Driving Procedures - Stopping

Phase 1: Observation and Communication (Steps 1 - 3)

• The Core Observation Cycle
  Step 1,
  establishes early awareness and intent using the classic Mirrors Blind Spot Signal sequence.
  This alerts surrounding motorists and cyclists of an impending change in direction.
  
• Continuous Scanning
  Steps 2 and 3,
  highlight that observation is an ongoing loop, not a one-time check.
  The driver must re-check mirrors before slowing down (Step 2) to ensure trailing vehicles are reacting safely, and check the blind spot a second time (Step 3) right before changing lateral position to ensure no cyclists have slipped into the gap.
  
  

  Phase 2: Controlled Maneuvering and Deceleration (Steps 4 - 7)
  

  • Lane Positioning
    Step 4,
    instructs the driver to hug the side of the lane matching their turning direction.
    This is a critical defensive driving habit: it prevents other road users from attempting to pass on the inside and clearly telegraphs the vehicle's intent to traffic behind.
    
  • The "Two-Hands" Rule for Stability
    Step 5,
    heavily emphasize keeping both hands on the steering wheel during braking and stopping.
    Keeping both hands at the proper positions (e.g., 9-and-3 or 10-and-2) ensures maximum steering control if the driver needs to make sudden evasive maneuvers or if the vehicle is rear-ended.
    
  • Clutch Timing
    In Step 6,
    the clutch is disengaged (pressed down) right before the vehicle drops below its engine idling speed, avoiding an engine stall while maximizing the use of foot-braking.
    
    

    Phase 3: Stationary Control and Readiness (Steps 8 - 9)
    

    • Securing the Vehicle in Active Traffic
      Once stopped Step 7, Step 8,
      (Engage parking brake) secures the vehicle from rolling.
      This is especially important at intersections, which are often graded or crowned for water drainage.
      
    • Neutral Selection fail-safe
      Step 9,
      (Select neutral) uncouples the engine from the transmission.
      This allows the driver to safely ease off the clutch pedal while waiting for their gap or traffic light, reducing mechanical wear on the clutch release bearing and preventing the car from lunging forward into an intersection if the driver's foot accidentally slips off the clutch pedal.