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Difficulty: HardTire Blowout and Tread Separation Response

During a high-speed tire blowout emergency, immediately applying the foot brake is recommended because reducing momentum as quickly as possible prevents the vehicle from swerving.

Answer: Answer

Answer

The statement is False. Immediately applying the brakes after a tire blowout destabilizes the vehicle. The correct initial response is to grip the steering wheel firmly with both hands, steer straight, and gradually ease off the accelerator pedal.
The statement is false because braking immediately following a tire blowout or tread separation transfers weight to the front axle and exacerbates the extreme side-pull caused by the damaged tire. Standard safety procedure dictates that drivers must maintain a firm grip on the steering wheel, keep the vehicle tracking straight, and gradually ease off the gas pedal to allow vehicle momentum and rolling resistance to decrease speed safely before applying light brake pressure at reduced speeds.

Step-by-Step Solution

1
Identify the primary mechanical hazard during a sudden tire blowout.
Recognize that rapid tire deflation creates severe, asymmetrical drag pulling the vehicle toward the side of the damaged tire.
Understanding the physics of a blowout explains why maintaining directional control is the immediate priority.
2
Analyze the vehicle dynamics resulting from immediate braking.
Determine that pressing the brake pedal shifts vehicle weight forward and amplifies the side-pull drag of the deflated tire, causing rapid control loss.
Evaluates why instinctive braking is dangerous during initial tire failure.
3
Establish the proper emergency handling sequence.
Confirm that gripping the steering wheel firmly with both hands, keeping the vehicle traveling straight, and slowly releasing the accelerator allows safe deceleration before applying gentle brakes at lower speeds.
Aligns with official DMV safety standards for emergency vehicle control.

Key Concept

Tire Blowout Immediate Emergency Response
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Topics

Tire Blowout and Tread Separation Response

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