Should You Press the Clutch When Decelerating in a Manual Transmission Car?

1 Answers
MadelynMarie
07/29/25 4:31am
When decelerating at higher speeds, you should first apply the brakes and then press the clutch once the speed has decreased. This is known as the "dual braking" method. At lower speeds, you should press the clutch first before applying the brakes; otherwise, the engine may vibrate and stall if the clutch is not engaged. Lower speeds refer to when the vehicle is traveling below 30 km/h or when the engine RPM is around 900. In such cases, it is advisable to press the clutch first and then apply the brakes. This operation is most commonly used at traffic lights in urban areas. Since the engine RPM is low and the wheel speed is not high, there is minimal inertia. A light press on the brake pedal is sufficient to stop the vehicle. Pressing the clutch beforehand prevents the car from stalling and disconnects the engine from the transmission, stopping the engine from providing power. The vehicle's weight alone can counteract most of the inertia. This approach has two advantages: first, you don’t have to worry about the car stalling, as long as you control the brake pedal properly; second, the car will come to a smoother stop without any sudden jerking. When braking at higher speeds, release the accelerator first, then apply the brakes, and finally press the clutch. This is because the vehicle has greater inertia at higher speeds. Releasing the accelerator and applying the brakes reduces the engine RPM, which helps suppress the wheel speed. Applying the brakes at this stage, combined with the braking effect of the brake pads, yields better results. If you press the clutch first and then the brakes, the engine's traction is cut off, leaving only the brake pads to provide braking force. Braking Tips for Manual Transmission Cars: Braking in Rainy Conditions Use emergency brakes cautiously in rainy weather and try to control your speed. For roads with standing water, use intermittent braking. This helps remove some water from the brake discs and prevents rust! Avoid Continuous Braking When approaching a red light, don’t brake hard just before stopping. Instead, brake gradually and adjust based on the distance to maintain a controlled speed. This is the most economical and scientific approach. Braking on Slopes When braking uphill, the vehicle decelerates quickly. Therefore, on slopes, brake as usual but release the brake faster than normal. This prevents the car from rolling backward or causing a rear-end collision. For manual transmission cars, remember to shift gears promptly after braking and avoid using high gears when climbing. When descending a slope, use the brakes as an auxiliary tool for deceleration rather than applying them continuously. Continuous braking may overheat the brake pads and lead to brake failure. Generally, using third gear in a manual transmission helps maintain a stable speed. The brakes should only assist in controlling speed, and it’s best not to rely solely on them for speed regulation.
Was this review help?
1
2
Share
More Forum Discussions

Is a tire pressure of 2.7 normal?

A tire pressure of 2.7 is slightly high, but it will not affect normal driving. Generally, the normal tire pressure should be maintained between 2.3 and 2.5 bar. In winter, the tire pressure should be slightly higher, while in summer, it should be slightly lower. Many car manufacturers have clear regulations on tire pressure values, but this also depends on the vehicle model. Some models may have slightly higher tire pressure, while others may have slightly lower tire pressure. Strictly speaking, tire pressure refers to the air pressure inside the tire. In terms of car maintenance, the engine is the heart of the car, and engine damage will lead to the end of the car's life; tire pressure is the blood pressure of the car, and the level of tire pressure plays a crucial role in the performance and power of the car.
4
4
Share

How Long Does a Car Spare Tire Last?

Car spare tires have a lifespan of four years. Below is a detailed introduction about car spare tires: 1. Spare tires are rubber products and will age over time: The aging cycle of a spare tire is 4 years, so it needs to be replaced every four years. 2. Spare tires are not suitable for long-term use: Spare tires are smaller and used less frequently, with different aspect ratios and widths compared to regular tires. After replacing with a spare tire, the friction coefficients of the four tires differ, and so does the ground adhesion. Prolonged use can affect the vehicle's braking system. 3. Spare tires should not be used for high-speed driving: Spare tires cannot match regular tires and require more protection. After installing a spare tire, the driving speed should not exceed 80 km/h to avoid accidents.
3
4
Share

Has the issue of excessive oil in the CR-V 1.5T been resolved?

CR-V has seen many improvements, but the 1.5T engine remains largely unchanged from previous years, without substantial modifications. Some owners in northeastern and northwestern regions still report instances of excessive oil and oil emulsification. The oil issue in the 2019 CR-V has not been completely resolved. Additional relevant information is as follows: The latest CR-V is equipped with a 1.5T direct-injection turbocharged engine. During the engine compression process, a portion of gasoline adhering to the cylinder walls can enter the oil pan under pressure. As the engine operates and the oil temperature rises, this gasoline evaporates and re-enters the combustion chamber to be burned and expelled. However, if the oil temperature is low, the gasoline evaporates slowly, leading to residual gasoline in the oil and causing the oil level to rise.
17
3
Share

What Causes High Water Temperature When Running the AC in a Small Car?

The reasons for high water temperature when running the AC in a small car are as follows: 1. Cooling fan not working: The cooling fan may be controlled by a thermostat switch or a water temperature sensor. 2. Insufficient coolant: A leak in the cooling system can lead to insufficient antifreeze, which in turn causes the antifreeze temperature to rise. If the antifreeze level is found to be low, check for leaks. If there are no leaks, promptly add the same type of antifreeze. Do not add tap water or other types of antifreeze to avoid dilution or sedimentation, which could lead to failure or malfunction. 3. Damaged thermostat: If you plan to remove the thermostat, ensure the small circulation loop is blocked to guarantee all coolant is cooled by the radiator. When installing a new thermostat, make sure it has a water hole.
18
0
Share

What are the functions of the Breeze Luxury Edition key?

Honda Breeze's key has three buttons: lock, trunk opening, and unlock. The MPV model's key has four buttons: lock, unlock, left rear door opening, and right rear door opening. Pressing the unlock button can simultaneously lower all four windows, while long-pressing the lock button can simultaneously raise all four windows. Below is the tutorial for replacing the key battery for Honda Breeze: 1. Pull out the mechanical key; 2. Locate the buckle position of the battery holder. 3. Keep the front side facing up and hold both ends of the key with your fingers. Then, use your other hand to forcefully pry open the gap between the key until it is opened. 4. Note that the battery's positive pole should face downward, and the battery should be installed in reverse. Remove the old battery before installation. 5. After replacing the battery, align both sides of the key and press firmly to close it. Then, insert the key back into the keyhole to complete the battery replacement.
12
3
Share

Why does the Audi A6L experience idle shaking during cold starts?

Audi A6L cold start idle shaking is mainly caused by: 1. The engine temperature is too low. Both fuel and lubricant temperatures are low during a cold start, requiring a richer air-fuel mixture. A richer mixture demands higher ignition energy. If the spark plug gap is too wide or the ignition coil/high-voltage coil is aged, it can lead to reduced ignition energy, causing the car to shake. 2. Uneven cylinder conditions. In multi-cylinder engines, significant differences in ignition energy between cylinders, or varying degrees of piston and piston ring wear leading to inconsistent compression ratios, can result in uneven engine power output and shaking. 3. Incorrect air-fuel mixture ratio. During cold starts, if certain engine sensors or their signals have significant errors, the ECU may make incorrect judgments, causing inaccuracies in fuel injection timing and ignition timing control, leading to engine shaking.
4
4
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.