VT-4/B2 Modular Dynamometer
Two axle modular dynamometer, equipped with two eddy current brakes with maximal braking torque 2000 Nm. It allows the measurement of power and torque in both inertial and braked modes, measurement of power on wheels in constant rpm mode and road-mode testing of the car. Full synchronization (1:1), enabling the measurement of the most modern cars with an active central differential or advanced traction control. Fully upgradeable. Standalone or in-pit.
| Type | braked, synchronized [1] |
| Size (L x W) [mm] | 4500 x 3826 [2] |
| Max/min wheelbase [mm] | 3300/2300 |
| Max/min track [mm] | 2200/900 |
| Minimum tyre diameter [mm] | 400 |
| Max weight per axle [kg] | 3000 |
| Number of axles | 2 |
| Brakes | 2x1000Nm eddy current brake |
| Vmax [km/h] | 300 |
| Test mode | inertial, dynamic load, road test, constant RPM |
| Pmax [HP] - inertial mode | 1100[3] |
| Pmax [HP] - dynamic load and road test modes | 1100[3] |
| Pmax [HP] - constant RPM mode (power on wheels) | 540[4] |
| Power measurement accuracy, inertial mode [%] | 0,1 |
| Power measurement accuracy, braked mode [%] | 1 |
| Power supply (without cooling and exhaust fans) | min. AC 400V / 40A |
| Required compressed air | min. 6 bar |
| Basic composition | in-pit / surface-mounted |
| Additional accessories | turbo pressure sensor, AFR sensor, cooling fan, exhaust fan, exhaust pipes, OBD/CAN interface for live data acquisition |
[1] Mechanical connection between front and rear axles (synchronization) gives you an opportunity to measure modern AWD cars equipped with high tech systems controlling torque distribution between front and rear wheels, also 2WD cars equipped with advanced traction control system in which all the wheels must rotate in equal speed (otherwise car ECU will not allow to measure the car).
[2] 6020 x 4066 in surface-mounted version.
[3] Maximum power depends on engine torque characteristic and engine rotations. Cars with higher engine power can be measured with lower accuracy.
[4] Maximum power depends on eddy current brake rotations.