What is the reason for a car not having a handbrake?

2 Answers
MaryFitz
07/28/25 8:02pm
The absence of a handbrake in a vehicle is merely a misunderstanding caused by insufficient knowledge about the types of handbrakes. All cars are equipped with handbrakes, which come in two forms: the traditional mechanical handbrake, commonly found in most vehicles today—some are operated by hand, while others are engaged by pressing with the left foot—and the electronic handbrake, which is simply a button but functions on the same principle as the former. The traditional handbrake requires the driver to manually release the parking brake or skillfully coordinate the throttle and clutch for a smooth start on slopes. This design might seem like it lacks a handbrake, but in reality, it is equipped with one. The electronic handbrake extends from the basic parking function to the automatic parking feature AUTO-HOLD. The application of AUTO-HOLD automatic parking technology eliminates the need for drivers to maintain prolonged braking when the vehicle is stationary. When the automatic electronic parking brake is engaged, it prevents unnecessary sliding of the vehicle—simply put, the car won't roll backward. The AUTOHOLD automatic parking function utilizes a slope sensor to provide precise parking force through the controller. During startup, the parking control unit, via the clutch distance sensor and clutch engagement speed sensor, automatically releases the parking brake when the driving force exceeds the running resistance, ensuring a smooth start. In daily urban driving, simply enabling the AUTOHOLD function activates the corresponding automatic parking feature. The intelligent AUTOHOLD automatic parking function can automatically engage four-wheel braking when the vehicle is stopped at traffic lights or on slopes, keeping the car stationary even in D or N gear without the need to continuously press the brake pedal or use the handbrake. To release the stationary state, a light tap on the accelerator is sufficient to disengage the brake.
Was this review help?
8
2
Share
VanessaAnn
08/12/25 12:52am
As an experienced driver, I've driven many cars and found that unresponsive handbrakes are quite common, mainly due to aging components. It could be that the cable is loose or broken, preventing force transmission when pulled; or the internal brake shoes are severely worn and can't grip the wheels properly. Sometimes the release button gets stuck or rusted, especially in humid seasons, causing the entire mechanism to fail. Loose or misaligned lever handles can also affect performance. I recommend testing the handbrake's tension before each drive—if it feels weak, inspect it immediately. This isn't a minor issue; waiting until the car rolls and causes an accident is too late. It's best to get it adjusted at a repair shop without delay. Regular maintenance can prevent most problems.
Was this review help?
13
5
Share
Expand All
More Forum Discussions

What is a touring tire?

touring refers to Dunlop's SP TOURING T1 tire. Here is more information: Design concept: The SP TOURING R1 is designed by Dunlop to meet the needs of Chinese consumers and is tailored for Chinese road conditions. The high-performance SP TOURING R1 tire utilizes Dunlop's advanced technology to enhance safety while balancing fuel economy and comfort, providing consumers with a reassuring driving experience and leading the trend of energy-saving and environmentally friendly travel. Available specifications: Currently, the SP TOURING R1 tire is available in 19 specifications, ranging from 15-17 inches and 50-70 series. It is compatible with mainstream models such as the Honda City, Volkswagen Lavida, Toyota Corolla, and Buick Excelle, making it particularly suitable for small and medium-sized car users who require durability and sporty design.
4
4
Share

What does the U0100 fault code mean when the car won't start?

It is related to the loss of communication with the engine control module. Here is the relevant introduction: U0100 fault code: The U0100 fault code, applicable to all automobile manufacturers, means Lost Communication With Engine Control Module (ECM)/Powertrain Control Module (PCM) A. Engine Control Module The engine control module, also known as the engine control unit (in some vehicles, the engine control module and transmission control module are integrated together and referred to as the powertrain control module), controls the operation of the entire engine. Its most important function is to control the optimal fuel injection amount and ignition timing of the engine. Another important function is to manage components responsible for exhaust emission control.
9
1
Share

What is the difference between Teana and Altima?

The seventh-generation Teana is named Altima in English, while all Teana models before the seventh generation were named Teana. Here is some extended information: Introduction: The seventh-generation Teana has dimensions of 4901 mm in length, 1850 mm in width, and 1450 mm in height, with a wheelbase of 2825 mm. The seventh-generation Teana is equipped with two types of engines: a 2.0-liter naturally aspirated engine and a 2.0-liter turbocharged engine. The 2.0-liter naturally aspirated engine has a maximum power output of 115 kW and a maximum torque of 197 Nm. This engine can deliver its maximum power at 6000 rpm and its maximum torque at 4400 rpm. It features continuous variable valve timing and direct fuel injection technology, and uses an aluminum alloy cylinder head and block. Extended: This engine is paired with a CVT transmission. The 2.0-liter turbocharged engine has a maximum power output of 179 kW at 5400 rpm and a maximum torque of 371 Nm at 4400 rpm. This engine is equipped with variable compression ratio technology and variable valve timing. It also features direct fuel injection technology and uses an aluminum alloy cylinder head and block.
5
1
Share

What does the VDC vehicle dynamic control system mean?

VDC is the Vehicle Dynamic Control (VDC) system. Its English name is Vehicle-Dynamics-Control, and the Chinese name is the vehicle dynamic control system. Here is relevant information: The Vehicle Dynamic Control (VDC) system is designed to improve the stability of a car while driving, but it cannot prevent accidents caused by sharp turns at high speeds or careless or dangerous driving maneuvers. When driving or turning on slippery roads, please reduce your speed and drive carefully. Function: When the car experiences wheel slippage, roll, or loss of tire traction, the VDC system will immediately intervene by reducing engine speed and purposefully applying braking control to individual wheels, ultimately guiding the car back onto the normal driving path, thereby avoiding the danger caused by loss of control.
2
0
Share

What transmission does the Volvo S60 use?

The transmission brand used in the Volvo S60 is Aisin. Established in 1969, Aisin is a world-renowned professional research, development, and manufacturer of automotive automatic transmissions. In the field of automotive automatic transmissions, Aisin's products hold the highest market share globally. The Volvo S60 is equipped with an 8-speed automatic manual transmission. Vehicles with automatic manual transmissions feature both automatic and manual modes, and the 8-speed automatic manual transmission offers 8 levels of gear shifting. When the car is switched to manual mode, the 8th gear is the highest gear. When using the Volvo S60's transmission in daily driving, pay attention to the following points: Do not delay replacing the transmission oil for extended periods. Although many modern vehicles come with maintenance-free transmission oil, "maintenance-free" does not mean it never needs replacement. Prolonged failure to replace the transmission oil can lead to damage to internal components such as bearings and the transmission housing. Avoid coasting in neutral for long durations. While driving manual transmission vehicles, many experienced drivers tend to coast in neutral. However, for automatic transmission vehicles, coasting in neutral can cause the transmission to overheat, and shifting back into Drive (D) mode may result in noticeable jerks. Never shift into Drive (D) or Reverse (R) before the vehicle comes to a complete stop. Many drivers, aiming to showcase "smooth" operation, engage the opposite gear before the car fully stops. This practice significantly damages the transmission gears and may lead to gear grinding or other malfunctions over time. Avoid frequently climbing steep slopes in Drive (D) mode. When tackling steep inclines, automatic transmission vehicles often overheat due to high loads or shift prematurely, resulting in insufficient climbing power. In such cases, use manual mode to lock in lower gears or switch to sport mode to protect the transmission. Do not tow the vehicle over long distances. If an automatic transmission vehicle breaks down, use a flatbed tow truck to transport it while the transmission is in Neutral (N). Avoid using tow ropes or dragging the vehicle directly, as this can cause severe damage to the transmission.
1
2
Share

What does tripkm mean?

tripkm refers to the mileage. It mainly indicates the mileage before the current stage is reset to zero. If you want to restart recording the mileage, press the trip button to reset the current stage to zero. The speedometer displays the vehicle's speed in km/h (kilometers per hour). The car odometer actually consists of two meters: one is the speedometer, and the other is the odometer. The car odometer is usually located directly in front of the driver's position. Purpose of trip: It is generally used to record and calculate the actual fuel consumption of the vehicle, and can also serve as a record of the mileage for planned routes. How to calculate fuel consumption: During the first full refueling (note: it must be a full tank), simultaneously reset the trip mileage to zero, then drive normally to accumulate mileage. When refueling next time, the current mileage (referred to as B) will be the amount of fuel added next time (referred to as A, which must be a full tank). Then, the actual fuel consumption is calculated as the amount of fuel added A ÷ the current mileage B. Repeat this process for subsequent refuelings, and the more times you refuel, the more accurate the average actual fuel consumption calculation will be.
4
4
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.