
Object 452K
World of Tanks EU statistics for the X USSR heavy tank Object 452K.
Object 452K characteristics
Firepower
- Damage
- 560hp
- … vs modules
- 180hp
- Penetration
- 260mm
- … at 500m
- 240mm
- DPM
- 2,400
- Reload
- 14.00s
- Rate of fire
- 4.29/min
- Aim time
- 2.50s
- Dispersion
- 0.380m
- … moving
- 0.180
- … hull traverse
- 0.180
- … turret traverse
- 0.080
- … after firing
- 4.00×
- … gun damaged
- 2.00×
- Shell velocity
- 1,000m/s
- Max range
- 720m
- Caliber
- 130mm
- Ammo capacity
- 30
- … potential damage
- 16,800hp
- Shell cost
- 1,250
- … full ammo
- 37,500
- Gun depression
- 20°
- Gun elevation
- 7°
- Gun traverse range
- 360°
Mobility
- Top speed
- 40km/h
- Reverse speed
- 17km/h
- Engine power
- 880hp
- Power/weight
- 16.0hp/t
- Hull traverse
- 30.0°/s
- Turret traverse
- 25.0°/s
- … hard
- 1.30
- … medium
- 1.70
- … soft
- 2.50
- … hard
- 40.0km/h
- … medium
- 34.4km/h
- … soft
- 23.4km/h
- … hard
- 30.0°/s
- … medium
- 22.9°/s
- … soft
- 15.6°/s
Survivability
- Hit points
- 2,400hp
- … front
- 210mm
- … side
- 100mm
- … rear
- 50mm
- … front
- 130mm
- … side
- 130mm
- … rear
- 60mm
- Track armor
- 20mm
- Fire chance
- 15.0%
- Track repair time
- 12.03s
- … ammo rack
- 210 / 140hp
- … track
- 250 / 190hp
- … engine
- 360 / 180hp
- … fuel tank
- 200 / 80hp
- … turret ring
- 170 / 85hp
- … viewport
- 120 / 60hp
Spotting & other
- View range
- 390m
- Signal range
- 730m
- … stationary
- 8.0%
- … moving
- 4.0%
- Weight
- 55.0t
Ammunition
Equipment
Consumables
Directives
Field Modifications
Crew Skills
Object 452K modules
Object 452K historical reference
The Object 452K was the result of 1960s research to find new tank layouts, specifically with the driver placed in the turret. Control problems were to be solved by using fiber optics or television equipment mounted on the hull. During the design stage, it was proposed to improve both the limited elevation and depression angles of the gun and the inclination angles of the front armor plates on both the turret and the hull. The possibility of optical devices (sights) being damaged by HEAT and HE shells was practically eliminated. The suspension was planned to be made using new materials, including titanium alloy for the support roller disks. Despite the possibility of technical realization, the project was never built.





