Question

Difficulty: MediumStatic Hazards

You are driving along a residential road where building materials, skips, and scaffolding have narrowed the carriageway to a single lane. Which of the following is the safest action to take as you approach this hazard?

  1. Reduce your speed, scan ahead for oncoming traffic, and be prepared to give way if the obstruction is on your side of the road.Answer
  2. B
    Accelerate firmly past the obstructions so that you clear the narrow section before oncoming vehicles arrive.
  3. C
    Steer into the middle of the carriageway without checking your door mirrors or right-hand blind spot.
  4. D
    Focus solely on the vehicle directly ahead of you rather than scanning the gaps between the roadside obstructions.

Answer

The safest action is to reduce your speed, scan ahead for oncoming vehicles, and be prepared to give way if the obstruction is on your side of the road.
When approaching static road hazards such as skips and scaffolding that narrow the carriageway, reducing your speed gives you time to assess the situation, scan for emerging pedestrians, and safely give way if the obstruction is on your side of the road.

Step-by-Step Solution

1
Identify the static hazard ahead and assess the carriageway width.
Recognise that skips and scaffolding restrict the road to a single operable lane.
Early recognition of physical road narrowing allows sufficient time to adjust driving behaviour.
2
Reduce vehicle speed and check all relevant mirrors.
Control is maintained and following traffic is alerted through deceleration.
Lower speeds provide greater reaction margins for hidden hazards like pedestrians emerging between obstructions.
3
Scan ahead for oncoming vehicles and observe right-of-way priority.
Appropriate decision made to hold back or proceed safely.
Under the Highway Code, if an obstruction lies on your side of the carriageway, oncoming vehicles have priority unless signs indicate otherwise.

Key Concept

Negotiating static road hazards and physical narrowings through speed adjustment, scanning, and priority observation.
Estimated Time:1m 0s
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