Examples of using Understeer in English and their translations into Arabic
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Colloquial
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Political
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Ecclesiastic
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Ecclesiastic
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Computer
No understeer at all.
Gambon, a bit of understeer.
Active Understeer Control(AUC).
Lost a lot of time with understeer.
It does understeer, this, did you notice?
There's hardly any understeer at all.
S can understeer, but no sign of it there at all.
It tends to understeer more.
Cry havoc and let slip the dog of understeer!
And lots of understeer again, but across the line!
In the first round, tended to understeer.
In, a lot of understeer at the first part and… Argh!
And biased ever so slightly towards understeer.
A bit of understeer and some tyre squeal despite the conditions.
Electronic stability program(ESP) with understeer control logic(UCL).
By reducing understeer, it delivers sporting agility and added driver confidence.
Even when you turn the traction control off, it isn't fully off,so you just get miles and miles of dreary understeer.
It normally makes the car understeer there, but you have got it.
Reduces engine torque and applies braking to the appropriate wheels,correcting the direction of travel by counteracting understeer or oversteer.
Principal problem: understeer, which means that the vehicle is going outward curve to take faster than necessary.
Vehicle Dynamic Control intuitively corrects oversteer or understeer, to help keep you on the steered path.
DSC reduces engine torque and applies braking to the appropriate wheels tocorrect the vehicle's direction of travel by counteracting understeer or oversteer.
When it detects oversteer or understeer, Vehicle Dynamic Control(VDC) can reduce engine power and apply brake pressure to specific wheels.
And interesting visual explanation, and with a twist because the images are video game and rally,where I know“used” both understeer and oversteer primarily to gain speed in curves and steps to be faster at the end of section.
And if oversteer or understeer is detected, Vehicle Dynamic Control(VDC) can reduce engine power and apply brake pressure to specific wheels to help maintain your desired path.
Torque Vectoring technology provides controlled independent braking on the inside wheels to maximise capability through even the tightest corners,reducing understeer and delivering sports car-like agility and added driver confidence.
Torque Vectoring technology provides controlled independent braking on the inside wheels to maximise capability through even the tightest corners,reducing understeer and delivering sports car-like agility and added driver confidence.