Is it necessary to depress the clutch when turning with a manual transmission car?
2 Answers
Whether to depress the clutch when turning with a manual transmission depends on the turning speed. For low-speed turns, you may not need to depress the clutch or use the semi-engaged clutch (half-clutch), while for high-speed turns, you should depress the clutch and downshift as needed. Below are the relevant details about manual transmission turning: 1. Low-speed conditions: When the vehicle is moving at a crawl or turning at a speed of 5~10 km/h, you should use the semi-engaged clutch or keep the clutch depressed to ensure the vehicle has sufficient power and does not stall. 2. High-speed conditions: When turning at speeds of 80 km/h or above, you should depress the clutch. At higher speeds, the vehicle has greater inertia, so the speed will not drop too low. Since the speed is higher, the gear will also be in a higher range, where traction is lower. If the turn is long and the vehicle's speed drops significantly, you can downshift appropriately to increase traction. After completing the turn, you can quickly accelerate the vehicle again.
I've been driving for over ten years, and whether to press the clutch when turning in a manual transmission car really depends on the road conditions. If you've already shifted to the appropriate gear, such as second gear, based on your speed before the turn, there's no need to press the clutch at all. Maintaining a steady throttle will allow you to pass through smoothly. Randomly pressing the clutch during a turn can cut off power, leading to stalling or skidding, especially in rainy, icy, or sharp curve conditions, which is very dangerous. I've seen some friends nervously holding down the clutch during turns, resulting in less flexible steering and increased accident risks. The key is to prepare in advance by slowing down and adjusting the gear while still on the straight road. Rapid clutch wear often happens due to frequent use in a half-clutch state. Developing good habits makes driving safer and more worry-free, while also extending the lifespan of components.
