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Difficulty: MediumSkid Recovery and Hydroplaning Control

If a vehicle loses front-wheel traction while navigating a curve (understeer), turning the steering wheel more sharply into the turn will allow the front tires to regain grip.

Answer: Answer

Answer

False. Turning the steering wheel more sharply during a front-wheel skid (understeer) increases friction demands on tires that have already lost traction, making the skid worse. Drivers should ease off the gas pedal and slightly reduce the steering angle to restore tire grip.
The statement is false because adding steering input during a front-wheel skid pushes the front tires further past their traction envelope. Effective recovery requires easing off the gas and reducing steering angle until rolling grip is restored.

Step-by-Step Solution

1
Identify the vehicle dynamic occurring during a front-wheel skid (understeer).
Recognize that front-wheel traction limits have been exceeded, causing the vehicle to plow straight ahead despite steering input.
The front tires lack sufficient friction with the road to execute the turn.
2
Evaluate the effect of turning the steering wheel tighter into the turn.
Determine that increasing steering angle creates a steeper slip angle and increases sideways force on already skidding tires.
Excessive steering angle keeps the tires sliding laterally rather than rolling smoothly.
3
Determine the proper corrective response for front-wheel skid recovery.
Ease off the accelerator and reduce the steering angle (unsteer slightly) to restore traction.
Reducing speed and straightening the tires allows tire tread to re-engage the pavement.

Key Concept

Front-wheel skid (understeer) recovery dynamics
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Topics

Skid Recovery and Hydroplaning Control

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