Norway Theory Test - Category A1 study plan

Memorize the meaning of the 20 most common Norwegian road signs (warning, priority, prohibition, mandatory) and sort them into their sign families.

Explain the difference between speed limits in built-up areas, rural roads, and motorways, and recite the default limits that apply when no sign is posted.

Apply right-of-way rules at uncontrolled intersections, including the right-hand rule and exceptions for exit from private roads, roundabouts, and uphill/downhill meetings.

Describe the meaning of road markings (centre lines, edge lines, hatched areas, stop lines) and how they interact with posted signs.

Recite the speed limits for motorways, rural roads, built-up areas, and special zones, and state the conditions under which they can be lowered.

Explain overtaking rules, including prohibited overtaking locations, the obligation to leave lateral clearance to cyclists and pedestrians, and rules at pedestrian crossings.

Describe parking and stopping rules, including distance from junctions, crossings, bus stops, and the meaning of yellow zigzag lines.

Interpret traffic light sequences, including flashing yellow, arrow signals, and the hierarchy between police signals, lights, signs, and markings.

Identify the five most common collision scenarios for motorcyclists (junction violation by car, left turn across path, rear-end, loss of control in curves, and surface hazards) and state a preventive action for each.

Describe how to scan a road scene using the far-near-near-far eye strategy and demonstrate it on three short route descriptions.

Explain how speed, lean angle, and braking distance interact in curves, and calculate approximate stopping distances at 50, 80, and 100 km/h.

List the environmental hazards that most affect two-wheelers (wet leaves, gravel, painted lines, manhole covers, tram rails, wind gusts) and describe how to adjust riding for each.

Explain the concept of risk homeostasis and give two personal examples of how risk compensation can increase danger on a motorcycle.

Describe the effects of alcohol, drugs, fatigue, and distraction on reaction time and judgement, and state the Norwegian legal blood-alcohol limit and penalties for riding under influence.

Analyse how group riding and peer pressure influence risk-taking, and list three strategies for resisting unsafe riding suggestions.

Recognise the early signs of fatigue on a ride and plan a break schedule that prevents deterioration of attention.

Identify the main components of a motorcycle (brakes, suspension, chain/belt, tyres, lights, steering, exhaust) and describe the function of each.

Perform and document a pre-ride safety check covering tyre pressure and tread, brake function, chain tension and lubrication, lights, horn, mirrors, and fluid levels.

Explain the legal minimum tyre tread depth for motorcycles in Norway and the consequences of worn tyres on wet roads.

Describe how to adjust chain slack, check brake pads, and top up engine oil, and state when each task should be left to a workshop.

List the mandatory equipment for a Category A1 motorcycle in Norway and explain the purpose of each item.

Demonstrate the correct procedure for the primary safety check and the secondary safety check at the scene of a crash, including securing the scene and warning other traffic.

Describe the first-aid priorities at a motorcycle crash scene: airway, breathing, circulation, bleeding control, and shock management.

Explain how to remove a motorcycle helmet safely when necessary and when to leave it in place.

State the emergency numbers in Norway and the information to give when calling for help.

Compare the protective properties of helmet types and explain the correct fit, fastening, and replacement schedule for a motorcycle helmet.

Select appropriate riding gear for different weather conditions and justify the choice in terms of abrasion resistance, impact protection, visibility, and weather protection.

Explain how riding style, tyre pressure, chain maintenance, and load affect fuel consumption and emissions, and list three habits that reduce environmental impact.

Describe eco-riding techniques such as smooth acceleration, early gear changes, and anticipation, and estimate the fuel savings from each.

Complete two full-length mock theory tests under timed conditions and score at least 90% on both.

Review every incorrect answer from the mock tests and write a corrected explanation for each.

Recite the ten rules you personally find hardest to remember, using memory aids you create yourself.

Simulate the real test environment by taking one mock test without notes or breaks and reflecting on your time management.