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What are the requirements for hill-start parking?

4 Answers
DiZoe
07/29/25 4:59am
"The test requirements for hill-start parking are to stop at a fixed position on a slope with a gradient ≥10% and a length ≥30 meters, assessing the coordination of steering, braking, and clutch operation. Method for hill-start parking: Depress the clutch fully, engage 1st gear, release the handbrake, and slowly lift the clutch to start; fully release the clutch before ascending the slope. Look ahead, ensuring the midpoint of the front of the car maintains a visual distance of 20-30 cm from the white line on the right side of the slope. Keep the steering wheel straight and drive parallel up the slope. When the driver, the marker pole, and the dashboard form a straight line (approximately 45 degrees based on personal vision), fully depress the clutch, apply the brake, pull up the handbrake, and bring the car to a complete stop. When starting downhill from a half-slope, do not depress the clutch. Instead, apply the brake appropriately to control speed and avoid excessive speed that could lead to danger. As the car gains speed downhill, brake moderately to prevent stalling. As you approach the bottom of the slope, release the brake to maintain normal driving and proceed to the next test item. If the clutch is fully depressed when starting downhill from a half-slope, the car will coast downhill without power, gaining speed rapidly. Fully releasing the clutch provides power, allowing the car to move slowly. Since braking downhill may result in point deductions, fully releasing the clutch is a safe approach."
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DiBraxton
08/12/25 6:10pm
When I was learning to drive, my instructor always emphasized that the hill start must be stopped at the exact position, not too far to the left or right. During the test, the car must come to a complete stop without rolling back even half a meter. I practiced many times, and the key points were to first firmly press the foot brake, then pull up the handbrake with force. When starting, slowly release the clutch while gently applying the throttle. If the handbrake isn't secure, the car can easily slide down, which is dangerous. It's important to practice frequently to get a feel for it, such as choosing a gentle slope to repeatedly park on, and memorizing reference points like road markings or the position in the rearview mirror. This way, you won't make mistakes due to nervousness during the test. I recommend beginners first practice controlling the speed at low speeds and develop the habit of checking the surroundings before stopping.
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ColtonRose
10/03/25 4:57am
Having driven for so many years, parking on slopes is second nature to me. The requirement is simple and clear: just stop without sliding. Every time I shift to neutral, I immediately pull the handbrake. Especially on steep slopes, I make a point to check if the brake is firmly engaged. Sometimes I deliberately wait a bit longer to see if the car moves. When starting, there's no need to rush; slowly release the clutch and add a bit of throttle, and the car moves steadily. Don't forget that tire tread patterns affect grip, and changing tires regularly can prevent rolling. In the city, slopes are common, so safety comes first. It's acceptable if the parking position isn't perfectly accurate, as long as it doesn't obstruct others.
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JonathanAnn
11/16/25 6:37am
After years of teaching people to drive, the requirements for hill-start parking are very clear. The vehicle must stop at the designated point, with no more than 30 cm from the side line. After pulling the handbrake, the car must absolutely not move. During the test, the accuracy of the position and the smoothness of the start are assessed. I teach my students to gently press the foot brake to stabilize the car, then decisively pull the handbrake. After that, check all actions and avoid releasing the brake or clutch prematurely. Practicing starts and stops in simulated test scenarios is essential to develop a feel for it. Beginners often make the mistake of not focusing on their operations, so I always remind them to synchronize the throttle and clutch control.
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