Fujairah Fujairah Traffic - UAE Motorcycle Control Practice Test

Q: How many questions is the Fujairah Fujairah Traffic motorcycle theory test?

The official Fujairah Traffic motorcycle theory test in Fujairah has 40 questions and you need 30 correct (75%) to pass. This practice test has 20 questions.

Q: Is this the real exam?

These are original practice questions for study only, written from the public RTA handbook and UAE traffic rules. They are not the official exam questions and Wathim is not affiliated with the RTA, ITC, SRTA or any UAE government body. Test format, question count and pass mark can change and vary by emirate, so always confirm the current requirements with the licensing authority before your real test.

Q: Is this practice test free?

Yes. It is completely free, with no signup or payment, and you can retake it as many times as you like.

Q: What does the Fujairah motorcycle theory test cover?

Road signs, traffic signals, right of way, roundabouts, speed limits, seat belts, penalties and safe-driving rules, plus the handling and safety topics specific to your vehicle.

Question 1

A rider at 70 km/h sees a pothole directly ahead and wants to swerve right. Which sequence is correct?

Accepted Answer

Push right bar to initiate right lean and swerve, then push left bar to return the bike to upright. A double swerve uses counter-steering twice: push right to lean right (clearing the hazard), then push left to recover upright. This is the fastest way to make two linked directional changes at speed. Body lean alone is far too slow in an emergency, and braking during a swerve risks a fall.

Answer

Pull the left bar and lean the body left to swing the bike right

Answer

Apply front brake and steer right simultaneously

Answer

Squeeze the clutch and steer right with body weight alone

Question 2

What is clutch drag, and why is it dangerous?

Accepted Answer

The clutch fails to fully disengage when the lever is pulled, causing the bike to creep forward in gear. Clutch drag occurs when the clutch plates do not fully separate when the lever is squeezed. The bike still tries to move forward when in gear with the lever pulled in. This is dangerous at traffic lights and when performing slow manoeuvres. It is usually caused by worn or incorrectly adjusted clutch components.

Answer

The clutch lever requires too much force to pull in fully

Answer

The rear wheel locks briefly during a downshift

Answer

The throttle sticks in a partly open position

Question 3

You have stopped on a downhill gradient. When moving off, what additional consideration applies compared to a flat road?

Accepted Answer

Little throttle may be needed and the main risk is gaining speed too quickly once rolling. On a downhill start, gravity helps the bike roll forward, so little or no throttle may be needed to get moving. The risk is that speed builds faster than expected. Choosing a low gear to use engine braking as a speed governor is advisable, and the rider should be ready to brake gently. Engine braking is effective on a downhill and is one of the primary speed management tools.

Answer

Start in a higher gear to reduce the risk of acceleration

Answer

Both feet must stay on the footpegs from the moment the bike begins moving

Answer

Engine braking is not effective on a downhill, so brakes alone should be used

Question 4

You are about to overtake on a UAE dual carriageway. Why should you select a lower gear before starting the overtake?

Accepted Answer

A lower gear places the engine in its power band, giving immediate strong acceleration for the manoeuvre. Overtaking requires a decisive burst of acceleration to complete the manoeuvre quickly and minimise time spent alongside or in the path of other traffic. Dropping one or two gears before initiating the overtake puts the engine in the range where it delivers maximum power. Planning in advance includes being in the right gear before you need it.

Answer

A lower gear reduces the top speed so you do not accidentally exceed the limit

Answer

A lower gear increases the wheelbase of the motorcycle for added stability

Answer

A lower gear reduces fuel consumption during the overtake

Question 5

A rider practises riding in a straight line as slowly as possible. Which technique best describes the correct approach?

Accepted Answer

Make small, frequent steering corrections, look well ahead, and use the rear brake lightly to stabilise speed. Extremely slow straight-line riding requires constant small steering inputs to balance the bike, not a rigid handlebar lock. Looking as far ahead as possible helps the brain maintain the line. The rear brake provides drag without the destabilising effect of the front brake. Body weight corrections are secondary to steering inputs at very low speed.

Answer

Lock the handlebars straight and balance entirely with body weight shifts

Answer

Use the front brake in short pulses to maintain the slowest possible speed

Answer

Dab the left foot on the ground intermittently to reset balance

Question 6

What is the most effective technique for maintaining balance at very low speeds on a motorcycle?

Accepted Answer

Keep your head up and look well ahead, not down at the front wheel. At very low speeds, balance is maintained primarily by keeping your vision up and looking far ahead. Looking down at the front wheel causes you to follow it into wobbles. Constant small steering corrections and looking ahead let the brain maintain the line. Dragging a foot or applying front brake at low speed increases the risk of a fall.

Answer

Lean the bike outward to compensate for the slow speed

Answer

Keep both feet hovering just above the ground at all times

Answer

Apply a small amount of front brake to stabilise the bike

Question 7

When riding slowly through a tight section such as a car park, which combination of controls best maintains balance?

Accepted Answer

Clutch at the friction point with slight throttle, and rear brake to control speed. Holding the clutch at its friction point while applying light throttle prevents stalling and gives fine control over drive. The rear brake then modulates forward speed without upsetting balance. This clutch-and-rear-brake combination is the foundation of slow-speed riding exercises required in many motorcycle licence tests.

Answer

Engine off, feet shuffling on the ground

Answer

Clutch fully released and coast through on inertia

Answer

High throttle with sharp braking to pulse forward

Question 8

To steer a motorcycle to the right at speeds above approximately 20 km/h, you should:

Accepted Answer

Push forward gently on the right handlebar. Above low speeds, motorcycles use counter-steering: pushing on the right bar turns the front wheel slightly left, which causes the bike to lean and curve to the right. This is the primary steering input at road speeds and is an essential skill for safe lane changes and cornering.

Answer

Lean your body sharply to the left

Answer

Pull back on the right handlebar

Answer

Apply the right-hand front brake

Question 9

A rider is travelling at 80 km/h and needs to swerve quickly to the right to avoid a hazard. What is the correct technique?

Accepted Answer

Apply a sharp push on the right handlebar to initiate a right lean, then push the left bar to recover upright. At higher speeds, counter-steering is the fastest way to change direction. Pushing the right bar initiates a right lean instantly; once past the hazard, pushing the left bar brings the bike back upright. Body lean alone is far too slow in an emergency. Rear braking or throttle reduction should not be the primary input in a fast swerve.

Answer

Lean the body sharply to the right while keeping the bars straight

Answer

Apply the rear brake firmly and steer with body weight only

Answer

Reduce throttle and let the bike stabilise before steering

Question 10

What is the correct sequence of operations when changing up a gear?

Accepted Answer

Close throttle, squeeze clutch, select higher gear, ease out clutch, open throttle smoothly. A smooth upshift requires closing the throttle first to reduce load on the gear teeth, then squeezing the clutch to disengage drive, selecting the higher gear, easing the clutch out to reconnect drive, and then opening the throttle gently. Skipping any step causes jerky changes and can cause wheel slip.

Answer

Squeeze clutch, select gear, open throttle, then release clutch

Answer

Open throttle, squeeze clutch, select gear, release clutch

Answer

Release throttle, select gear, then squeeze and release the clutch quickly

Question 11

Is slipping the clutch an effective braking technique on a motorcycle?

Accepted Answer

No; slipping the clutch to slow down overheats the plates and offers poor control compared to braking. Slipping the clutch is not a recommended braking technique. It generates excessive heat in the clutch plates and provides far less control than using the brakes. Engine braking is achieved by closing the throttle while remaining in gear. Use the brakes as the primary means of slowing the motorcycle.

Answer

Yes, it is the best technique on long descents in the UAE mountains

Answer

Yes, whenever you need to slow quickly at high speed

Answer

Yes, at traffic lights to hold a higher gear

Question 12

You approach a roundabout in 4th gear at 60 km/h and need to reduce to 20 km/h. What is the best approach?

Accepted Answer

Brake progressively, change down through the gears in sequence, and enter in 2nd gear. Sequential downshifting through the gears while braking keeps the drivetrain connected and adds engine braking to aid slowing. Entering the roundabout in the correct gear means power is available immediately if needed. Skipping gears or riding with the clutch in removes engine braking and can cause a jolt when the clutch is released.

Answer

Squeeze the clutch fully and brake to 20 km/h, then select 2nd gear at the last moment

Answer

Stay in 4th gear and use only the rear brake

Answer

Change directly from 4th to 1st before braking

Question 13

Which braking combination gives the shortest, most controlled stopping distance on a motorcycle?

Accepted Answer

Using both front and rear brakes together, with most emphasis on the front. The front brake provides up to 70 to 80 percent of a motorcycle's braking force because weight transfers forward under braking. Using the rear brake together with the front shares the load and keeps the bike stable. Using only the front brake risks locking the front wheel, which usually causes the rider to fall. Using only the rear brake severely limits stopping power.

Answer

Using only the rear brake to avoid any risk of front-wheel lock

Answer

Using only the front brake for maximum stopping power

Answer

Engine braking alone, without touching the brake levers

Question 14

A rider applies the front brake sharply while cornering on dry tarmac. What is the most likely outcome?

Accepted Answer

The front wheel locks, tyre grip is lost, and the bike slides out. Applying the front brake sharply while leaned over places combined lateral and longitudinal demands on the front tyre simultaneously. The tyre cannot maintain both cornering grip and braking grip at the same time, so it locks and slides. The correct technique is to complete braking before the corner begins, on a straight line, using both brakes progressively.

Answer

The bike slows cleanly and the rider can steer safely to a stop

Answer

The rear wheel lifts but the bike remains upright

Answer

ABS prevents any wheel movement and the bike stops in a straight line

Question 15

What causes engine braking on a motorcycle?

Accepted Answer

The compression resistance of the engine when the throttle is closed and the bike is in gear. Engine braking occurs when the throttle is closed while the transmission is connected to the rear wheel. The engine's compression and internal friction resist the rotation driven by the moving motorcycle, slowing the bike. It is most effective in lower gears and supplements the friction brakes, especially on long descents.

Answer

Applying the rear brake while the bike is in gear

Answer

Releasing the clutch suddenly in a high gear

Answer

The friction of the drive chain slowing the rear wheel

Question 16

On a long mountain descent, you are using engine braking in a low gear. The engine suddenly over-revs sharply. What has most likely happened?

Accepted Answer

The rear wheel momentarily lost contact with the road, freeing the engine from load. If the rear wheel leaves the road surface over a bump, there is no longer a load on the drivetrain. The engine, freed from the resistance of the wheel, can over-rev instantly. This is one reason smooth, progressive riding is important on uneven descents. A sudden engine rev spike on a descent is a signal to re-check speed and road surface condition.

Answer

You accidentally selected a higher gear

Answer

The fuel system delivered a burst of extra fuel

Answer

The rear tyre is spinning faster than the engine due to lost traction

Question 17

Which is the recommended cornering line for a right-hand bend on a public road?

Accepted Answer

Approach from the left of your lane, clip the apex, and exit toward the left of your lane. On a right-hand bend, positioning toward the left of your lane gives you a better view of the road ahead and a more gradual arc, reducing lean angle required. You must never cross the centre line into oncoming traffic to improve your line, as this creates a head-on collision risk.

Answer

Approach from the right of your lane and cut across the centre line for a wider arc

Answer

Ride in the centre of your lane throughout the bend

Answer

Approach from the right and take the widest arc by using oncoming lanes

Question 18

Why should a rider avoid committing to maximum lean angle when entering a corner with an unknown surface?

Accepted Answer

Maximum lean uses up the tyre's available grip, leaving no reserve for braking or steering corrections. Tyre grip is shared between leaning, braking, and acceleration. The greater the lean angle, the less grip is available for any other input such as reacting to sand, a pothole, or diesel. Entering an unknown corner with a conservative lean leaves a safety margin; committing to maximum lean leaves no reserve if the surface changes.

Answer

Leaning causes the suspension to bottom out on UAE road surfaces

Answer

Leaning increases the turning circle of the motorcycle

Answer

The engine may cut out when the bike is leaned at a steep angle

Question 19

A rider enters a corner too fast. Which action is most likely to help them navigate the corner safely?

Accepted Answer

Look through the corner exit, relax grip on the bars, press on the lower handlebar to increase lean, and hold throttle steady. If you enter a corner too fast, the instinct to sit up and brake is dangerous because it reduces lean and causes the bike to run wide. The correct response is to look to the exit, relax on the bars, counter-steer to increase lean, and trust the tyre. Abrupt throttle or clutch changes can unsettle the suspension and cause a slide.

Answer

Sit up and apply the front brake to reduce speed mid-corner

Answer

Steer toward the outside of the corner to increase the turning radius

Answer

Release the throttle abruptly and squeeze the clutch in

Question 20

What is the key visual technique for completing a slow U-turn on a motorcycle?

Accepted Answer

Turn your head and look all the way around to where you want to exit the U-turn. Where you look, the bike goes. By turning your head and looking far around to the exit of the U-turn, your body and hands naturally follow and you steer around the correct arc. Looking down or straight ahead causes riders to run out of space because their hands follow their eyes.

Answer

Look straight ahead to judge when to stop turning

Answer

Look at the front wheel to guide the turn

Answer

Fix your gaze on the road surface about 1 metre in front of the wheel

Fujairah Fujairah Traffic - UAE Motorcycle Control Practice Test

Fujairah Fujairah Traffic - UAE Motorcycle Control Practice Test

What this test covers

Frequently asked questions