Question

Difficulty: HardFollowing Distances and Tailgating

You are driving at 50 mph on a busy single carriageway when a faster vehicle overtakes and cuts sharply into the safety cushion directly ahead of you. At the same time, you notice the driver behind is following you too closely. What is the safest course of action to handle this situation?

  1. A
    Brake firmly to restore your full two-second separation distance immediately.
  2. Gradually ease off the accelerator to steadily re-establish a safe separation distance from the vehicle ahead.Answer
  3. C
    Flash your headlights repeatedly while maintaining your speed to signal the overtaking driver.
  4. D
    Accelerate closer to the vehicle in front to prevent any further vehicles from pulling in.

Answer

Gradually ease off the accelerator to steadily re-establish a safe separation distance from the vehicle ahead.
When another vehicle cuts into your safe following buffer while a tailgater is behind you, braking sharply creates an immediate risk of a rear-end collision. The safest defensive driving technique is to ease off the accelerator smoothly, allowing your vehicle to naturally fall back until the proper two-second separation gap is restored.

Step-by-Step Solution

1
Assess the forward and rearward hazards.
Identified that the front following distance is compromised by a cut-in vehicle and the rear margin is compromised by a tailgater.
Any sudden action in front could trigger a collision from behind.
2
Select a smooth method of speed adjustment.
Choose gradual deceleration without harsh pedal braking.
Lifting off the accelerator reduces speed progressively, preventing sudden shock to the close follower behind.
3
Rebuild the safety margin.
Restore the minimum two-second gap (or four seconds if conditions deteriorate).
A proper gap gives you adequate time to see hazards and brake gently if the vehicle ahead stops.

Key Concept

Maintaining defensive safety margins and managing compounded front-and-rear following hazards through gradual speed adjustment.
Estimated Time:1m 0s
Rate this question