
It has been removed. Starting from June 1, 2021, the "Hill Start" test item has been eliminated from the Category 2 driving test for small automatic transmission vehicles, reducing the test items from five to four. This adjustment better aligns with actual driving operation requirements and reduces the examination burden on candidates. The scoring criteria for the Hill Start test are as follows: 1. Front bumper not aligned with the pole line: If the front bumper is not aligned with the pole line after the vehicle stops, and the deviation exceeds 50 cm, it results in failure. If the deviation does not exceed 50 cm, 10 points are deducted. 2. Exceeding 30 seconds for starting: If the vehicle fails to start within 30 seconds, it results in failure. 3. Wheels crossing the road edge line: If the wheels cross the road edge line during the test, it results in failure. 4. Vehicle rolling backward: If the vehicle rolls backward more than 30 cm during starting, it results in failure. If the backward roll is more than 10 cm but less than 30 cm, 5 points are deducted per occurrence. 5. Vehicle body distance from the road edge line: If the distance between the vehicle body and the road edge line exceeds 50 cm after stopping, it results in failure. If the distance is more than 30 cm but not exceeding 50 cm, 10 points are deducted per occurrence. 6. Parking brake not fully engaged: If the parking brake is not fully engaged after stopping, 10 points are deducted per occurrence.

As an ordinary driver of an automatic transmission car, I can say that hill starts basically don't require manual operation anymore. The vehicle has a hill start assist function—after stopping, just slightly release the brake or tap the accelerator, and the system automatically holds the car for a second or two to prevent rolling back, completely eliminating the hassle of precise stopping. This skill might still be tested during driver's license exams, but that's more of a formality; in actual driving, technology simplifies everything, allowing you to focus on road conditions. I feel automatics truly relieve the burden of driving, especially when navigating uphill in congested urban areas. As for whether to abolish this skill, it's already functionally obsolete unless you're driving an older model without assist systems. For safety, regular brake system checks are what really matter.

Thinking back to the days of driving manual transmissions, hill starts were a major challenge; automatic transmissions have indeed made it much easier. The system automatically locks the brake pads the moment you release the brake, eliminating the risk of rolling backward. Driving schools might still teach this as a fundamental skill, but in practice, it's become outdated. As an experienced driver, I advise young drivers not to too much on technology. Occasionally understanding the principles can help in unexpected situations, such as knowing how to operate anti-slip when starting again after parking on a slope.

The technology behind automatic transmission cars has truly simplified hill starts. The torque converter and electronic systems briefly maintain the vehicle's position when stopped, allowing you to move forward simply by pressing the accelerator, eliminating the need for manual clutch control. While driving tests may still symbolically require practicing this skill, it has essentially become obsolete in practice. This design makes driving smoother and safer, saving a lot of hassle.

We often emphasize hill start in driving school instruction, although automatic transmission vehicles have made it quite easy. The system handles the starting pressure, preventing rollback issues. However, as part of the curriculum, we still teach it to develop control skills. In real-world driving, the technology indeed removes this burden, but maintaining a fundamental understanding benefits safety preparedness—for instance, enabling self-rescue in case of system failure.

Hill start assist has been largely phased out by technology in automatic transmission vehicles, with systems automatically aiding to make stopping at fixed points easier. However, I believe it shouldn't be completely overlooked from a safety perspective; in case of electronic system failures, manual skills can prevent accidents. Daily driving requires more attention to vehicle and the use of assist functions to ensure overall safety and reliability.


