Question

Difficulty: HardAwareness and Observation

You are navigating a busy multi-lane gyratory system during peak traffic hours and intend to change lanes to your left. Which TWO observation practices are essential for maintaining safety and awareness before completing this manoeuvre? (Select TWO answers)

  1. Check both the interior mirror and the left door mirror to assess the speed and position of vehicles behindAnswer
  2. B
    Fixate your visual attention solely on the rear bumper of the vehicle directly ahead while steering
  3. Perform a physical shoulder check into the left blind spot to detect vulnerable road users positioned alongsideAnswer
  4. D
    Rely entirely on mirror reflections without checking the blind spot if road markings indicate an open lane

Answer

Checking both the interior and left door mirrors to gauge trailing traffic and performing a physical shoulder check into the left blind spot are the two essential observation practices.
Executing a safe lane change on a multi-lane system requires full 360-degree awareness. The driver must first evaluate trailing traffic via the interior and left exterior mirrors to judge speed and distance, and then complete a quick physical shoulder check into the left blind spot to verify no cyclist or motorcyclist is positioned alongside.

Step-by-Step Solution

1
Check the interior rear-view mirror followed by the left door mirror.
Gains an accurate picture of traffic speed, distance, and approaching vehicles from the rear.
Effective mirror observation ensures that moving into the left lane will not cut across faster-moving traffic.
2
Perform a rapid glance over the left shoulder into the vehicle blind spot.
Confirms that no cyclists, motorcyclists, or small vehicles are hidden in areas unreflected by mirrors.
Mirrors cannot eliminate blind spots, making physical head checks mandatory before altering lateral positioning.

Key Concept

Observation routine involving structured mirror checks and physical blind spot checks during lane changes in multi-lane traffic systems.
Estimated Time:1m 30s
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