role as a light military vehicle made it the German equivalent to the Allied Willys MB/Ford GP "Jeep" and the GAZ-67.

Volkswagen Beetle .
Volkswagen Schwimmwagen .
Volkswagen 181 .
FMC XR311 .
M151 ¼-ton 4×4 utility truck .
Steyr 50 .

Tuesday, January 8, 2019

USATC - US Air Transport Command


US Air Transport Command > .

The Air Transport Command played a vital role in the US war effort of World War II, yet their service is nearly forgotten. The History Guy remembers the compelling story of military and civilian men and women who ferried planes and supplies from across the US to remote places all over the world.

Sunday, January 6, 2019

Wehrmacht

The Wehrmacht  lit. defence force) was the unified armed forces of Nazi Germany from 1935 to 1945. It consisted of the Heer (army), the Kriegsmarine (navy) and the Luftwaffe (air force). The designation "Wehrmacht" replaced the previously used term Reichswehr, and was the manifestation of the Nazi regime's efforts to rearm Germany to a greater extent than the Treaty of Versailles permitted.

After the Nazi rise to power in 1933, one of Adolf Hitler's most overt and audacious moves was to establish the Wehrmacht, a modern offensively-capable armed force, fulfilling the Nazi regime's long-term goals of regaining lost territory as well as gaining new territory and dominating its neighbors. This required the reinstatement of conscription, and massive investment and defense spending on the arms industry.

The Wehrmacht formed the heart of Germany's politico-military power. In the early part of the Second World War, the Wehrmacht employed combined arms tactics (close cover air-support, tanks, and infantry) to devastating effect in what became known as a Blitzkrieg (lightning war). Its campaigns in France (1940), the Soviet Union (1941), and North Africa (1941/42) are regarded as acts of boldness. At the same time, the far-flung advances strained the Wehrmacht's capacity to the breaking point, culminating in the first major defeat in the Battle of Moscow (1941); by late 1942, Germany was losing the initiative in all theatres. The operational art was no match to the war-making abilities of the Allied coalition, making the Wehrmacht's weaknesses in strategy, doctrine, and logistics readily apparent.

Closely cooperating with the SS and the Einsatzgruppen, the German armed forces committed numerous war crimes and atrocities, despite later denials and promotion of the myth of the Clean Wehrmacht. The majority of the war crimes were committed in the Soviet Union, Poland, Yugoslavia, Greece and Italy, as part of the war of annihilation against the Soviet Union, the Holocaust and Nazi security warfare.

During the war about 18 million men served in the Wehrmacht. By the time the war ended in Europe in May 1945, German forces (consisting of the Army, Navy and Luftwaffe, the Waffen-SS, the Volkssturm and foreign collaborateur units) had lost approximately 11,300,000 men, about half of whom were missing or killed during the war. Only a few of the Wehrmacht's upper leadership were tried for war crimes, despite evidence suggesting that more were involved in illegal actions. The majority of the three million Wehrmacht soldiers who invaded the USSR participated in committing war crimes.




German Army Expansion 1933-1939
https://www.youtube.com/watch?v=dlfcm7qTXEU

Panzer Tactics - "Blitzkrieg" Years - Platoon
https://www.youtube.com/watch?v=kg8JM3SUeSU

Panzers in Poland 1939 – Success, Failures & Losses
https://www.youtube.com/watch?v=_1BmJ_GF97w

Tanks
https://www.youtube.com/playlist?list=PLtakTnKQQMCzmBWTzJTuGxckjx-oxH0JI

Tanks - Military History Visualized
https://www.youtube.com/playlist?list=PLv0uEimc-uN_TnM1wHY2xX6RwdVA23BHX

Weapons 101 - Military History Visualized
https://www.youtube.com/playlist?list=PLv0uEimc-uN-xmvYYHmcCSSZzPOEu0vEu
https://plus.google.com/103755316640704343614/posts/5iSxR5yBtzE

German Military History - Military History Visualized
https://www.youtube.com/playlist?list=PLv0uEimc-uN86P9RyMisSISjirwnJbQso

Military History Visualized >> playlists
https://www.youtube.com/channel/UCK09g6gYGMvU-0x1VCF1hgA/playlists

Weapons 101 - Military History Visualized
https://www.youtube.com/playlist?list=PLv0uEimc-uN-xmvYYHmcCSSZzPOEu0vEu

German Forces
https://www.youtube.com/playlist?list=PLtakTnKQQMCz5u3tt0EG-o-5x6BiDMDQB

How to Pronounce German WW2 Units from the Panzer Lehr in Steel Division '44
https://www.youtube.com/watch?v=FiQn4_PJfx4



Pronunciation > .
German Forces - tb >> .

> Bundeswehr >>

German Ranks: Which rank commanded which Unit? > .
Kriegsmarine:

Why were Wehrmacht Logistics so bad? - MHnV > .
The Wehrmacht -- "Defence Force" -- was the unified armed forces of Nazi Germany from 1935 to 1946. It consisted of the Heer (army), the Kriegsmarine (navy) and the Luftwaffe (air force).

The designation Wehrmacht for Nazi Germany's military replaced the previously used term, Reichswehr (1919–35), and was the manifestation of Nazi Germany's efforts to rearm the nation to a greater extent than the Treaty of Versailles permitted.

https://en.wikipedia.org/wiki/Wehrmacht
Statistics for German World War II military casualties are divergent and contradictory. The wartime military casualty figures compiled by German High Command, up until January 31, 1945, are often cited by military historians when covering individual campaigns in the war. A recent study by the German historian Rüdiger Overmans found that the German High Command statistics are not reliable, he estimated German military dead at 5.3 million. However the German government still maintains that its records list 4.3 million dead and missing military personnel.

Civilian deaths during the war include air raid deaths, estimates of German civilians killed only by Allied strategic bombing have ranged from around 350,000 to 500,000. Civilian deaths, due to the flight and expulsion of Germans and the forced labor of Germans in the Soviet Union are disputed and range from 500,000 to over 2.0 million.

According to the German government Suchdienste (Search Service) there were 300,000 German victims (including Jews) of Nazi racial, political and religious persecution. This statistic does not include 200,000 German persons with mental and/or physical disabilities who were murdered in the Nazi euthanasia program.

Friday, December 21, 2018

Hypersonic Future

2021 Difference between Ballistic & Cruise missile - Amit Sengupta > .
23-9-24 Combat Drones & Future Air Warfare - Humans + Wingman - Perun > .
23-6-30 Directed Energy Weapons - Lasers vs Drones, Missiles - T&P > .
23-6-11 Rocket Roulette: Ruscia uses drones & missiles against Ukraine - U24 > .
22-10-1 America's Missile Defense Problem - Poly > .
22-5-7 New Cold War - More nuclear weapons in Europe? | DW Doc > .
22-4-20 Nuclear Defences - ROC Cold War 1, Ċold Ŵar 2 - mfp > .
22-4-8 How Many Nuclear Missiles Can the United States Intercept? - nwyt > .
22-3-17 Russia’s Nuclear Arsenal, World’s Largest, Comparisons | WSJ > .
> PLA > 


Rival powers jockey for the lead in hypersonic aircraft

Experiments in piloted hypersonic flight date back to America's X-15 rocket-plane of the 1960s. And Intercontinental Ballistic Missiles (ICBMs) also re-enter the atmosphere at very high hypersonic speeds.

Now rival powers are striving to create weapons that can stay within the atmosphere, without needing to utilise the cooling properties of outer space, and that can be manoeuvred - unlike a static ICBM aimed at a city - towards a target that might be moving itself.

Military spending is driving the hypersonic push by the three big national players.

In a recent Pentagon media briefing Mike White, assistant director for hypersonics in the US military, talked about development being driven by "our great power competitors and their attempts to challenge our domain dominance".

Accuracy is a major challenge for these hypersonic missiles.

Mere possession of hypersonic missiles, dubbed "carrier-killers", might force US aircraft carriers to stay far from the Chinese coast in the mid-Pacific.

But hitting a nuclear-powered aircraft carrier travelling at 30 knots or more (35mph or 56km/h) requires fine adjustments to a missile's course that are tough to achieve at Mach 5.

The heat generated around a missile's skin creates a sheath of plasma, or gaseous matter, at hypersonic speeds.

This can block off signals received from external sources, such as communications satellites and can also blind internal targeting systems trying to see outwards to locate a moving object.

Friday, December 7, 2018

V-22 Osprey


The Bell Boeing V-22 Osprey is an American multi-mission, tiltrotor military aircraft with both vertical takeoff and landing (VTOL), and short takeoff and landing (STOL) capabilities. It is designed to combine the functionality of a conventional helicopter with the long-range, high-speed cruise performance of a turboprop aircraft.

The failure of Operation Eagle Claw during the Iran hostage crisis in 1980 underscored the requirement for a new long-range, high-speed, vertical-takeoff aircraft for the United States Department of Defense. In response, the Joint-service Vertical take-off/landing Experimental (JVX) aircraft program started in 1981. A partnership between Bell Helicopter and Boeing Helicopters was awarded a development contract in 1983 for the V-22 tiltrotor aircraft. The Bell Boeing team jointly produce the aircraft.[5] The V-22 first flew in 1989, and began flight testing and design alterations; the complexity and difficulties of being the first tiltrotor for military service led to many years of development.

The United States Marine Corps began crew training for the MV-22B Osprey in 2000, and fielded it in 2007; it supplemented and then replaced their Boeing Vertol CH-46 Sea Knights. The U.S. Air Force fielded their version of the tiltrotor, CV-22B, in 2009. Since entering service with the U.S. Marine Corps and Air Force, the Osprey has been deployed in transportation and medevac operations over Iraq, Afghanistan, Libya, and Kuwait. The U.S. Navy plan to use the CMV-22B for carrier onboard delivery (COD) duties beginning in 2021.

Friday, October 26, 2018

Crewe Tractor



Insight into the work involved in the recreation of a Crewe Tractor – based on some 130 vehicles adapted by the London & North Western Railway (LNWR) at Crewe Works in the 1916-1917 period.

It is said that the inspiration for the idea came from the daughter of the LNWR’s Chief Mechanical Engineer, CJ Bowen-Cooke, who had become aware of a lack of powered transport on the lightly laid trench tramways operated behind the trenches across France and Belgium. The design saw the adaptation of a standard Ford Model T (manufactured in Trafford Park) complete with a lightweight utility body and kit-form railway chassis. So it was that they could, within one hour, be adapted from road trim to a two-foot gauge locomotive with load space. Initial trials appear to have used the brass-radiator Model Ts then being manufactured, though the actual production run would seem to have entirely utilised the pressed radiator type of the Model T variant. They did not form part of the War Department Light Railway (WDLR) fleet, rather being part of the motor transport pool – and were marked and numbered as such.

The design would seem to have been of indifferent success, and it is recorded that all remained in railway guise once so converted, possibly due to convenience but also perhaps due to the poor state of the roads at that time.

The first vehicle through our workshops was a US imported Model T with left-hand drive and built in 1922. It had been brought to the UK at some point in the past and fitted with an English-style van body. At Beamish it worked as a general delivery vehicle until withdrawn for overhaul and conversion to the Crewe Tractor. The conversion work was carried out in the museum’s Regional Heritage Engineering Centre and was largely the work of volunteer John Hodder, with assistance from Mike Davidson. The work was completed at Christmas 2016 and the Crewe Tractor can now be seen in use around the Museum. The loadbed includes a toolbox as well as a storage container of suitable period style, in which I can pack the laptop and other work regalia – a First World War padlock completes the picture!

You can follow the story of the Model Ts, and other vehicles at Beamish, on the Transport Blog at www.beamishtransportonline.co.uk.

Tuesday, October 9, 2018

Tractors - Ivel, Fordson, Ferguson, Massey-Ferguson

Fuel-power - Steam, Early Gasoline Engines - Tractor, Sawmill - archanth
https://www.youtube.com/watch?v=s_Hjdqs24Rw
https://www.youtube.com/playlist?list=PLrYzzr8yja6EoioMVKmiPBEQCb5yH96Zh

Farming Transitions

https://www.youtube.com/playlist?list=PLYZbCEPmWCtNZrzsWLLCauR4JKBvQ0BPP

19th century - Steam-powered farming innovation
https://youtu.be/ip0OnyCSsMU?t=33m20s

Paired steam tractors for ploughing - 19th century
https://youtu.be/ip0OnyCSsMU?t=34m18s

Full Steam Ahead - BBC 2016 - koggyb
https://www.youtube.com/playlist?list=PLltivhgN97V3pA599vy_pzuq32ESnZGZh


1930 Tractor Trials - science meets machine at World Tractor Trials

Royal Agricultural Society of England, Institute of Agricultural Engineering, University of Oxford
http://archive.commercialmotor.com/article/23rd-september-1930/64/how-the-tractor-trials-wpre-conducted
http://www.britishpathe.com/video/worlds-tractor-trials


https://www.youtube.com/watch?v=UED_ivfD_g0

Farming and Life on Dunstable Downs, WWII
http://www.bbc.co.uk/history/ww2peopleswar/stories/70/a7447070.shtml
Power - Mechanical - antharch
https://www.youtube.com/playlist?list=PLEFMsUiiH110QgUzZlu6hyL0kJFYUHt5k


Steam-Powered Portable Sawmill, Edwardian Farm
https://www.youtube.com/watch?v=ejGktdtnoLY

Knowledge, Skill Sets, Inventions, Contraptions - antharch
https://www.youtube.com/playlist?list=PLEFMsUiiH113GgEaVnIE3QKvevYADqQX9



Farm & Industrial Machinery - Ben >> .

100th Anniversary of the Fordson Tractor > .

Fordson - notoriously hard to start; Ford 9N, Ford 2N; Massey-Ferguson

The first genuine Ford tractor, called the Fordson tractor (because a misleading Ford brand not related to Henry Ford was squatting on the Ford name at the time), was a tremendous success in North America and Europe from 1917 to 1928. Ford of the U.S. left the tractor business in 1928. Ford Ltd of Britain continued to thrive with the Fordson from 1928 onward. Some British Fordsons were imported to the U.S. during the following decade. Henry Ford continued tractor R&D in the U.S. after 1928. During the 1930s, experiments were made at Ford's Dearborn, Michigan and Richmond Plantation, Georgia facilities, creating prototypes of row-crop tricycle Fordsons, V8-powered tractors, one-wheel-drive tractors, and other ideas. But Henry Ford waited to reenter the market, planning to have the right new tractor at the right time to achieve a market-changing success.

In Ireland, businessman Harry Ferguson had been developing and selling various improved hitches, implements, and tractors since the 1910s. His first tractors were adapted from Model T cars. In 1920 and 1921 he gave demonstrations at Cork and Dearborn of his hitches and implements as aftermarket attachments to Fordson tractors. The hitches were mechanical at the time. By 1926, he and a team of longtime colleagues (including Willie Sands and Archie Greer) had developed a good hydraulic three-point hitch. Ferguson put such hitches on Fordsons throughout the 1920s and early 1930s. In the mid-1930s, he had David Brown Ltd build Ferguson-brand tractors with his hitches and implements. In 1938, Eber Sherman, importer of Fordsons from England to the US and a friend of both Ford and Ferguson, arranged to have Ferguson demonstrate his tractor for Henry Ford. In October 1938 the Ferguson tractor was put through a demonstration before Ford and his engineers. It was light in weight relative to its power, which impressed Ford. Ferguson's successful tractor demonstration led to a handshake agreement with Ford in 1938, whereby Ford would manufacture tractors using the Ferguson three-point hitch system.

Ford Motor Company invested $12 million in tooling to finance Ferguson's new distribution company. The investment resulted in the production of the 9N tractor which was introduced on June 29, 1939. It was officially called a "Ford tractor with the Ferguson system", although the name Ford-Ferguson was widely used. It sold for $585 including rubber tires, power take-off, Ferguson hydraulics, an electric starter, generator, and battery; lights were optional. Ford's 9N further improved the cantankerous Model F by updating the ignition with a distributor and coil. An innovative system of tire mounts for the rear wheels and versatile axle mounts for the fronts enabled farmers to accommodate any width row-crop work they needed. The 9N weighed 2340 pounds and had 13 drawbar horsepower, which could pull a two-bottom plow. It was designed to be safe, quiet and easy to operate. Ford once said "Our competition is the horse."; the 9N was intended for farmers who were not mechanically minded.

An immediate success, the 9N's configuration became an industry standard, which was followed by other tractor manufacturers for fifteen years. Henry Ford passed leadership of his company to grandson Henry Ford II in 1945. By 1946, the younger Ford discovered that, despite its success, the Model N lost Ford Motor Company over $25 million in six years. He reacted by forming Dearborn Motors in November 1946, which took over tractor distribution from Ferguson. Ford informed Ferguson that after July 1947 they would no longer supply tractors to his company. Ferguson sued Henry Ford II, Dearborn Motors and Ford Motor Company and others for $251 million in damages on the basis of patent infringements and conspiracy to monopolize the farm tractor business. Ford Motor Company claimed the patents had already expired by the time of Dearborn Motors' incorporation.[3] Approximately 750,000 9Ns were built, and it was estimated in 2001 that nearly half of these were still in regular use.

Harry Ferguson had understood that the handshake agreement had included the manufacture of the 9N in Britain. World War II intervened and prevented this, although one explanation was that Ford UK was uninterested in the plan.

9N
The first tractor of the series was the 9N, the first tractor to have both three-point hitch and a rear Power Take Off. The 9N was first demonstrated in Dearborn, Michigan on June 29, 1939. Its model name reflected a model-naming system using the last digit of the year of introduction and a letter for product type, with "N" for tractors (hence 9N). Like the Farmall, it was designed to be a general-purpose row-crop tractor for use on smaller farms. An extremely simple tractor, the 9N was fitted with the Ferguson system three-point hitch, a three-speed transmission, and featured footpegs instead of running boards. The 9N's relatively tall and wide-spaced front wheel design resulted in somewhat sluggish steering and reduced maneuverability compared to competing machines such as John Deere's Models A and B, and the Farmall 'Letter series'. But the 9N did have variable front track, a valuable feature for row-crop cultivation, via front half-axles that could be slid in and out and pinned in place. It also had variable rear track via the reversible offset of the rear wheel design (flipping the rear wheels around 180°, moving the formerly inboard side to the outboard side, widened the rear track). Uniquely, the exhaust was routed underneath the tractor, much like an automobile. All 9N tractors were painted dark grey. This tractor has a rear Power Take Off (PTO) which could be used to drive three point or towed implements. The Ferguson hitch was designed to solve some of the problems found in the earlier Fordson tractors such as flipping over if the plow hit an obstruction. The upper link also would adjust the hydraulic lift to use the drag of the plow to improve traction. This was known as draft control.

The original 9N engine was a four cylinder engine and was designed to be powered by distillate fuels. The engine shares the same bore and stroke sizes as one bank of the Ford V8 automobile engines. A few standard Ford auto and truck parts such as timing gears and valve tappets were used in this engine.

The ford 9N engine was a side valve, four cylinder engine, with a 3.19-inch (81 mm) bore, 3.75-inch (95 mm) stroke, providing a displacement of 120 cubic inches (2,000 cm3). The transmission was the standard three speed.

The finished tractor weighed 2,340 pounds (1,060 kg), and initially sold for US$585. This was an advantage as tractors from other manufactures cost almost twice as much.

2N
The 9N was revised a number of times, until being relaunched as the 2N in 1942. The 2N still came in dark grey, but now had added improvements including a larger cooling fan and a pressurized radiator. However, the 2N, like the 9N, still had only a 3-speed transmission, a disadvantage compared to many tractors at the time, such as the Farmall A and M. By this time, wartime regulations had imposed manufacturing economies, and some 2Ns can be seen with all-steel wheels. Batteries were reserved for the war effort, so the all-steel wheel tractors came with a magneto ignition system instead of a battery and had to be started with a hand-crank.

Introducing a new model name also allowed Ford to raise the price of the tractor. Wartime price controls prevented the raising of prices on existing models, but they could not determine the price of a "new" model. Despite the model name change, the serial numbers continued to be prefixed with "9N".

After the war the steel wheels and magneto system were replaced with rubber and batteries.

In 1945 due to Henry Ford's failing health, Henry Ford II, his grandson, took over the Ford Motor Company. Since the original agreement between Ford and Ferguson was sealed with a handshake (versus a written contract) and included the notion that either party could terminate it at any time without reason, Henry Ford II didn't feel the need to continue to honor it [fool!]. Ferguson was furious and sued Ford Motor Company. A few years later his Ferguson interests were merged with Massey Harris, a Canadian company, to become Massey Ferguson.

https://en.wikipedia.org/wiki/Fordson
https://en.wikipedia.org/wiki/Ford_N-Series_tractor


Tractors Working On The Farm: Power On The Land - 1943
https://www.youtube.com/watch?v=FgasD-N0yL8

Farm, Timber, WLA, WTC
https://www.youtube.com/playlist?list=PLtakTnKQQMCx3Np0zsgSkr9ih0A0w2m4V

History of Farming
https://www.youtube.com/playlist?list=PL43UrdpDUR9-FRKR3tLHUgmZp0LpgMO2y



Tractors - Ferguson, Massey-Ferguson playlist
https://www.youtube.com/playlist?list=PLYZbCEPmWCtMdtMh_eiqTMtWhgH6m2kVk

sī vīs pācem, parā bellum

igitur quī dēsīderat pācem praeparet bellum    therefore, he who desires peace, let him prepare for war sī vīs pācem, parā bellum if you wan...