Examples of using Engine torque in English and their translations into Swedish
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By balancing engine torque between the front wheels,
not and adapts the engine torque, with a consequent reduction in fuel consumption
This is achieved by monitoring vehicle throttle/engine torque demand and the vehicle acceleration rate.
Reduces engine torque and applies braking to the appropriate wheels to correct the vehicle‘s direction of travel by counteracting understeer or oversteer.
the throttle, engine torque, engine speed and the brakes.
control system for measuring engine torque and power.
If this is not sufficient, or if you ignore it, all four wheels will be braked and engine torque will be reduced.
DSC reduces engine torque and applies braking to the appropriate wheels to correct the vehicle's direction of travel by counteracting understeer or oversteer.§.
senses the vehicle may be losing control, it first reduces engine torque then applies braking to help slow you down.
all thanks to the steady engine torque.
can rapidly reduce engine torque- and apply brakes to individual wheels- to help keep the vehicle safely under control.
The system can detect if your Minibus is starting to become unstable and by controlling both engine torque and individual wheel braking the technology can help correct oversteer,
The system can detect if your Transit Chassis Cab is starting to become unstable and by controlling both the engine torque and individual wheel braking,
A single stage torque converter with output torque divider sends 75% of engine torque through the converter and 25% through a direct drive shaft for greater driveline efficiency, higher torque multiplication, and ease of operation.
can rapidly reduce engine torque- and apply brakes to individual wheels- to help keep the vehicle safely under control. Stay in control whatever the conditions.
vehicle's brake system to constantly balance the distribution of engine torque between the four wheels when cornering,
a system that acts on engine torque parameters, pedal feedback from the braking system through the pre-fill device, gearbox shifting ratio, ESC and ASR traction control.
is able to transfer up to 50% of the engine torque to the front wheels in order to optimise traction.
the world's first technology that adjusts engine torque in response to steering inputs in a unified way
It stabilises the vehicle by braking individual wheels or by reducing the engine torque.