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Vehicle Handling

122 questions

All types122Multiple choice62Multiple select5True / False28Matching13Ordering14
Question 101Question →

You are making an emergency stop in a vehicle fitted with an anti-lock braking system (ABS). As you brake heavily, you feel the brake pedal rapidly pulsing and vibrating under your foot. What action should you take?

Show answer & explanation

Answer: Maintain firm, continuous pressure on the brake pedal until the vehicle comes to a complete stop

Answer

Maintain firm, continuous pressure on the brake pedal until the vehicle comes to a complete stop.
Rapid pulsation and mechanical noise through the brake pedal are normal signs that the anti-lock braking system (ABS) is operating correctly. When wheel speed sensors detect an impending lock-up, the hydraulic control unit rapidly releases and reapplies brake pressure many times per second. To achieve maximum deceleration while retaining steering control, the driver must keep pressing the footbrake down hard and continuously until the vehicle comes to a halt.

Step-by-Step Solution

1
Identify the cause of the brake pedal vibration
Recognise that rapid pedal pulsation is the normal physical feedback of an activating anti-lock braking system (ABS).
The ABS hydraulic modulator cycles brake pressure rapidly to prevent wheels from locking under heavy braking.
2
Determine the correct driver response during ABS activation
Keep the foot pressed firmly and continuously on the brake pedal while steering as needed.
The system cannot automatically modulate braking force to maintain tyre grip and steerability if the driver eases off or pumps the pedal.

Key Concept

Driver operation and pedal feedback during anti-lock braking system (ABS) activation
Estimated Time:1m 0s
Question 102Question →

When an Anti-lock Braking System (ABS) activates, the driver should rapidly pump the brake pedal to assist the system in maintaining vehicle control.

Show answer & explanation

Answer: False

Answer

False
The statement is false because the driver must maintain firm, continuous foot pressure on the brake pedal throughout the stop. The ABS system automatically modulates the braking force at a rate much faster than human capability; releasing the pedal interrupts this process.

Step-by-Step Solution

1
Determine the operating principle of an Anti-lock Braking System (ABS).
ABS automatically monitors wheel rotation and pulses the brake calipers multiple times per second to prevent lockup.
Understanding active safety system operation clarifies appropriate driver inputs during emergency maneuvers.
2
Evaluate the mechanical consequence of manual cadence braking on an ABS-equipped vehicle.
Manually releasing the footbrake dumps hydraulic pressure and cancels the electronic system's optimal threshold braking.
The correct procedure during ABS activation is to press the brake pedal firmly and hold continuous pressure while steering as necessary.

Key Concept

Proper driver braking technique during Anti-lock Braking System (ABS) activation
Estimated Time:45s
Question 103Question →

On a journey where road surfaces are icy, you are about to negotiate a steep downhill gradient. What should you do to stay in full control of your car?

Show answer & explanation

Answer: Reduce your speed before starting downhill, select a low gear, and avoid harsh braking.

Answer

Reduce your speed before starting downhill, select a low gear, and avoid harsh braking.
According to the Highway Code, when driving down a steep hill in icy or snowy conditions, you should reduce your speed before starting the descent, choose a low gear, and avoid sudden or harsh use of the brakes. Selecting a low gear utilizes natural engine braking to retard the vehicle's speed, keeping the road wheels turning and maintaining vital steering control without locking the tyres.

Step-by-Step Solution

1
Assess the downhill gradient ahead and reduce road speed before reaching the brow of the hill.
The vehicle enters the slope at a safe, manageable speed without requiring abrupt deceleration on the decline.
Braking hard on a downward icy slope will easily break tyre adhesion and initiate a skid.
2
Engage a low gear before beginning the descent.
Engine compression braking naturally holds back the vehicle's momentum.
Using engine braking in a low gear limits acceleration caused by gravity without locking the road wheels.
3
Descend steadily while keeping footbrake applications gentle and progressive if needed.
Tyre grip is maintained and the vehicle remains fully steerable throughout the descent.
Harsh steering or heavy braking on compacted ice instantly overcomes available friction.

Key Concept

Controlling vehicle speed on steep icy descents using low gear selection and engine braking
Estimated Time:1m 0s
Question 104Question →

While driving in freezing conditions, if the steering wheel suddenly feels unusually light and tyre noise noticeably decreases, it indicates that your vehicle is travelling on ice and has lost traction.

Show answer & explanation

Answer: True

Answer

True
The statement is true because icy road surfaces offer almost zero grip. When tyres lose adhesion on ice or black ice, steering resistance disappears (making steering feel unusually light) and tyre noise on the road surface ceases.

Step-by-Step Solution

1
Analyse the physical symptoms described (unusually light steering and diminished tyre noise) under freezing ambient temperatures.
Identify that the loss of mechanical grip between the tyres and an icy road surface removes steering resistance and suppresses tyre noise.
Ice drastically reduces friction, leading to a smooth interface that silences tyre rumble and reduces wheel resistance.
2
Evaluate whether these physical symptoms indicate driving over ice and experiencing loss of traction.
Confirm that according to the Highway Code, light steering and tyre silence are direct indicators of driving on ice.
Recognising these early warning signs allows the driver to ease off the accelerator smoothly without harsh braking or steering.

Key Concept

Recognising the sensory indicators of driving on ice
Estimated Time:45s
Question 105Question →

Traffic is moving slowly on an ungritted rural road that has frozen overnight. By how much can your stopping distance increase on this icy surface compared to normal dry conditions?

Show answer & explanation

Answer: Up to ten times as far

Answer

Stopping distances on ice can be up to ten times greater than on a dry road.
The correct answer is that stopping distances can increase by up to ten times on icy roads. Ice and compacted snow drastically reduce tyre grip on the road surface, meaning a vehicle requires vastly more distance to come to a complete stop compared to dry conditions.

Step-by-Step Solution

1
Identify the specific road hazard described in the question
The road surface is covered in ice and freezing conditions
Recognising the severe hazard is necessary to determine the appropriate driving safety margins.
2
Apply the official Highway Code stopping distance multiplier for ice and snow
Stopping distance on ice can increase by up to ten times compared to normal dry conditions
Severe loss of tyre grip dramatically extends the braking distance required to bring the vehicle to a stop.
3
Select the answer option matching this Highway Code rule
Up to ten times as far
Drivers must leave at least ten times the normal separation distance to avoid collisions on icy surfaces.

Key Concept

Stopping Distances in Ice and Snow
Estimated Time:45s
Question 106Question →

During a routine journey, a driver frequently leaves the vehicle in neutral while rolling towards red traffic lights. What are TWO hazardous outcomes of this driving habit? (Select TWO answers)

Select all that apply

Show answer & explanation

Answer: Engine resistance cannot assist in retarding the vehicle's momentum; The footbrake components are subjected to greater stress and risk overheating

Answer

Engine resistance cannot assist in retarding the vehicle's momentum, and the footbrake components are subjected to greater stress and risk overheating.
Coasting in neutral disengages the powertrain from the driven wheels, eliminating engine braking. Consequently, the driver must rely entirely on the footbrake, which increases mechanical wear, elevates brake temperatures, and can lead to brake fade during repeated or prolonged braking.

Step-by-Step Solution

1
Analyze the mechanical state of the powertrain during neutral coasting
The engine is decoupled from the drive wheels, removing natural powertrain drag.
Understanding power delivery and deceleration mechanics determines why control is compromised.
2
Evaluate the demands placed upon the braking system
All deceleration force must be generated solely by the disc and drum friction brakes.
Prolonged reliance on friction brakes generates excessive heat and increases stopping distances.
3
Examine common misconceptions regarding electronic assists and fuel economy
Coasting does not disengage electronic stability programs, nor does it cut fuel flow entirely.
Electronic safety systems remain powered, and idling in neutral consumes fuel to maintain engine revs.

Key Concept

Hazards of coasting and the role of engine braking in vehicle management
Estimated Time:1m 0s
Question 107Question →

Poor atmospheric conditions require drivers to adapt their vehicle controls and sensory checks to maintain safety. Match each poor visibility challenge with the appropriate driving response according to the Highway Code.

Click a left item, then click its matching right item

Items

Approaching an obscured junction with zero cross-visibility
Driving when forward sight falls below 100 metres (328 feet)
Emerging from a foggy patch into clearer road conditions
Travelling behind another moving vehicle in thick fog

Matches

Show answer & explanation

Answer

Approaching an obscured junction with zero cross-visibility pairs with stopping, lowering windows, and listening for traffic; forward sight falling below 100 metres pairs with activating dipped headlights and fog lights; emerging into clearer conditions pairs with extinguishing fog lights; travelling behind another moving vehicle in thick fog pairs with extending separation distance and avoiding tail-light fixation.
Each driving situation corresponds directly to established UK Highway Code standards: junction emergence requires supplementary auditory checks; sight below 100 metres warrants fog lamps with dipped beams; clearing conditions mandate turning off high-intensity lamps; and trailing other traffic requires wide separation margins rather than tail-light tracking.

Step-by-Step Solution

1
Identify the junction safety procedure in dense fog
Matched with opening windows to listen for approaching traffic
When physical sightlines are completely blocked by fog, auditory checks provide critical hazard detection before pulling out.
2
Apply the statutory visibility threshold for auxiliary fog lamps
Matched with activating dipped headlights and fog lights when visibility is under 100 metres
Highway Code Rule 226 specifies 100 metres (328 feet) as the defining criteria for seriously reduced visibility.
3
Identify the regulatory obligation when weather conditions improve
Matched with turning off fog lights to prevent dazzle
Highway Code Rule 236 requires turning off fog lights when visibility clears so brake lights remain clearly distinguishable and following drivers are not blinded.
4
Determine safe following discipline in low visibility
Matched with increasing following distance and avoiding fixation on rear lamps
Highway Code Rule 235 cautions that following tail lights can lead to driving too fast and too close.

Key Concept

Vehicle control and regulatory compliance in fog (Highway Code Rules 226-236)
Estimated Time:1m 0s
Question 108Question →

You are driving down a gradual gradient towards an unexpected obstruction ahead. Why does coasting with the clutch pedal held down increase the risk of a collision?

Show answer & explanation

Answer: It disconnects the engine from the driven wheels, eliminating engine braking and placing all braking effort on the footbrake

Answer

Holding the clutch down disconnects the engine from the driven wheels, eliminating engine braking and forcing the footbrake to handle all slowing and stopping forces.
When the clutch is fully depressed or the gear selector is in neutral, the engine is disconnected from the drive wheels. This eliminates natural engine braking, which normally helps restrain vehicle speed on descents. Consequently, the vehicle can accelerate downhill under gravity, requiring harder application of the footbrake and increasing the risk of brake fade or inadequate stopping distance.

Step-by-Step Solution

1
Identify the mechanical consequence of depressing the clutch pedal during descent
The clutch disengages the engine from the drivetrain, eliminating engine compression resistance (engine braking).
Understanding drivetrain connectivity is essential to evaluate vehicle handling dynamics on slopes.
2
Evaluate the impact on vehicle speed control and stopping performance
Without engine braking to resist gravitational acceleration downhill, the vehicle can gain speed rapidly, placing total reliance and thermal stress on the friction brakes.
This explains why coasting compromises safety and increases stopping distances when approaching obstacles.

Key Concept

Coasting and Engine Braking
Estimated Time:50s
Question 109Question →

You are driving along a road in thick fog and can see the rear lights of a vehicle travelling ahead. Why is it dangerous to follow closely behind this vehicle's tail lights?

Show answer & explanation

Answer: It gives a false sense of security and can lead to following too closely or off course

Answer

Following tail lights closely gives a false sense of security and can lead to following too closely or off course.
Highway Code Rule 235 explicitly warns drivers not to hang on to the tail lights of the vehicle in front. Doing so provides a false sense of security, which frequently causes drivers to travel too fast, reduce their safe following distance, and risk following the other vehicle into an accident if that driver makes a mistake.

Step-by-Step Solution

1
Identify the visibility condition and the proposed driver behaviour
The driver is navigating in thick fog and considering using the vehicle ahead as a visual guide.
Fog severely impairs depth perception and road outline visibility.
2
Apply Highway Code Rule 235 regarding vehicle separation and lighting in fog
Drivers must never hang on to the tail lights of a lead vehicle.
Lead drivers can make errors, brake unexpectedly, or miss road markers, leading the trailing vehicle into a collision or off the road.
3
Select the option that correctly describes the specific hazard of this behaviour
The correct response identifies that tail lights create a false sense of security and increase collision risk.
Maintaining proper separation and independent scanning ensures safety.

Key Concept

Maintaining safe separation and avoiding reliance on lead vehicle tail lights in fog (Highway Code Rule 235)
Estimated Time:1m 0s
Question 110Question →

In modern fuel-injected vehicles, coasting in neutral consumes less fuel than remaining in gear with the accelerator pedal released.

Show answer & explanation

Answer: False

Answer

False
The statement is false because modern vehicles equipped with electronic fuel injection cut off fuel delivery entirely when the accelerator is released while remaining in gear. Conversely, coasting in neutral disengages the engine, forcing the engine management system to inject fuel continuously to prevent the engine from stalling.

Step-by-Step Solution

1
Analyze fuel delivery behavior in modern fuel-injected vehicles during overrun.
When a driver releases the accelerator while the vehicle remains in gear, the road wheels drive the engine and the engine control unit (ECU) cuts fuel injection to zero.
Modern vehicles employ deceleration fuel cut-off technology to maximize efficiency and provide engine braking.
2
Analyze fuel delivery behavior while coasting in neutral or holding the clutch down.
Because the engine is disconnected from the wheels, the ECU must continuously inject fuel to keep the engine turning at idle speed (typically 700–900 RPM).
The engine cannot rely on vehicle momentum to stay running when disengaged from the drivetrain.
3
Compare the relative fuel consumption of both techniques.
Remaining in gear with the accelerator released uses zero fuel on overrun, whereas coasting in neutral burns fuel at the idle rate, making the statement false.
Direct evaluation of the comparative fuel consumption assertion.

Key Concept

Engine overrun fuel cut-off versus idling fuel consumption during coasting
Estimated Time:45s
Question 111Question →

Daytime running lights provide sufficient illumination when driving through dense fog during daylight hours because they automatically illuminate both the front and rear of the vehicle to standard headlight intensity.

Show answer & explanation

Answer: False

Answer

The statement is False.
The statement is false because Highway Code Rule 226 requires drivers to switch on dipped headlights whenever visibility drops to 100 metres or less. Daytime running lights are not a substitute for headlights in dense fog because they do not project a focused beam to penetrate murky air and typically do not illuminate the rear tail lamps, leaving the vehicle unlit from behind.

Step-by-Step Solution

1
Identify the legal lighting obligations for poor visibility under UK traffic regulations.
Highway Code Rule 226 specifies that drivers must use dipped headlights when visibility is seriously reduced, defined generally as 100 metres (328 feet) or less.
Establishing the minimum legal threshold is necessary to evaluate the adequacy of any lighting system.
2
Examine the technical capabilities and lighting distribution of daytime running lights.
Daytime running lights illuminate only the front of the vehicle at low intensity and leave the rear lamps unlit on the vast majority of cars.
Determining whether daytime running lights fulfil both front and rear visibility requirements reveals whether the claim in the statement holds true.
3
Compare daytime running light performance against fog driving requirements.
Relying on daytime running lights in dense fog is legally non-compliant and leaves the vehicle invisible from behind, confirming the statement is incorrect.
A direct comparison resolves the truth value of the statement.

Key Concept

Highway Code Rule 226 mandates the use of dipped headlights when visibility falls below 100 metres, as daytime running lights do not provide adequate forward beam spread and leave the rear of the vehicle unlit.
Estimated Time:45s
Question 112Question →

Safe vehicle handling in poor atmospheric conditions requires drivers to correctly adjust auxiliary controls and lighting according to legal rules and changing visibility. Match each fog-related driving condition with the correct driver action required by the Highway Code.

Click a left item, then click its matching right item

Items

Driving on an unlit road where fog reduces forward visibility to 70 metres
Driving through a patch where fog thins out and visibility extends beyond 100 metres
Driving in cold, damp fog causing rapid misting across the inner surface of the windscreen
Driving in dark, foggy conditions where forward view is limited

Matches

Show answer & explanation

Answer

Match the condition of visibility below 100 metres with activating high-intensity fog lights and dipped headlights; match visibility clearing beyond 100 metres with switching off fog lights; match internal condensation with setting the windscreen demister and climate controls; and match navigating in dark fog with using dipped beam instead of main beam.
Each scenario directly aligns with the UK Highway Code guidance for fog: visibility under 100 metres warrants fog light activation with dipped beam; clearing conditions mandate turning fog lights off to prevent dazzling; interior misting requires active demisting controls; and driving through fog at night requires dipped headlights to prevent reflected glare.

Step-by-Step Solution

1
Identify the statutory visibility threshold for high-intensity fog lights
70 metres is under the 100-metre threshold, legally permitting and requiring the use of fog lights alongside dipped headlights.
The Highway Code sets 100 metres (328 feet) as the defining threshold for seriously reduced visibility.
2
Determine the mandatory procedure when visibility improves beyond 100 metres
Fog lights must be extinguished promptly.
Bright rear fog lights mask brake light activation and dazzle motorists travelling behind.
3
Identify correct vehicle auxiliary management for internal windscreen fogging
Demister and air conditioning systems should be activated to dehumidify and clear the windscreen.
Maintaining clear glass prevents driver distraction and preserves the available visual field.
4
Select the appropriate headlight beam setting for driving in fog
Dipped beam must be selected instead of main beam.
Main beam reflects off airborne moisture droplets directly back into the driver's eyes.

Key Concept

Highway Code rules on lighting selection, visibility thresholds (Rule 226/236), and demister control during foggy conditions
Estimated Time:1m 15s
Question 113Question →

You are waiting at a T-junction to turn onto a major road in dense fog, where visibility is severely restricted. What safety precaution should you take before emerging?

Show answer & explanation

Answer: Wind down your window to listen for approaching traffic before pulling out

Answer

Wind down your window to listen for approaching traffic before pulling out.
According to The Highway Code (Rule 235), when approaching a junction where visibility is severely restricted by fog, you should stop in the correct position, open a window to listen for approaching traffic, and only emerge when you are entirely certain it is safe to do so.

Step-by-Step Solution

1
Assess the severe limitations of forward and lateral sightlines caused by thick fog at the junction.
Visual cues alone are insufficient to confirm that the major carriageway is clear.
Dense fog diffuses light and drastically shortens visual range, hiding oncoming vehicles until they are dangerously close.
2
Apply the Highway Code rule for emerging at junctions with severely limited visibility.
Stop at the give-way or stop line, lower the driver's window, and listen intently for traffic sounds before moving off.
Auditory observation provides critical information about approaching vehicles when sight is heavily obscured.

Key Concept

Observation techniques and junction procedures in dense fog (Highway Code Rule 235)
Estimated Time:45s
Question 114Question →

When driving in dense fog, switching your headlights from dipped beam to main beam increases forward visibility by projecting light further through the fog.

Show answer & explanation

Answer: False

Answer

False
The statement is false. Main beam headlights aim high and reflect off the millions of tiny water droplets suspended in fog. This creates a wall of dazzling glare that reflects back into the vehicle, drastically reducing forward visibility rather than improving it. Dipped headlights must be used to keep the beam angled downward onto the road surface.

Step-by-Step Solution

1
Examine how high-angle light beams interact with dense atmospheric fog
Main beam light strikes suspended moisture droplets and scatters backward toward the driver.
This reflection creates a blinding white glare that conceals road hazards and reduces visible distance.
2
Determine the proper vehicle lighting selection in accordance with UK Highway Code rules for fog
Dipped headlights should be selected because their downward angle illuminates the road surface with minimal light reflection.
Dipped beams aim below the driver's direct line of sight, preventing backscatter and allowing auxiliary fog lights to work effectively if visibility falls below 100 metres.

Key Concept

Headlight beam angle and reflective backscatter in fog
Estimated Time:45s
Question 115Question →

Accelerating to a higher road speed when travelling across open, wind-swept areas improves vehicle stability because increased forward momentum prevents the car from being pushed sideways by sudden gusts.

Show answer & explanation

Answer: False

Answer

False
The statement is false because increasing road speed in severe crosswinds severely compromises vehicle stability. Higher speeds amplify aerodynamic buffeting, decrease tyre grip margins, and reduce the time the driver has to react and make smooth steering corrections when hit by unexpected gusts.

Step-by-Step Solution

1
Evaluate the relationship between vehicle speed and aerodynamic forces in strong winds.
Higher speed increases aerodynamic turbulence and amplifies the lateral force exerted by crosswinds.
Vehicle handling in windy conditions is governed by aerodynamic effects that scale non-linearly with road speed.
2
Assess the effect of road speed on driver reaction time and lateral deviation.
Travelling faster dramatically shortens the time available to detect and smoothly correct course deviations.
Maintaining vehicle control during sudden buffeting requires moderate speeds and measured steering corrections rather than abrupt inputs.

Key Concept

Adjusting speed and handling to maintain directional stability in strong crosswinds
Estimated Time:45s
Question 116Question →

When following a motorcyclist across an open, unsheltered stretch of road in gale-force winds, why is it essential to maintain an increased separation distance?

Show answer & explanation

Answer: Motorcyclists can easily be buffeted sideways by sudden crosswinds and may need to swerve across the lane.

Answer

Motorcyclists can easily be buffeted sideways by sudden crosswinds and may need to swerve across the lane.
In severe winds, two-wheeled road users such as motorcyclists and cyclists are extremely vulnerable to being blown off line by sudden crosswinds. Keeping a generous separation distance gives them room to manoeuvre and gives following drivers enough time to react safely if the rider swerves.

Step-by-Step Solution

1
Identify how gale-force winds impact two-wheeled road users.
Recognise that motorcyclists are particularly susceptible to sudden side gusts and lateral instability.
Lightweight vehicles with two points of contact can be pushed sideways without warning.
2
Determine the necessary driver response to maintain adequate safety margins.
Increase the following distance well beyond normal driving margins.
A greater gap provides sufficient time and stopping distance if the rider swerves or loses balance.

Key Concept

Adjusting vehicle separation when following vulnerable road users in high winds
Estimated Time:45s
Question 117Question →

You are driving along an exposed road in severe gale-force winds. Which TWO precautions should you take to maintain safe vehicle control?

Select all that apply

Show answer & explanation

Answer: Keep a firm grip on the steering wheel with both hands; Reduce your cruising speed to lessen the effect of side gusts

Answer

Keep a firm grip on the steering wheel with both hands, and reduce your cruising speed to lessen the effect of side gusts.
In severe gale-force winds, keeping both hands firmly on the steering wheel gives maximum physical control to resist unexpected buffeting. Reducing your speed lowers the impact of lateral wind forces on the vehicle body and provides greater margin for smooth steering corrections.

Step-by-Step Solution

1
Assess the physical effect of strong crosswinds on vehicle handling
Identify that sudden lateral gusts exert forces that can destabilise the vehicle and push it off course
Recognising the risk allows the driver to apply appropriate control inputs before entering exposed stretches of road
2
Select proactive control measures that enhance vehicle stability
Maintaining a firm two-handed grip and lowering speed gives the best steering authority and reaction time
Lower speeds reduce aerodynamic turbulence while proper hand positioning ensures immediate counter-steering capability without over-correction

Key Concept

Vehicle handling and control precautions in high winds
Estimated Time:45s
Question 118Question →

How does carrying a bulky, loaded roof rack or cargo box affect your car's handling in strong crosswinds?

Show answer & explanation

Answer: The vehicle becomes significantly more sensitive to side gusts due to an increased side profile and a higher centre of gravity.

Answer

The vehicle becomes significantly more sensitive to side gusts due to an increased side profile and a higher centre of gravity.
Fitting a bulky load or roof box to a car raises its centre of gravity and increases the surface area of the vehicle exposed to side winds. When driving in strong crosswinds, this larger side profile catches gusts more easily, causing increased lateral swaying and buffeting that makes the car significantly harder to keep steady.

Step-by-Step Solution

1
Assess the physical changes caused by mounting and loading a roof rack or box.
The vehicle's overall height and side surface area increase, and its centre of gravity is elevated.
Weight placed high on a vehicle and additional surface area alter the vehicle's dynamic handling characteristics.
2
Evaluate the aerodynamic and handling effects of strong side winds on the modified vehicle.
Crosswinds push against a larger surface area, and the higher centre of gravity increases body roll and susceptibility to buffeting.
Lateral aerodynamic forces exert greater leverage on vehicles with elevated centres of mass and larger side profiles.
3
Identify the correct driver awareness required for safe vehicle control.
Anticipate increased buffeting from gusts and maintain a firm grip on the steering wheel while reducing speed on exposed roads.
Recognising that the car will be pushed off course more readily allows the driver to prepare for sudden gusts.

Key Concept

Vehicle stability and crosswind susceptibility with roof loads
Estimated Time:1m 0s
Question 119Question →

When queuing in stationary traffic at night, you should keep your foot pressed on the footbrake to ensure your vehicle remains clearly visible to following traffic.

Show answer & explanation

Answer: False

Answer

False
According to the Highway Code, when queuing in stationary traffic at night, drivers should apply the parking brake (handbrake) and release the footbrake once the traffic behind has stopped. Holding the footbrake keeps bright brake lights illuminated, causing glare and eye strain for following road users.

Step-by-Step Solution

1
Identify the scenario and operating conditions described in the statement.
The driver is stopped in a stationary queue of traffic during night-time conditions.
Lighting control and dazzle prevention rules apply specifically when stationary in traffic queues at night.
2
Evaluate the effect of holding the footbrake while stationary in a queue.
Holding down the footbrake continuously illuminates high-intensity brake lights, causing excessive glare for following motorists.
Highway Code Rule 114 states that drivers should engage the parking brake and release the footbrake once queued traffic has stopped.
3
Determine the validity of the statement.
The statement claims that holding the footbrake is recommended, which directly contradicts road safety guidance.
The correct action is to rely on standard rear position lights and the parking brake to avoid dazzling other drivers.

Key Concept

Dazzle prevention and brake light control in stationary traffic queues at night
Estimated Time:45s
Question 120Question →

You are driving at night on an unlit country road using main-beam headlights. Ahead, you notice a pedestrian walking along the edge of the road towards you. What should you do?

Show answer & explanation

Answer: Dip your headlights to avoid dazzling the pedestrian and slow down if necessary

Answer

Dip your headlights to prevent dazzling the pedestrian and reduce speed if necessary to remain safe.
According to the Highway Code, drivers must never use lights in a way that dazzles other road users, including pedestrians, cyclists, and horse riders. When encountering a pedestrian on an unlit road at night, you must switch to dipped headlights to avoid blinding them and adjust your speed to ensure you can stop safely within your illuminated field of view.

Step-by-Step Solution

1
Identify the vulnerable road user ahead while using high-beam illumination.
Recognise that main-beam headlights can severely dazzle pedestrians, impairing their vision and orientation.
The Highway Code requires drivers to avoid using headlights in any manner that causes dazzle or discomfort to other road users, including pedestrians.
2
Switch promptly from main beam to dipped headlights.
Headlight glare is directed away from the pedestrian's eyes onto the road surface.
Dipped beams allow sufficient road view ahead without blinding oncoming traffic or walkers.
3
Assess the reduced forward illumination and adjust vehicle speed.
The vehicle's stopping distance remains well within the area clearly lit by dipped headlights.
Drivers must always be able to stop comfortably within the distance they can see to be clear.

Key Concept

Proper beam control and dazzle prevention for vulnerable road users during night driving
Estimated Time:1m 0s
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