When to Depress the Clutch When Braking in 5th Gear?

1 Answers
DelRowan
07/29/25 3:22pm
When braking in 5th gear, you need to depress the clutch when the speed drops to a relatively low range of 40-50 mph. How to depress the clutch: The most common practice is to observe whether the speed is within the controllable range, such as around 40 mph, which is generally within the controllable range. The controllable range refers to the period when the braking effect is most noticeable. For example, when driving at 100 or 80 mph, the braking distance is longer, and you might feel like the brakes aren't effective enough. However, once the speed drops to 40 mph, you can fully control the speed with the brakes, which is the controllable range. At this point, you can depress the clutch and the brake without significantly affecting the braking distance. Do not depress the clutch too early when braking: When braking to reduce speed, if the engine speed is above 1,300 rpm, it is in a fuel-cut state. During this process, the engine does not output power but is instead dragged by the drivetrain. Therefore, the engine provides braking force rather than traction. This is why it's often said not to shift to neutral or depress the clutch too early when braking.
Was this review help?
5
5
Share
More Forum Discussions

What is the correction mantra for early or late steering during parallel parking?

Parallel parking correction mantra for early or late steering is as follows: if you steer too early, the right side will be too narrow, turn the wheel to the left to correct; if you steer too late, the left side will be too narrow, keep the wheel turned fully to the right. Additionally, it's important to control the vehicle speed with the clutch, as only a sufficiently low speed allows enough time for corrections. When checking the rearview mirror, you don't necessarily need to sit up straight; slightly leaning your head forward can help ensure an accurate observation of the car body's position relative to the corner of the parking space. Below is relevant information about parallel parking: 1. Introduction: Parallel parking is a component of the driving test's second subject. This parking method is increasingly common in urban areas, especially as parking spaces in formal lots become more scarce. Many places have converted street sides into "parallel parking spaces." 2. Test Objective: To assess the driver's ability to correctly park the vehicle on the right side of the road.
8
2
Share

How to Modify a Naturally Aspirated Engine to Increase Power?

Use the following methods to modify a naturally aspirated engine to increase power: 1. Cylinder Block Material: Engine materials are typically cast iron and aluminum alloy, produced using casting technology, which does not offer very high strength. If you want the car to achieve greater power, the engine must also withstand the impact of the increased power. Therefore, you can replace the cylinder block material with fully forged aluminum alloy and upgrade to forged reinforced pistons and connecting rods. 2. Engine Displacement: The larger the engine displacement, the higher the car's power output. Therefore, you can modify the engine by boring the cylinders to increase the displacement, thereby obtaining greater power. 3. Intake and Exhaust: You can replace the intake and exhaust systems to make the engine's power output more efficient while also altering the car's exhaust note. 4. Spark Plugs: Upgrading to higher-quality spark plugs can enhance the car's ignition capability, allowing fuel to burn faster. 5. ECU: You can reflash the car's ECU to bypass the computer's limitations, enabling the car to unleash more power.
4
5
Share

Is the Aventador a 'Big Bull' or 'Little Bull'?

The Aventador is a 'Little Bull'. Taking the 2019 Aventador as an example, here are the relevant details: 1. Body Dimensions: It is a 2-door, 2-seat convertible with body dimensions of length 4943mm, width 2098mm, height 1136mm, a wheelbase of 2700mm, and a fuel tank capacity of 85l. 2. Suspension: The 2019 Aventador uses a horizontal pushrod independent suspension for both the front and rear. 3. Powertrain: The 2019 Aventador is equipped with a 6.5L naturally aspirated engine, delivering a maximum horsepower of 770ps, a maximum power of 566kw, and a maximum torque of 720nm, paired with a 7-speed ISR transmission.
15
3
Share

What is the difference between straight-only, one-way, and straight lanes?

The specific differences between straight-only, one-way, and straight lanes are as follows: Straight-only: No left turns, no right turns, only straight ahead. The border of a straight-only sign is a circle with a white arrow inside. One-way: Indicates that all vehicles must travel in one direction. This sign is placed at appropriate locations at the entrance and intersections of one-way roads. It has a square border with a white arrow inside, indicating a one-way road. Straight lane: A road can have multiple lanes, but this one is designated for straight travel only. The straight lane has a white arrow in the middle, a blue background, and white dashed lines on both sides.
7
4
Share

How to Get an Invoice for ETC Toll Fees?

Log in to the invoice service platform website 'Piaogen' or the 'Piaogen' APP to apply for an invoice. The steps are as follows: 1. Enter the Piaogen website and select 'I want to issue an invoice' or click 'Go to invoice'. 2. Choose the ETC card/user card. 3. Select the toll record, click to issue an invoice, and the electronic invoice can be sent to your email. 4. Verify the invoice information and click 'Submit' after confirming it is correct. 5. The application is successfully submitted. Notes for invoicing are as follows: 1. ETC users can obtain the corresponding VAT electronic ordinary invoice for the actual toll fees starting from the 10th natural day after the toll occurs, which may be extended in case of legal holidays. ETC prepaid users can obtain a non-tax invoice in real-time after recharge. 2. ETC prepaid customers can choose to request an invoice after recharge or after the actual toll fees occur, but duplicate invoicing is not allowed.
6
3
Share

What is a Differential?

The automotive differential is a mechanism that allows the left and right (or front and rear) drive wheels to rotate at different speeds. Its purpose is to adjust the speed difference between the left and right wheels. When a car turns or drives on uneven roads, the differential enables the left and right wheels to roll at different speeds (providing reasonable torque distribution), ensuring that both drive wheels perform pure rolling motion. Below are some additional details about differentials: 1. Without a differential or if it malfunctions, the inconsistent rotation speeds of the left and right wheels will inevitably cause the wheels to slide while rolling. This not only accelerates tire wear but also increases stress on the axle, potentially leading to mechanical damage in severe cases, which can result in very high repair costs. Therefore, if tire slippage occurs while turning, the differential should be inspected at an auto repair shop as soon as possible. 2. In addition to the differential itself, differential oil is also crucial. To prevent insufficient lubrication, differential oil typically needs to be replaced during maintenance at intervals of 60,000 kilometers or 40,000 kilometers.
4
0
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.