Should You Engage P Gear or Apply the Handbrake First?

2 Answers
SanGia
07/28/25 11:33pm
You should apply the handbrake first. Here are the specific reasons for pulling the handbrake first: 1. Engaging P gear on uneven ground can damage the transmission. When an automatic transmission vehicle is put into P gear, a hook inside the transmission locks the gear. On uneven roads or slopes, the hook and gear will exert force on each other, which can damage the transmission over time. The force is applied to the locking mechanism of the P gear, so the transmission will bear the corresponding force. 2. When parking, you should first press the foot brake, then apply the handbrake to achieve the braking effect of the braking system, and then engage P gear to lock the transmission shaft, which is safer.
Was this review help?
10
3
Share
OKate
08/12/25 3:54am
I've been driving automatic transmission cars for over a decade, and when parking, I always shift to N (neutral) first, then engage the handbrake, and only then move to P (park). This is because the P position has a small latch that locks the transmission. If you shift directly to P on a slope, the entire weight of the car rests on this latch, which can cause wear and damage over time. Once, I forgot and shifted directly to P on a small slope, and later experienced some transmission stiffness, costing me some money in repairs. So now, my habit is: stop the car firmly with the foot brake, shift to neutral (N), slowly engage the handbrake until the car comes to a complete stop, release the foot brake to ensure the car doesn't move, and then shift to P before turning off the engine. This sequence ensures the braking system takes the weight first, reducing pressure on the transmission and making the vehicle more durable. Developing this habit can save you both hassle and money.
Was this review help?
2
5
Share
Expand All
More Forum Discussions

Which brand of windshield washer fluid does not trigger the alarm in BMW?

BMW does not trigger the alarm when using genuine windshield washer fluid. Common windshield washer fluids are mainly composed of water, alcohol, ethylene glycol, corrosion inhibitors, and various surfactants. This type of washer fluid contains insect removal agents to clean insects and tree sap from the windshield. There is also an antifreeze type specifically designed for winter use, which can be used at outdoor temperatures below -20 degrees Celsius without freezing or cracking the pipes. Precautions for using windshield washer fluid: 1. Pay attention to the concentration: Windshield washer fluid generally comes in pre-configured concentrations, as well as concentrates and solid effervescent tablets. In terms of effectiveness, there is no significant difference between these three forms, but different vehicle wiper systems have different designs, so the concentration requirements vary when using washer fluid. 2. Different windshield washer fluids may have subtle differences in usage: Especially in terms of performance, some have stronger cleaning capabilities, while others have better antifreeze properties. Vehicles require different washer fluids under different usage conditions. Using the wrong type of washer fluid can only cause unnecessary trouble.
6
3
Share

Does the Venucia D60 have a particulate filter?

Venucia D60 is equipped with a particulate filter. The Diesel Particulate Filter (DPF) is a ceramic filter installed in the exhaust system of diesel engines, which captures particulate emissions before they enter the atmosphere. Its function is to filter out tiny particles in the exhaust gas. When a certain amount of particles is accumulated, it automatically burns the captured particles, thereby achieving a cyclic operation. The diesel particulate filter can effectively reduce the emission of particulate matter. It first captures the particulate matter in the exhaust gas and then oxidizes the captured particles to regenerate the particulate filter. The so-called filter regeneration refers to the fact that during the long-term operation of the DPF, the accumulation of particles in the filter will gradually increase the engine back pressure, leading to a decline in engine performance. Therefore, it is necessary to periodically remove the deposited particles to restore the DPF's filtration performance. A clogged particulate filter can reduce vehicle power. Some vehicle models will automatically reduce the power output of the diesel engine if they detect a clogged particulate filter. At the same time, the increased exhaust resistance will also weaken the vehicle's power performance.
8
5
Share

What is the Honda Civic called?

Honda Civic is called Honda Civic in Chinese, available in three-door hatchback, hardtop coupe, coupe, hybrid, and five-door sedan versions. In terms of exterior design, the Honda Civic adopts Honda's family-style winged handsome front face design. The chrome-plated front grille extends from the center to both sides, forming a unified whole with the chrome strip above the headlights, together outlining a three-dimensional and dynamic front face. Regarding body dimensions, the Honda Civic measures 4649mm in length, 1800mm in width, and 1416mm in height, with a wheelbase of 2700mm. In terms of the powertrain, the Honda Civic offers two engine options: a 1.0T and a 1.5T turbocharged engine. The 1.0T engine is a three-cylinder, while the 1.5T is a four-cylinder. For the transmission system, manual transmission models are equipped with a 6-speed manual gearbox, and automatic transmission models come with a CVT continuously variable transmission.
19
1
Share

What Causes the Mercedes-Benz E300 to Shake During Acceleration?

Mercedes-Benz E300 shaking during acceleration may be due to excessive carbon buildup. General symptoms of abnormal shaking: Fault-induced shaking, such as poor cylinder operation or air leakage, is a very noticeable phenomenon. Normal shaking is relatively uniform, and sitting inside the car, it is barely perceptible, with normal acceleration. Reasons for abnormal shaking during driving: Excessive carbon buildup: If there is severe carbon buildup in the engine cylinders, it can lead to clogged spark plugs and valves, directly causing the car to shake at idle. If the vehicle's acceleration performance has significantly declined and the shaking persists for a long time, consider an engine cylinder cleaning. Fuel system malfunction: Unstable fuel pressure can easily cause inconsistent mixture concentration, leading not only to shaking but also to unstable idle conditions. First, consider replacing the fuel filter, as prolonged use may cause the filter element to clog. Then, check the fuel pressure bypassing the fuel filter. If abnormal, it may indicate an issue with the fuel pump.
6
0
Share

What is the range of the Venucia D60 EV?

The Venucia D60 EV has a range of 481km. Here are the specific details about the Venucia D60 EV: 1. In terms of power, the Venucia D60 EV is equipped with a Valeo Siemens permanent magnet synchronous motor, which achieves 95% high-efficiency output. This motor delivers a maximum torque of 250 Nm. Notably, it features active anti-shake control technology, with a response time of just 0.15 seconds. 2. The interior adopts a driver-oriented wraparound cockpit design, paired with low-gravity ergonomic seats for a more comfortable and relaxed driving experience. The rational battery layout, combined with a 2700mm ultra-long wheelbase, creates a spacious and comfortable cabin. A 525L super-large trunk and 15 cleverly designed flexible storage spaces fully meet the needs of daily commuting and self-driving trips. The 0.25㎡ electric sunroof provides excellent interior lighting. 3. The car utilizes low-VOC eco-friendly materials and processes, along with a PM2.5 automatic air purification system that offers real-time monitoring and efficient purification.
11
5
Share

Where is the OBD interface located in the Octavia?

The OBD interface in the Octavia is located in the fuse box under the steering wheel. Here is some information about OBD: 1. OBD stands for "On-Board Diagnostics." The more advanced OBD-II was developed in the mid-1990s. The Society of Automotive Engineers (SAE) established a set of standard specifications, requiring automotive manufacturers to provide a unified diagnostic mode according to the OBD-II standard. By the late 1990s, vehicles entering the North American market were equipped with OBD according to the new standard. 2. The key difference between OBD-II and previous on-board diagnostic systems is its strict focus on emissions. Its primary function is to monitor vehicle emissions by tracking the performance of the powertrain and emission control systems. When a fault occurs in the powertrain or emission control system, potentially causing carbon monoxide (CO), hydrocarbons (HC), nitrogen oxides (NOx), or fuel evaporation pollution levels to exceed set standards, the malfunction indicator lamp (MIL) will illuminate as a warning.
8
5
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.