Gibraltar Theory Test study plan

Define alertness in driving terms and list at least eight specific distractions that reduce it, splitting them into driver-caused and environment-caused.

Explain the observation-link-scan routine (mirrors, ahead, mirrors, blind spot) and practise it aloud for ten simulated junction approaches.

Identify the five most common hazard categories on Gibraltar roads (pedestrians on narrow pavements, scooters, taxis stopping abruptly, tourists stepping off kerbs, buses at stops) and describe one early clue for each.

Build a personal log of ten hazards spotted during real or video-based observation, recording the clue you noticed and how many seconds of warning it gave.

Describe how to scan at junctions with restricted visibility, including creeping forward, using reflections in shop windows, and checking for pedestrians hidden by parked vehicles.

Explain the correct mirror and blind-spot check sequence before moving off, changing lane, and opening a door.

Distinguish between a potential hazard and a developing hazard, and classify fifteen short scenarios into the two categories.

State how speed affects the time available to react, using the two-second rule and stopping-distance reasoning rather than memorised tables.

Explain the purpose of the theory test question styles and how to read a stem for the qualifying word (first, safest, most, minimum).

Describe courteous and safe behaviour towards cyclists, motorcyclists, horse riders, and pedestrians, including passing distances and when to hold back.

Explain how to respond to tailgating, aggressive overtaking, and horn use without escalating the situation.

Summarise the rules on vehicle lights and signals as a courtesy and safety tool, not only a legal requirement.

Explain the legal and safety consequences of driving without insurance, without a licence, and after drinking or taking drugs.

Describe the documents and checks a driver must hold and maintain, and what changes when driving a hire vehicle.

List the pre-journey vehicle checks (tyres, lights, fluids, mirrors, seat and head restraint) and state what a failure of each would cause on the road.

Explain how load, passengers, and roof racks change braking and stability, and state the rule for securing loads.

Describe the causes and warning signs of skidding, aquaplaning, and brake fade, and the correct driver response to each.

Explain tyre legal limits, tread depth, pressure checking, and how to identify tyre damage and uneven wear.

State the rules on seat belts, child restraints, and head restraints for drivers and passengers.

Explain what to do after a breakdown or collision, including warning other traffic, hazard lights, and when to move the vehicle.

Explain safe following distances in dry, wet, and icy conditions, and state how the two-second rule changes with weather and load.

Describe overtaking decisions, including when not to overtake and how to judge a safe gap on single-carriageway roads.

Explain how to share space with vulnerable road users at low speed, at junctions, and in queuing traffic.

Describe the effects of alcohol, tiredness, medicines, and illness on reaction time and judgement, and the correct decision in each case.

Answer two full-length timed mocks under exam conditions and record the score and time taken for each.

Categorise every incorrect answer by domain and identify the two weakest domains.

Re-read and rewrite notes only for the weakest two domains, converting each into short question-and-answer pairs.

Practise the hazard-perception routine on at least five short video clips, pausing to identify hazards before they develop.

Answer three full-length timed mocks, aiming for consistent scores above the pass mark with no domain below 80 percent.

Review only the error tally from week 7 and confirm each recurring mistake has been eliminated in the latest mock.

Rehearse the practical hazard-perception approach aloud for ten junctions and ten moving-traffic situations.

Confirm test-day logistics: booking details, identification, arrival time, and how the multiple-choice and hazard-perception parts are structured.