···
Log in / Register

Should You Press the Brake When Shifting Gears in an Automatic Transmission?

4 Answers
LaEvangeline
07/29/25 7:38am

Automatic transmission requires pressing the brake when shifting gears, typically only mandatory when shifting from P (Park) to other gears. Switching between other gears does not strictly require pressing the brake. However, from a safety perspective, it is recommended that drivers press the brake when performing gear shifts in automatic transmission vehicles. Regardless of whether gears can be freely switched, shifting gears while the vehicle is in motion is unsafe and can cause some damage to the car's transmission. If you shift into drive without pressing the brake, the car may lurch forward suddenly. If a novice driver panics and accidentally presses the accelerator, the vehicle could accelerate unexpectedly, increasing the risk of an accident. The same principle applies when reversing.

Was this review help?
14
0
Share
HarperLynn
08/13/25 1:43am

I remember when I first started driving an automatic car, I was really confused about whether to press the brake when shifting gears. I asked a friend who had been driving for years, and he said that in most modern automatic cars, you must press the brake pedal when shifting from P to R or D, otherwise the gear lever might not move. This is a safety feature of the vehicle to prevent accidental rolling or sudden starts, which is quite practical. The operation is simple: press the brake with your foot, move the gear with your hand, and make sure the car is stable before releasing the brake. Developing this habit can prevent accidents, especially when parking on a slope. I once tried not pressing the brake in my friend's older car, and the dashboard lit up with a warning light. After checking, I realized it was a protective mechanism. So now, I always consciously press the brake when shifting gears, which makes me feel more at ease and prevents damage to the transmission components. In short, following this practice makes driving more worry-free and safer.

Was this review help?
9
0
Share
Expand All
VivienneLynn
10/04/25 8:17am

As someone who frequently drives automatic transmission cars, I consider pressing the brake while shifting gears an essential habit. Modern vehicles are generally designed with this safety feature, requiring your foot to be on the brake pedal when shifting from Park to Reverse or Drive. If the brake isn't pressed, the system may lock the gearshift or the vehicle could accidentally move, posing a danger. This mechanism primarily protects drivers from unintended collisions in parking lots or congested areas—a clever piece of engineering. I recommend making this action a routine every time you start the car: press the brake before shifting to build muscle memory, so it becomes second nature. Moreover, this practice reduces transmission wear and extends component lifespan. In short, pressing the brake ensures a more secure drive—don't skip it for convenience.

Was this review help?
11
1
Share
Expand All
OMalachi
11/18/25 3:04am

I noticed that shifting gears in an automatic transmission car requires stepping on the brake. Moving the gear lever from P (Park) to any other position necessitates pressing the brake pedal. This is a standard safety feature designed to prevent the vehicle from rolling or making sudden movements. The operation is straightforward: press the brake with your foot, then shift the gear. Once you get used to it, it becomes very simple and also helps protect the car's components.

Was this review help?
4
4
Share
Expand All
More Forum Discussions

What is the fuel consumption of the Porsche 911?

The fuel consumption of the Porsche 911 is approximately 10.2L/100km. The following are factors that affect a car's fuel consumption: 1. Thermal efficiency of the engine: From a purely technical perspective, direct fuel injection is an excellent technology that significantly improves fuel combustion efficiency, but it places higher demands on the engine's fuel supply system and cylinder materials. 2. Resistance encountered by the car: (1) Gradient resistance: When a car is driven on an inclined road surface, the component of its gravity along the road direction manifests as gradient resistance. Clearly, this is mainly related to the weight of the car. The heavier the car and the steeper the slope, the greater the force needed to overcome, and the higher the car's fuel consumption. (2) Acceleration resistance: When a car accelerates, there is an inertial force present, which constitutes the car's acceleration resistance. According to the momentum theorem, the greater the car's mass and the larger the acceleration, the greater the resistance.
5
5
Share

Is it necessary to install Porsche PDCC?

Porsche PDCC can be installed if conditions permit, as adding this system will increase the driving safety factor for the owner. Below is relevant information about the car's PDCC: 1. Function: The PDCC feature equipped on the Porsche Cayenne can effectively suppress the occurrence of body tilt when driving on curves, maintaining excellent stability during cornering and ensuring driving safety. 2. Meaning: In the PDCC system, the suspension system continuously adjusts the chassis dynamically based on road conditions, driving conditions, and the driver's requirements, so PDCC is also called the "Adaptive Chassis Control System."
14
3
Share

What causes excessive air flow in BMW N52?

Excessive air flow in BMW N52 is generally caused by a faulty air flow sensor in the vehicle. Here is relevant information about automotive air flow sensors: 1. Definition: The air flow sensor, also known as the air flow meter, is one of the important sensors in an electronically fuel-injected engine. 2. Function: It converts the intake air flow into electrical signals and sends them to the Engine Control Unit (ECU), serving as one of the fundamental signals for fuel injection. It measures the air flow entering the engine. 3. Consequences of failure: A malfunctioning air flow sensor may not prevent the engine from starting, but it will certainly affect the engine's performance, such as unstable idle, poor acceleration, "backfiring" in the intake manifold, and black smoke from the exhaust pipe, while also causing excessive exhaust emissions.
14
2
Share

Are Honda and Toyota Both Japanese Cars?

Honda and Toyota are both Japanese cars. Here are the relevant introductions about Honda and Toyota cars: 1. Transmission: Toyota is relatively conservative in terms of transmission, but in terms of quality, Toyota's transmission is very reliable and stable. Aisin, which is controlled by Toyota, has a strong say in the transmission sector. Honda insists on independent research and development for transmissions, and existing technical resources are monopolized. To achieve breakthroughs, it must find alternative approaches. 2. Engine: In terms of engines, Honda's products are slightly better, thanks to Honda's "early research and high investment." The characteristics of its engines are strong power and low fuel consumption. Compared to Honda, Toyota's engines are slightly inferior.
18
5
Share

What is the original size of the Audi Q5L wiper blades?

Audi Q5 wiper blades are 600mm for the driver's side and 500mm for the passenger side. Below are some maintenance tips for wiper blades: 1. Lift the wipers when parked in direct sunlight: When a vehicle is parked under the scorching sun, the windshield temperature can rise to 50-60°C. The rubber blades pressed against the windshield will age faster due to the high temperature. When parking outdoors, lift the wipers to prevent the rubber blades from touching the hot glass, thereby extending their lifespan. 2. Add wiper fluid: Mix wiper fluid with water in the correct proportion and add it to the wiper fluid reservoir. 3. Use dedicated automotive cleaners: Common household detergents or soaps often contain ammonia or chlorine, which can accelerate rubber aging. Use car-specific cleaning agents to protect your car's wipers and other rubber components.
8
5
Share

What functions does the Audi Q5L remote key have?

Audi Q5L key set includes two smart keys and a key fob with vehicle coding. The key fob with vehicle coding allows others to activate the Audi connect car control service. The functions of the two smart keys are as follows: 1. Remote vehicle control: remotely lock and unlock the vehicle. 2. Advanced key function: When the smart key is within approximately 1.5 meters of the door handle, the vehicle can be locked or unlocked through any door without taking out the key. 3. Data storage: During driving, maintenance and service data are continuously stored on the wireless remote key. The service receptionist at an Audi service station can read this data and recommend necessary maintenance and repairs for the vehicle.
15
1
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.