
Shift gears first, then release the handbrake. Below is relevant information about parking brakes: 1. Important Function: When parking, it provides resistance to the car to prevent movement. The handbrake or the parking gear in automatic transmissions locks the drive shaft or rear wheels. 2. System Application: Utilizing an electronic parking brake system, it integrates the temporary braking function during driving with the long-term braking function after parking, and achieves parking braking through electronic control. The electronic handbrake is a technology that realizes parking braking through electronic control, with the same working principle as the mechanical handbrake, both achieving control of parking braking through the friction generated between the brake disc and brake pads.

















I remember when I was first learning to drive, I made quite a few mistakes, like always getting the sequence wrong when starting after parking. Later, an experienced mechanic taught me the correct method: first start the engine, firmly press the brake pedal, then shift into drive (D gear), and finally release the handbrake. It took me a few tries to get used to it, but this sequence prevents the car from accidentally sliding or damaging the braking system, especially on a slope—if you release the handbrake first, the car might roll back and cause an accident. It's similar with manual transmission cars, but with the added step of coordinating the clutch. After practicing this habit more, driving became much safer, especially for beginners who should pay extra attention to this detail. In the long run, this also reduces brake pad wear, saving money on car .

Having worked in an auto repair shop for twenty years, I've seen many customers damage their cars due to incorrect starting sequences. The standard procedure is: start the engine, immediately press the brake pedal with your foot, then shift into gear (D for automatic transmission, forward gear for manual), and finally release the handbrake. The reason is simple: shifting into gear first ensures the transmission connects to the power source, while releasing the handbrake last prevents rolling, especially on uneven terrain. Many car brake systems are prone to wear from improper operation. If the sequence is reversed, the short-term impact may be minimal, but over time, both the transmission and brake pads could fail. I recommend regularly checking the handbrake cables, developing good habits, and not rushing to drive off after starting—first, firmly press the brake to confirm safety.

From a safe driving perspective, starting the vehicle must strictly follow the sequence of shifting gears before releasing the handbrake, otherwise it increases the risk of accidents. I have studied statistical data showing that many slope-related accidents occur because drivers release the handbrake without pressing the brake pedal, causing the vehicle to slide uncontrollably. For instance, when parking in garages or on slopes, shifting gears before releasing the handbrake provides additional braking force, ensuring the vehicle remains stable and stationary. Developing this habit in daily driving is simple—after starting the car, take a deep breath, focus on pressing the brake pedal firmly, shift gears, and then release the handbrake. In the long run, this can prevent unnecessary accidents and protect both yourself and pedestrians.

Having driven automatic transmission cars for ten years, I've found this sequence super convenient: start the engine, then press the brake pedal (don't skip this step), shift into D or R gear, and finally release the handbrake. Modern cars are designed quite intelligently, but the sequence remains unchanged because the electronic systems only become ready to work after shifting gears. Releasing the handbrake directly can prevent the car from rolling. Compared to manual transmissions, it's more worry-free without the clutch operation. I often remind my friends not to rush when starting the car; operating slowly is safer. Adding a bit of habit can avoid unexpected repairs, and the car will run more smoothly.

As an environmentally-conscious driver, I believe engaging the gear before releasing the handbrake is not only safer but also saves fuel and reduces carbon emissions. Through repeated practice, I've found that releasing the handbrake after engaging the gear results in smoother operation compared to the reverse sequence. This prevents the engine from exerting extra effort to move the vehicle, reducing long-term wear on both the transmission and brakes. The same principle applies to manual transmissions - engaging first gear and gradually releasing the clutch before disengaging the handbrake proves most economical. Consistently following this sequence extends vehicle lifespan, decreases frequency, and lowers overall carbon emissions. Simple testing reveals measurable fuel savings - a small habit with significant benefits.


