| The AMR40 was designed in 1939, manufactured by Renault based on the existing fully tracked AMR35 and was in use from 1940 to 1945. |
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| Specifications | Operational Date(s) | 1940 - 1945 | Quantity Produced | 130 | Weight | 13.6 tonne | Crew | 2 | M.G's small | 1 | M.G's large(>10mm) | n/a | Length | 3.88 mtr | Width | 1.64 mtr | Height | 1.90 mtr | Engine Details/Performance | Max Road Speed | 34 mph | Max Cross Country Speed | 19 mph | Range Road | 124 miles | Range Cross Country | 49 miles | Fuel Type | Petrol | Fuel Capacity | 29 gal | Horse Power | 190 hp | Power/Weight | 13 hp/tonne | | General Information | The AMR40 was designed in 1939, manufactured by Renault based on the existing fully tracked AMR35 and was in use from 1940 to 1945.
The vehicle was powered by Somua 'V8 190hp' petrol powerplant producing 190 HP which could drive the vehicle on roads at up to 34 mph with a range of about 124 miles before refuelling. Its cross country performance was good providing a max speed of about 19 mph and a range of about 49 miles.
It was armed with 1 light machine gun , a Mitrailleuse modèle 1931. Its main armament consisted of a 37 mm SA M1938 L/33 which could penetrate 28 mm of flat plate at 400 metres
This was an uprated AMR35 using AMX suspension on an extended chassis providing better cross country performance. The armour was increased to 35mm on the front and 20mm to the sides. | |
| Turret | Front | | 35mm | @ | 5° | (35mm) | Side | | 20mm | @ | 15° | (21mm) | Rear | | 10mm | @ | 15° | (10mm) | Top | | 9mm | @ | 90° | (9mm) | | Superstructure | Front | | 35mm | @ | 20° | (37mm) | Side | | 20mm | @ | 0° | (20mm) | Rear | | 8mm | @ | 35° | (10mm) | Top | | 5mm | @ | 90° | (5mm) | |
Hull | Front | | 35mm | @ | 25° | (39mm) | Side | | 20mm | @ | 0° | (20mm) | Rear | | 8mm | @ | 35° | (10mm) | Top | | 6mm | @ | 90° | (6mm) | | Armour (x)mm @ (y)° (Effective mm @ 0°) | Effective Armour - Maximum 39 mm - Minimum 6 mm |
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Weapon Details |
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Mitrailleuse modèle 1931 (Machine Gun) |
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| | History | |
| | Designed by Lt Colonel Reibel, the FM 24/29 was developed into a heavier machine gun capable of relatively sustained fire, by giving it an extremely thick and massive barrel, to act as a heat sink. |
| | Manufacturer | Reibel |
| | Manufactured | 1932 - 1945 |
| | Calibre | 7.50mm |
| | Length | L/80 |
| | Rate of Fire | 450 rpm |
| | Number of Rounds | 2400 |
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Ammunition Details |
Name/Id |
Calibre Weight MVelocity |
Explosive Content |
7.5 MAS
(AP Standard Small Arms)
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7.50mm 0.009Kg 820M/Sec | |
Range(Mtr) | 100 | 200 | 400 | 800 | 1200 | 1600 | 2000 | 2400 |
Flight Time(Secs) |
0.15 |
0.36 |
1.2 |
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Penetration(mm@30°) |
10 |
7 |
4 |
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Penetration(mm@0°) |
12 |
9 |
5 |
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Hit Probability(%) |
98 |
98 |
96 |
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7.5 MAS
(BALL Standard Small Arms)
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7.50mm 0.009Kg 820M/Sec | |
Range(Mtr) | 100 | 200 | 400 | 800 | 1200 | 1600 | 2000 | 2400 |
Flight Time(Secs) |
0.15 |
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Penetration(mm@30°) |
1 |
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Penetration(mm@0°) |
2 |
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Hit Probability(%) |
98 |
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Weapon Details |
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37 mm SA M1938 L/33 |
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| | Calibre | 37mm |
| | Length | L/33 |
| | Number of Rounds | 90 |
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Ammunition Details |
Name/Id |
Calibre Weight MVelocity |
Explosive Content |
AP
(AP Armor Piercing)
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37mm 0.56Kg 701M/Sec | |
Range(Mtr) | 100 | 200 | 400 | 800 | 1200 | 1600 | 2000 | 2400 |
Flight Time(Secs) |
0.15 |
0.3 |
0.64 |
1.46 |
2.54 |
4.04 |
6.22 |
9.81 |
Penetration(mm@30°) |
31 |
28 |
24 |
19 |
15 |
11 |
7 |
5 |
Penetration(mm@0°) |
36 |
33 |
28 |
23 |
18 |
13 |
9 |
6 |
Hit Probability(%) |
98 |
98 |
98 |
88 |
44 |
15 |
3 |
1 |
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Hit probability is based on a static 2 x 2.4 metre panel at 0 degrees(vertical) at the range specified.
The data that has been used to create these records has come from Wikipedia, The Lone Sentry, The Bundes Archive
and numerous books and websites that have provided the detailed information that has not been available anywhere else. The
information we use to calculate the penetration tables, flight times and the hit probability comes from the Gun Calibre,
the Shell Mass(Kg) and the muzzle velocity, plus range reductions to allow for gravity and wind resistance. This calculation
originally came from a pre-war Krupp calculation which has been modified, and seems to fit the actual test results.
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Page Last Updated: 2021-09-19 11:32:20
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