···
Log in / Register

How to Brake Smoothly in an Automatic Transmission Car?

6Answers
MaryRose
07/25/2025, 05:16:16 AM

Under good road conditions, such as when approaching a traffic light at an intersection ahead, the ideal braking state is one where passengers do not feel any impact. Apply the brakes gently, but release the pedal slightly faster than on a flat road to ensure the vehicle speed does not drop excessively. Prolonged use of the brakes can cause the braking system to overheat, affecting performance. It is advisable to use engine braking simultaneously. First, always maintain a safe distance from the vehicle in front when following.

Was this review help?
108
Share
DiJuniper
08/11/2025, 10:07:09 AM

During driving, I encountered brake judder issues and later figured out several effective solutions. Starting from the vehicle perspective, ensure proper brake system maintenance: regularly check if brake pads and discs are worn or warped, as worn components can easily cause vibrations; replacing brake fluid is also crucial, as deteriorated fluid may lead to uneven braking. In practical operation, I always anticipate situations early: when seeing a red light or a car ahead slowing down, I release the accelerator early to let the vehicle coast naturally for a distance, then gently press the brake pedal with gradually increasing pressure to avoid sudden braking. This allows the automatic transmission's shift logic to transition smoothly, reducing judder. During rainy days or traffic jams, I'm more cautious, increasing following distance to facilitate gentle braking. After forming these habits, not only does driving become smoother, but it also saves fuel, enhances safety, and reduces maintenance costs.

Was this review help?
12
Share
Expand All
DeAlexandra
09/27/2025, 03:29:40 AM

I always prefer braking smoothly to avoid jerking. The trick is not to rush: for example, when approaching an intersection from afar, ease off the throttle to coast, then gently tap the brake pedal as the speed drops; avoid stomping on it abruptly, as automatic transmissions may suddenly shift gears, causing gear shock. I've tried this method on multiple cars, and it works for both beginners and experienced drivers alike. Also, pay attention to your car's condition—severely worn brake discs or pads can cause vibrations, so have them checked and replaced during maintenance. In special weather conditions like heavy rain, when roads are slippery, leave more space and brake slowly to prevent skidding. Practicing this during daily commutes ensures passengers don't complain about bumps, and I stay relaxed myself. With more practice—finding an empty road to refine your pedal feel—you'll get the hang of it quickly.

Was this review help?
18
Share
Expand All
AndrewMarie
11/10/2025, 09:41:22 PM

Decades of driving experience have taught me that the key to smooth braking lies in anticipatory operation. Every time I drive, I pay attention to road conditions, release the accelerator early to begin deceleration, and only gently apply the brakes after coasting, gradually increasing the pressure. Avoiding last-minute hard braking reduces automatic transmission shift shocks. Maintaining brake system health, regularly changing brake fluid and inspecting discs and pads prevents aging-related issues. In adverse weather like heavy rain or on downhill sections, I proceed with even greater caution. After cultivating these small habits, the shocks have almost disappeared, ensuring both safety and comfort.

Was this review help?
15
Share
Expand All
OwenDella
12/31/2025, 11:26:06 PM

When driving my family around, I pay special attention to smooth braking to prevent my kids from getting carsick. I always decelerate in advance: coasting by easing off the throttle well before the stopping point, then gently pressing the brake to come to a smooth halt. I never stomp on the pedal to avoid sudden jerks. Automatic transmissions can produce gear-shock during hard braking, so I deliberately slow down my braking motions. Regular brake inspections are essential—worn components must be replaced promptly to prevent intensified vibrations. On rainy or foggy slippery roads, early braking ensures safety. This driving style keeps my family comfortable and me at ease, with safe following distances always maintained. Since adopting these habits, my commute has become effortless and worry-free.

Was this review help?
3
Share
Expand All
StEli
03/29/2026, 12:52:52 AM

I'm interested in how cars work, and to achieve smooth braking without jerking, it's essential to combine electronic and mechanical aspects. While driving, I ensure smooth brake input: anticipate road conditions early to coast by easing off the throttle, then gradually increase pedal pressure. For automatic transmissions, rely on ECU control—operate steadily to enable seamless gear shifts and avoid shocks. Regular maintenance is crucial: inspect the ABS, brake discs, pads, and fluids, and ensure no air enters the lines to prevent jerking. In special scenarios like slippery roads, activate assist modes for gentle braking. Understanding these principles has significantly reduced jerking, making driving more efficient and intelligent while extending component lifespan.

Was this review help?
5
Share
Expand All
More Q&A

Does Interior Color Change Affect Vehicle Inspection?

Changing the interior color does not affect the vehicle inspection, but changing the exterior color requires registration and filing with the vehicle management office. Below are the relevant details about the annual inspection items: 1. Equipment Check: Inspect whether the engine, chassis, body, and their accessories are clean, complete, and functional, whether the paint is uniform and aesthetically pleasing, whether the main components have been replaced, and whether they match the initial inspection records. 2. Performance Check: Verify whether the vehicle's braking system, lights, exhaust, and other safety features comply with relevant regulations. 3. Situations where the vehicle cannot participate in the inspection include: (1) The vehicle condition does not match the records on the driving license or archives. (2) The license plate or driving license is damaged, incomplete, illegible, or self-made. (3) The vehicle has been modified, remodeled, or undergone technical transformation without approval and change procedures.
116
Share

What are the reasons for the BMW 5 Series air conditioning not cooling?

BMW 5 Series air conditioning not cooling reasons are as follows: 1. Refrigerant issue: The reason why the car air conditioning is not cooling sometimes is due to problems with the refrigerant in the car air conditioning system. 2. Filter blockage: Sometimes, excessive impurities in the car air conditioning refrigerant and refrigeration oil can cause the filter screen to become clogged, reducing the cooling effect, increasing resistance, and decreasing the flow of refrigerant to the expansion valve, leading to the car air conditioning not cooling. 3. Desiccant saturation: There is a dryer in the car air conditioning refrigeration system, whose main task is to absorb moisture in the refrigerant and prevent excessive moisture in the refrigerant from reducing the cooling capacity. When the desiccant in the dryer is saturated, moisture can no longer be filtered out. 4. Compressor drive belt too loose: Sometimes, the car air conditioning does not cool because the compressor drive belt is too loose, or it may be due to the reduced heat dissipation capacity of the condenser, leading to a decrease in the air conditioning cooling capacity.
116
Share

What are the symptoms of a slipping clutch disc?

When the clutch disc slips, the following symptoms will occur: the car cannot start or has difficulty starting; the engine's power cannot be fully transmitted to the drive wheels, resulting in weak driving performance; in severe cases, a burning smell caused by overheating of the friction lining may be emitted. Below is relevant information about clutch disc slipping: 1. Causes of slipping: The clutch pedal free travel is too small or non-existent, causing the release bearing to frequently press against the diaphragm spring, keeping the pressure plate in a semi-engaged state; reduced elasticity of the diaphragm spring; excessive wear or hardening of the friction disc surface, oil contamination, or exposed rivets. 2. Precautions: Insufficient pressure between the clutch disc and the driven plate or inner/outer pressure plates, causing the clutch disc to not be tightly pressed and leading to slipping. If the clearance adjustment is improper, check whether the surfaces of the intermediate pressure plate and the thrust plate are flat and undamaged. Generally, their contact surface should reach over 80% to ensure normal contact between the two clutch discs and prevent slipping during operation.
115
Share

What Vehicles Can Obtain Disabled License Plates?

Mostly three-wheeled electric vehicles or three-wheeled motorcycles are eligible. If applying through the respective district's traffic management units, the process is relatively simple for local residents, while it may be more complicated for non-local residents. The functions of disabled license plates are as follows: 1. Equal Treatment: As long as the conditions for disabled individuals to obtain a driver's license are met, the application process is the same as for ordinary people, with no differences. Therefore, the license plates are also the same, offering equal treatment to disabled individuals. 2. Same as Regular Vehicle License Plates: According to relevant laws, as long as disabled individuals legally obtain a driver's license, their vehicle license plates are exactly the same as regular vehicle license plates. The only requirement is that the vehicle must be legally equipped with auxiliary devices and registered, with a disabled wheelchair emblem displayed on the body. There are no special license plates exclusively for disabled individuals.
115
Share

Is Coolant Also Antifreeze?

Coolant and antifreeze are the same, with no difference. The following is a related introduction about coolant: 1. Characteristics of coolant: Automotive engine coolant is mainly composed of water, ethylene glycol, and additives, with corrosion inhibitors being the primary additive. The main function of additives is to prevent corrosion, while also providing anti-scaling and anti-foaming effects. Currently, the base fluid for automotive engine coolant is primarily ethylene glycol, and the difference between various coolant formulations lies in the use of different corrosion inhibition systems. Under the premise of water and ethylene glycol as the base fluid, the key technology in coolant formulation research is the selection and combination of corrosion inhibitors. Typically, coolants are classified into inorganic salt type and organic acid type based on the composition of corrosion inhibitors, with inorganic salt types further divided into phosphate type, amine type, and silicate type. 2. Product performance: Engine coolant consists of three parts: water, antifreeze, and additives. Depending on the antifreeze component, it can be categorized into alcohol type, glycerol type, ethylene glycol type, etc. Alcohol type coolant uses ethanol (commonly known as alcohol) as the antifreeze, which is cheap, has good fluidity, and simple preparation process, but it has a low boiling point, is prone to evaporation loss, has an easily increased freezing point, is flammable, etc., and is gradually being phased out.
114
Share

What material is used for the Accord engine block?

According to the official introduction by GAC Honda, the Accord's engine series all use aluminum engine blocks. Here is some information about the engine: 1. Concept: An engine (Engine) is a machine that can convert other forms of energy into mechanical energy, including internal combustion engines (reciprocating piston engines), external combustion engines (Stirling engines, steam engines, etc.), jet engines, electric motors, etc. For example, an internal combustion engine typically converts chemical energy into mechanical energy. 2. Classification: Internal combustion engines, external combustion engines, external combustion engines, meaning the fuel burns outside the engine, gas turbines, jet engines.
110
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.