M4A3 (76) W (Japan)

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This page is about the medium tank M4A3 (76) W (Japan). For other M4 Shermans, see M4 Sherman (Family). For other uses, see M4 (Disambiguation).
▅M4A3 (76) W
jp_m4a3e8_76w_sherman.png
GarageImage M4A3 (76) W (Japan).jpg
ArtImage M4A3 (76) W (Japan).png
▅M4A3 (76) W
AB RB SB
5.3 5.7 5.7
Class:
Research:46 000 Specs-Card-Exp.png
Purchase:155 000 Specs-Card-Lion.png
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Description

The Medium Tank M4A3 (76) W HVSS Sherman (or just ▅M4A3 (76) W) was, together with the M24, provided by the Americans to the Japanese to rebuild Japan's military in self-defense due to the outbreak of the Korean war. While they were initially supposed to receive M26 Pershings, the US Department of State opposed and kept it to the weaker surplus Shermans and Chaffees. With the Japanese deciding to build their own tank shortly after due to the weaker firepower the Sherman provided over 90 mm's and the relatively large size for the average Japanese tanker, the M4A3 (76) W was eventually replaced in end of the same decade by the Type 61.

It was introduced along with the initial Japanese Ground Forces tree in Update 1.65 "Way of the Samurai". This Japanese vehicle, following the M24 SDF in the tree line, is identical to the American M4A3 (76) W HVSS Sherman. The Sherman should be familiar to Japanese tankers in terms of its capabilities and performance. It offers strong firepower and mobility, but its armour is on the weaker side. Overall, it is a well-rounded tank that can be effective when used correctly.

General info

Survivability and armour

Armourfront / side / back
Hull38 / 38 / 38
Turret63 / 63 / 63
Crew5 people
Visibility122 %

Armour type:

  • Rolled homogeneous armour (Front, Side, Rear, Roof)
  • Cast homogeneous armour (Turret, Gun mantlet, Transmission area)
Armour Front (Slope angle) Sides Rear Roof
Hull 63.5 mm (47°) Front glacis
63.5-107.9 mm (13-77°) Transmission housing
38.1 mm 38.1 mm (22°) Top
38.1 mm (13-44°) Bottom
19.5 mm
Turret 63.5 mm (10-62°) Turret front
88.9 mm (1-74°) Gun mantlet
63.5 mm (1-72°) 63.5 mm (0-80°) 25.4 mm
Cupola 63.5 mm (55-56°) 63.5 mm (55-56°) 63.5 mm (55-56°) 25.4 mm

Notes:

  • Suspension wheels are 15 mm thick, bogies are 10 mm thick, and tracks are 20 mm thick.

Mobility

Speedforward / back
AB47 / 7 km/h
RB and SB43 / 6 km/h
Number of gears5 forward
1 back
Weight32.2 t
Engine power
AB954 hp
RB and SB500 hp
Power-to-weight ratio
AB29.6 hp/t
RB and SB15.5 hp/t
Game Mode Max Speed (km/h) Weight (tons) Engine power (horsepower) Power-to-weight ratio (hp/ton)
Forward Reverse Stock Upgraded Stock Upgraded
Arcade 47 7 32.2 775 954 24.07 29.63
Realistic 43 6 442 500 13.73 15.53

Modifications and economy

Repair costBasic → Reference
AB2 169 → 2 791 Sl icon.png
RB2 637 → 3 393 Sl icon.png
SB3 401 → 4 377 Sl icon.png
Total cost of modifications40 300 Rp icon.png
77 900 Sl icon.png
Talisman cost1 400 Ge icon.png
Crew training45 000 Sl icon.png
Experts155 000 Sl icon.png
Aces630 Ge icon.png
Research Aces440 000 Rp icon.png
Reward for battleAB / RB / SB
90 / 150 / 180 % Sl icon.png
160 / 160 / 160 % Rp icon.png
Modifications
Mobility Protection Firepower
Mods new tank traks.png
Tracks
Research:
2 700 Rp icon.png
Cost:
5 200 Sl icon.png
175 Ge icon.png
Mods new tank suspension.png
Suspension
Research:
1 800 Rp icon.png
Cost:
3 500 Sl icon.png
115 Ge icon.png
Mods new tank break.png
Brake System
Research:
1 800 Rp icon.png
Cost:
3 500 Sl icon.png
115 Ge icon.png
Mods new tank filter.png
Filters
Research:
2 500 Rp icon.png
Cost:
4 800 Sl icon.png
165 Ge icon.png
Mods new tank transmission.png
Transmission
Research:
3 300 Rp icon.png
Cost:
6 400 Sl icon.png
220 Ge icon.png
Mods new tank engine.png
Engine
Research:
3 300 Rp icon.png
Cost:
6 400 Sl icon.png
220 Ge icon.png
Mods tank tool kit.png
Improved Parts
Research:
2 700 Rp icon.png
Cost:
5 200 Sl icon.png
175 Ge icon.png
Mods extinguisher.png
Improved FPE
Research:
1 800 Rp icon.png
Cost:
3 500 Sl icon.png
115 Ge icon.png
Mods tank reinforcement jp.png
Crew Replenishment
Research:
2 500 Rp icon.png
Cost:
4 800 Sl icon.png
165 Ge icon.png
Mods new tank horizontal aiming.png
Horizontal Drive
Research:
2 700 Rp icon.png
Cost:
5 200 Sl icon.png
175 Ge icon.png
Mods tank cannon.png
Adjustment of Fire
Research:
1 800 Rp icon.png
Cost:
3 500 Sl icon.png
115 Ge icon.png
Mods tank ammo.png
76mm_usa_APCBC_ammo_pack
Research:
1 800 Rp icon.png
Cost:
3 500 Sl icon.png
115 Ge icon.png
Mods new tank vertical aiming.png
Elevation Mechanism
Research:
2 500 Rp icon.png
Cost:
4 800 Sl icon.png
165 Ge icon.png
Mods tank ammo.png
76mm_usa_M93_APCR_ammo_pack
Research:
2 500 Rp icon.png
Cost:
4 800 Sl icon.png
165 Ge icon.png
Mods art support.png
Artillery Support
Research:
3 300 Rp icon.png
Cost:
6 400 Sl icon.png
220 Ge icon.png
Mods tank ammo.png
76mm_us_M88_Smoke_ammo_pack
Research:
3 300 Rp icon.png
Cost:
6 400 Sl icon.png
220 Ge icon.png

Armaments

Main armament

Vertical stabilizer
Reduces the swing of the gun in one plane while moving
Ammunition71 rounds
Reloadbasic crew → aces
7.6 → 5.9 s
Vertical guidance-10° / 25°
Main article: M1 (76 mm)
76 mm M1 Turret rotation speed (°/s) Reloading rate (seconds)
Mode Capacity Vertical Horizontal Stabilizer Stock Upgraded Full Expert Aced Stock Full Expert Aced
Arcade 71 -10°/+25° ±180° Vertical 20.0 27.7 33.6 37.2 39.5 7.67 6.78 6.25 5.90
Realistic 12.5 14.7 17.9 19.7 21.0

Ammunition

Penetration statistics
Ammunition Type of
warhead
Penetration @ 0° Angle of Attack (mm)
10 m 100 m 500 m 1,000 m 1,500 m 2,000 m
M79 shot AP 134 132 121 109 99 89
M42A1 shell HE 16 16 14 13 11 10
M62 shell APCBC 149 146 133 119 106 94
M93 shot APCR 190 186 167 146 128 112
Shell details
Ammunition Type of
warhead
Velocity
(m/s)
Projectile
mass (kg)
Fuse delay
(m)
Fuse sensitivity
(mm)
Explosive mass
(TNT equivalent) (g)
Ricochet
0% 50% 100%
M79 shot AP 792 6.8 - - - 47° 60° 65°
M42A1 shell HE 823 5.84 0.2 0.1 390 79° 80° 81°
M62 shell APCBC 792 7 1.2 14 63.7 48° 63° 71°
M93 shot APCR 1,036 4.22 - - - 66° 70° 72°
Smoke shell characteristics
Ammunition Velocity
(m/s)
Projectile
mass (kg)
Screen radius
(m)
Screen deploy
time (s)
Screen hold
time (s)
Explosive mass
(TNT equivalent) (g)
M88 274 3.44 13 5 20 50

Ammo racks

Ammo racks of the M4A1 (75) W (China) (identical)
Full
ammo
1st
rack empty
2nd
rack empty
3rd
rack empty
Visual
discrepancy
71 66 (+5) 31 (+40) (+70) No

Note:

  • Shells are modeled individually and disappear from the rack after having been shot or loaded.

Machine guns

Ammunition600 rounds
Belt capacity200 rounds
Reloadbasic crew → aces
10.4 → 8.0 s
Fire rate575 shots/min
Vertical guidance-10° / 70°
Horizontal guidance-60° / 60°
Ammunition3 000 rounds
Belt capacity250 rounds
Reloadbasic crew → aces
10.4 → 8.0 s
Fire rate500 shots/min
12.7 mm M2HB
Mount Capacity (Belt) Fire rate Vertical Horizontal
Pintle 600 (200) 577 -10°/+70° ±60°
7.62 mm M1919A4
Mount Capacity (Belt) Fire rate Vertical Horizontal
Coaxial 3,000 (250) 500 N/A N/A

Usage in battles

Playing as the M4A3 can be tricky since it features armour that can't stop most calibres at its rank such as the German 8.8 cm or the Soviet 85 mm, including the fact that it isn't the fastest tank. The M4A3 plays more of a support role, use the powerful 76 mm to assist teammates during an advance or defense. The number one rule of this tank is to never fight alone with it, always be with a teammate and use cover when available since it will give the Sherman a great advantage.

Pros and cons

Pros:

  • Single-plane gun stabilizer
  • Very fast turret traverse
  • Quick reload for the 76 mm gun
  • Wet ammo storage - Which reduces greatly ammo rack chances, is indicated by the "W" in its name, this also means tightly packed ammo only placed under the turret
  • Top-mounted .50 cal useful against fighters and open topped/light vehicles
  • Great cross terrain performances due to larger tracks, same as the M4A3 (105)
  • Access to APCR shells
  • Access to smoke shells

Cons:

  • All-around armour is very weak against most cannons
  • 76 mm gun, while adequate when downtiered, is lacking against opponents
  • Tall profile, makes it a bigger target

History

Development

The M4 Sherman has become a proven and well-respected tank design by 1944. It was highly reliable, adequately armoured, and could be produced in a very large number with a dedicated support arm to ensure that all of the ones in the field could be kept operational. It was also by 1944 that the Sherman's faults were becoming a more defining trait than its advantages, namely with the increased prevalence of German anti-tank weaponry and tanks, such as the Panther tank. The German anti-tank abilities, ranging from rocket launchers, anti-tank guns, mines, and tank guns, all became more capable of penetrating the frontal armour or disabling the Sherman. This resulted in an increased Allied tank attrition rate of nearly double during the Normandy Campaign than that of the Allies' previous campaigns. Criticisms were raised on the Sherman's inability to destroy the heavier tanks with its 75 mm gun, the tendency of catching fire easily when a penetrating round hits an ammo stowage bin scattered in the Sherman interior, and the lack of mobility on the muddy terrain due to the track design. The first and second criticism was addressed with the high-velocity 76 mm gun and a "wet stowage" ammo containers, but mobility became a big issue especially once the Allied front in France reached the Siegfried Line on the border of Germany, where the ground became very muddy in the fall season. An attempt to fix this was improvising "extensions" on the tracks, but these were difficult to add and there were never enough to go around. The problem had to be addressed in the manufacturing plant and Ordnance Department set to work finding a better solution to fix the track flotation for better mobility.

The result was to be the basis of the next generation of Sherman models. Under the E8 program, new suspension was trialled on the Sherman, one was the horizontal-volute suspension system (HVSS) taken from the T20 program. The trials showed that the new suspension gave the Sherman a ground pressure that is even less than the heavier Panther, and this model was approved for production in March 1944, beginning in August 1944. Despite the time of production, the distance of the Atlantic Ocean between the American factories and Europe cause the delivery time of the first batch of the new models to be three months, meaning they would not see service until December 1944 the soonest. Nevertheless, the new Sherman, dubbed the M4A3 (76) W HVSS Sherman on papers and shortened as the M4A3E8, was considered the best overall Sherman design with its new upgrades.

Design

Aside from the enlarged T23 turret, the Sherman interior layout was largely unchanged from the original design. The driver and bow gunner still sat in the front, the three-man turret crew in the center, and the engine compartment in the back. The exterior was changed with the new horizontal-volute suspension system (HVSS), which presented a different bogie system with larger road wheels that allow the usage of a wider track for better mobility cross-country. The new suspension system helped defeat the problems the Sherman's original tracks had with sinking in the mud from poor flotation and poor traction on slippery terrain. Another advantage the HVSS gave was the ability to change out individual road wheels on the bogie rather than replace the entire bogie, easing maintenance and repairs. The suspension was also reported to be a very smooth ride in comparison with the vertical-volute suspension system (VVSS), leading tankers to nickname the tank the "Easy Eight" from the tank's experimental designation M4A3E8, with the E8 corresponding to the usage of the HVSS.

The M4A3(76)W HVSS ran on a gasoline Ford GAA V8 engine, which was the standard engine used in all M4A3 Sherman variants. The tank construction was welded and had a frontal armour plate sloping at a 47 degree angle. The (76) in the name indicated that the tank was armed with the more powerful 76 mm gun as a counter to the heavier German armour. The "W" designation on the Sherman indicated that the vehicle had the "wet stowage" feature in response to complaints that the Sherman can easily catch fire due to exploding ammunition. The "wet stowage" encased the ammo containers in a liquid mixture that would douse the flames when penetrated or block flaming shrapnels due to penetrating shots from hitting the ammunition. The containers also placed all the ammunition in the bottom center of the tank, reducing the likeliness of it being hit by a shell as the penetrating shell must go through every armour and obstacle to hit the tank center. This feature was only present after February 1944 and severely decreased the rate of Sherman fires. The "HVSS" indicated the usage of the horizontal-volute suspension system on the tank. The M4A3E8 started production in August 1944 and its production life ended around the end of World War II, probably September 1945. M4A3(76)W HVSS production consisted of 4,542 tanks out of the total 49,234 Shermans produced in its production life.

Japanese Service

In July 1st, 1954, Japan set up its post-war military force, the Japan Self-Defense Forces with the purpose of defending Japan should it come under conflict in the ongoing Cold War between America and the Soviet Union. To jump start the remilitarization, America gave the newly formed JSDF 254 M4A3E8 Shermans.[1]

The Shermans remained in use in the JSDF until the new, domestic tank design Type 61 was made in large numbers during the 1960s.

Media

Skins
Videos

See also

Links to the articles on the War Thunder Wiki that you think will be useful for the reader, for example:

  • reference to the series of the vehicles;
  • links to approximate analogues of other nations and research trees.

External links

References

  1. Priory_of_Sion. "Sherman Use Around The World." The Sherman Tank Site. WordPress, 23 Nov. 2015. Web. 16 Dec. 2016. <http://www.theshermantank.com/tag/post-war/>.


U.S. Army Ordnance Department/Corps*
Light tanks  T18E2 · M24 (Designed in collaboration with Cadillac)
M3 Stuart  M3 · M3A1 Stuart · M3A1 (USMC)
M5 Stuart  M5A1
Medium tanks  M3 Lee
M4 Sherman  M4 · M4A1 · M4A2 · M4A3 (105) · Calliope
  M4A1 (76) W · M4A2 (76) W · M4A3 (76) W
M26 Pershing  T20 · T25 · M26 · M26E1 · M26 T99
Patton Series  M46 · M46 "Tiger" · M47
Prototypes  T54E1 · T95E1
Heavy tanks  M103
M4 Jumbo  M4A3E2 · Cobra King · M4A3E2 (76) W
M6 Heavy  M6A1 · M6A2E1 · T1E1
M26 Pershing  T26E1-1 · T26E5
Prototypes  T14
T29  T29 · T30 · T34
T-32  T32 · T32E1
Tank destroyers  M3 GMC · M10 GMC · M56
M8 GMC  M8 HMC · M8A1 GMC
M36 GMC  M36 GMC · M36B2
Prototypes  T28 · T95
SPAAGs 
Production  M19 MGMC · M42
Export/Captured  ␗M8 HMC · SU-57
Stuart  Stuart I · Stuart III · ␗M3A3 Stuart · ␗M3A3 (1st PTG) · ▄M3A3 · ▄M3A3 Stuart · ▃Stuart VI (5th CAD) · ␗M5A1
Lee/Grant  ▂M3 Medium · ▃Grant I · Grant I
M4 Sherman  Sherman II · ▄M4A1 · ␗M4A1 (75) W · ▀M4 748 (a) · ▂M4A2 · ▄M4A3 (105) · ▅M4A3 (76) W · ▄M4A3E2
  ␗M4A4 · ␗M4A4 (1st PTG) · ▄Sherman V · ▄M4A4 · ▄Sherman I Composito
M26 Pershing  M26 "D.C.Ariete" · M26A1
M47 Patton  mKPz M47 G · ▅M47
M10 GMC  ␗M10 GMC · ▄M10 GMC
M36 GMC  ␗M36 GMC · M36B1 · ▅M36 · ▄M36B2
M19 MGMC  ▅M19A1
M42 MGMC  ▅M42 · ␗M42
  *The Ordnance Department was renamed to the Ordnance Corps after the Army Reorganization Act of 1950.

Japan medium tanks
Type 97  Chi-Ha · Chi-Ha Kai · Chi-Ha Kai TD · Chi-Ha Short Gun
Type 1  Chi-He · Chi-He (5th Regiment) · Ho-I
Type 3  Chi-Nu · Chi-Nu II
Type 4  Chi-To · Chi-To Late
Type 5  Chi-Ri II
Type 61 MBT  ST-A1* · ST-A2* · ST-A3* · Type 61
Type 74 MBT  ST-B2* · Type 74 (C) · Type 74 (E) · Type 74 (F) · Type 74 (G)
Type 90 MBT  Type 90 · Type 90 (B) · Type 90B "Fuji"
Type 10 MBT  TKX (P)* · TKX* · Type 10
Other  Ka-Chi
USA  ▅M4A3 (76) W · ▅M47
  *Prototype