Examples of using Torque vectoring in English and their translations into German
{-}
-
Colloquial
-
Official
-
Ecclesiastic
-
Medicine
-
Financial
-
Ecclesiastic
-
Political
-
Computer
-
Programming
-
Official/political
-
Political
Everything here is about torque vectoring.
Torque vectoring less than 50 msec response time.
These are also assisted by all-wheel drive and torque vectoring.
Traction is enhanced by Porsche Torque Vectoring(PTV), which is fitted as standard.
Torque vectoring and all-wheel steering improve its traction and driving dynamics.
Lamborghini four-wheel drive and torque vectoring: optimizing driving dynamics.
Continuous all-wheel drive(40:60 rear bias) with torque vectoring.
The standard Porsche Torque Vectoring(PTV) increases dynamic performance and stability.
The project SUNCAR Steer by Wire fromETH Zurich focusesto theconversion of a BMW X5 to electric individual wheel drive with torque vectoring.
Fitted as standard, Porsche Torque Vectoring(PTV) enhances vehicle dynamics and stability.
More performance is available with the driving modes offered by the mode switch in interaction with the PASM sports suspension andPorsche Torque Vectoring PTV.
Electric all-wheel drive and torque vectoring: new driving functions for hybrid and electric cars.
Another feature that means you will experience sharper turn-in to corners, less understeer, more powerful acceleration and more fun behind the wheel is our Corner Traction Control with torque vectoring.
The chosen topology is a center drive with torque vectoring transmission to improve active safety.
In conjunction with our high power converters, that guarantee top performance with the patented SoftSwing® topology,ambitious all-wheel and torque vectoring scenarios can be realized.
In conjunction with torque vectoring, quattro also distributes the drive forces individually to each wheel to suit the driving situation.
In the driving modes STRADA, TERRA(off-road) and NEVE(snow) torque vectoring reduces understeer for safe and simple driving.
One of these functions is torque vectoring, which distributes the drive torque on bends to each individual wheel, thus notably increasing driving dynamics.
This intelligent all-wheel-drive system allows dynamicallyoptimised power transmission without any losses by means of Torque Vectoring- in other words the specifically targeted acceleration of individual wheels.
In addition, such an entry-level hybridization enables electric-powered driving at low speeds and- depending on the design- also improves driving agility by means of selectivetorque distribution to individual wheels so-called torque vectoring.
The driving dynamics benefit from the wide speed range and torque vectoring, which distributes the torque between the driven wheels depending on the driving situation.
In combination with our high performance inverters, which can provide the best performance through its patented SoftSwing® topology,very demanding scenarios like all-wheel drive and torque vectoring are possible.
A standard feature of all our 4 Wheel Drive(4WD) vehicles, the Torque Vectoring by Braking system enhances the Discovery Sportâ€TMs agility and stability when cornering.
On the road, Land Rover technology such as Adaptive Cruise Control, for relaxed long-distance drives, Adaptive Dynamics,providing an optimum balance of ride and control, and Torque Vectoring, for smooth, controlled cornering, contribute to a refined and composed drive.
To give tighter turning and reduce understeer, Torque Vectoring provides controlled independent braking of the inside front and rear wheels during cornering.
Adding to a more dynamic driving experience, our Corner Traction Control with torque vectoring gives more traction during high-speed cornering, less understeer and more powerful acceleration.
The twin motors canbe programmed for fully independent active torque vectoring, which increases safety and handling by improving front-to-back and side-to-side drivability and optimize vehicle stability during turns, evasive maneuvers and slippery conditions.
Giving the driver even more control and improved cornering, Torque Vectoring by Braking(TVbB) helps the vehicle maintain the desired path and reduces the likelihood of oversteer.
The study of mechanics involves various other terms like: acceleration, momentum, energy, friction, forces, gravitation, inertia, physical measurements,projectiles, torque, vectors etc.