···
Log in / Register

Should You Release the Clutch or the Brake First in Subject Three?

4 Answers
Jonathan
07/28/25 8:32pm

In Subject Three, when starting the vehicle, release the brake first, then engage the clutch to the semi-linked state, and finally release the brake completely. Points to note when starting: 1. When starting, slowly lift the clutch with your left foot to about halfway, and when you feel the vehicle vibrating slightly, release the handbrake promptly. 2. Then gently press the accelerator slightly. When the vehicle starts to move forward, slowly release the clutch and add a bit more throttle to successfully start. 3. Beginners should pay special attention when starting on a slope. If the handbrake is released too quickly while the clutch isn't lifted sufficiently, the vehicle may roll back. The best method is to press both the clutch and brake when starting (the handbrake is optional). Lift the clutch halfway and then release the brake. At this point, the vehicle is in a semi-clutch state and won't roll back. Simultaneously, press the accelerator and slowly release the clutch to start successfully.

Was this review help?
13
1
Share
Kendra
08/12/25 12:14am

During the starting phase of the Driving Test (Subject 3), I always remember to release the brake first, then gradually release the clutch—this was a lesson learned through blood and tears. When I first started learning to drive, I would get nervous and instinctively lift the clutch first, causing the car to stall multiple times and earning me quite a few scoldings from the instructor. Later, I discovered that releasing the brake to allow the wheels to roll slightly, then gently releasing the clutch to the semi-engaged position, results in a smooth start without rolling back or jerking. This is especially crucial on slopes: releasing only the clutch overloads the engine and risks stalling, while releasing only the brake may cause the car to roll backward. I recorded every practice session to review and finally understood why the sequence matters—it ensures stability and fuel efficiency. On the test, the examiner pays special attention to this operation as it impacts overall driving safety. I recommend practicing simulated hill starts repeatedly; mastery through practice truly reduces failure rates.

Was this review help?
14
0
Share
Expand All
StBryce
09/30/25 7:26am

As an experienced instructor who has taught countless students, I've noticed that beginners often make mistakes in the starting sequence. They tend to release the clutch first, thinking it will get the car moving sooner. This is completely wrong, as it can instantly overload the engine and cause stalling. The correct approach is: press both the clutch and brake pedals, then release the brake first. Wait until the car shows slight movement intention before gradually releasing the clutch while gently applying the throttle for smooth operation. I've observed that students who pass their tests have all mastered this rhythm, which also prevents rolling risks. During the Category 3 driving test, examiners focus precisely on such details - like releasing the brake first on slopes to prevent rolling into vehicles behind. This principle applies to daily driving too - maintaining the correct sequence results in smoother operation and better fuel efficiency. During practice sessions, I emphasize repeated simulation exercises in parking lots, using timers to measure reaction speeds.

Was this review help?
17
2
Share
Expand All
VonEmilia
11/14/25 2:29am

Last year, I just passed the third driving test, and I stuck to a trick when starting: release the brake first, then the clutch. At first, I didn't understand why, but after trying a few times, I found that if the order was reversed, the car would shake violently or even stall, affecting the test score. The examiner told me that this sequence ensures a smooth start and reduces rolling back. In daily driving, this method also saves effort, especially on steep slopes or in traffic jams. I recommend practicing the coordination with automatic throttle compensation more often and remembering to relax your foot feel.

Was this review help?
7
1
Share
Expand All
More Forum Discussions

What is the fuel consumption for one hour of idling in place?

Idling in place for one hour consumes approximately 0.6 liters of fuel. Below is an introduction to idling: Introduction: Idling is an operating condition of a car, referring to the engine running in neutral gear. Diagnosis of unstable idling: Uneven fuel injection from the injectors or poor atomization can cause an imbalance in the power output of each cylinder. If the oil pressure is too low, the fuel sprayed from the injector may have poor atomization or form a line, and in severe cases, only droplets may be sprayed, reducing the fuel injection and making the mixture too lean. If the oil pressure is too high, the actual fuel injection increases, making the mixture too rich. Faults in sensors or wiring can lead to incorrect commands from the control unit, resulting in improper fuel injection, causing the mixture to be too rich or too lean, which are indirect causes of unstable idling.
2
5
Share

What is the fuel consumption of the Peugeot 3008 1.6t?

8.0L/100km. Here are the detailed specifications of the Peugeot 3008: 1. Overview: The Peugeot 3008 is a stylish mid-size crossover SUV, launched in January 2009 and entered the Chinese market in December 2010. The Peugeot 3008 has both domestic and imported versions. The imported version for the Chinese market is divided into Fashion and Luxury models. 2. Others: The wheelbase is 2613mm. The vehicle dimensions are 4428mm×1840mm×1652mm. The trunk capacity is 503L/512-1604L. The fuel consumption ranges from 6.4 to 8.8L/100km. The fuel tank capacity is 60L. The engine types are 1.6T-L4 or 2.0L-L4. The top speed is 204km/h. The acceleration time is 10 seconds for 0-100km/h. The drive type is front-wheel drive.
14
0
Share

What are the dimensions of a double-axle vehicle?

The specific dimensions of double-axle vehicles vary depending on the model. Here is an introduction about double-axle vehicles: Introduction: Rear eight-wheeler: Also known as a rear eight-wheeler dump truck or double-axle vehicle. It refers to a vehicle that unloads cargo by hydraulic or mechanical lifting. Also known as a tipper truck. It consists of components such as the vehicle chassis, hydraulic lifting mechanism, cargo compartment, and power take-off device. Working principle: The engine, chassis, and cab structure of a dump truck are the same as those of a general cargo truck. The cargo compartment of a dump truck can tilt backward or sideways, controlled by a piston rod movement system. Backward tilting is more common, where the piston rod pushes to tilt the compartment, while a few models allow bidirectional tilting. High-pressure oil enters the lifting hydraulic cylinder through the distribution valve and oil pipe, with the front end of the compartment featuring a 58 Automobile cab safety guard plate.
14
0
Share

What is the reason for the ABS light and the skid light coming on simultaneously?

When the ABS and skid lights of a car come on simultaneously, it indicates a malfunction in the vehicle's anti-skid system. Relevant explanations are as follows: 1. When the ABS malfunctions: It is advisable not to continue driving. Alternatively, rely on the conventional braking system to proceed to an auto repair shop as soon as possible. During the journey, drive cautiously, slowly, and steadily, avoiding aggressive driving. A malfunction in the anti-lock braking system can also affect the ESP anti-skid system. A fault in the anti-skid system may cause the vehicle to skid during emergency braking or sharp turns, which is extremely dangerous. 2. Solution: If the car's anti-skid system is malfunctioning, it is necessary to promptly visit the car's 4S store or a repair shop to inspect and repair the anti-skid system. This will resolve the issue of the ABS and skid lights coming on simultaneously.
2
0
Share

Is it illegal if the letters on the back of the car fall off?

It is not illegal if the letters on the back of the car fall off, as long as the car logo remains untouched. Below is relevant information about vehicle inspection: 1. Regulations: New cars do not require on-site inspection within the first 6 years, and you can directly obtain the inspection compliance mark. However, after 6 years (including 6 years), an annual inspection is required, and the car must be driven to the inspection site. 2. Notes: For non-commercial passenger cars and other small and mini passenger vehicles (excluding vans and vehicles with 7 or more seats) registered within 6 years, a biennial periodic inspection is required. The vehicle owner can directly apply to the traffic management department of the public security authority for the inspection mark by providing proof of compulsory traffic accident liability insurance and tax payment or exemption proof for vehicle and vessel tax, without the need for a safety technical inspection at an inspection institution. Before applying, the vehicle owner must resolve all traffic violations and accidents related to the vehicle.
6
2
Share

What is the first-cut oil?

First-cut oil refers to the oil produced by the crude oil vacuum distillation tower. The introduction of first-cut oil is as follows: 1. Introduction to first-cut oil: It is mainly divided into first-cut to fourth-cut according to different boiling points, with the boiling point increasing progressively. Among them, first-cut oil is the basic raw material for producing lubricating oil, and the first-cut oil is of better quality and can also be used for blending diesel. Compared with ordinary base oil, first-cut oil is a non-standard oil. Through processes such as solvent deasphalting, solvent dewaxing, solvent refining, hydrofining or acid-base refining, and clay refining, substances that form free carbon, low viscosity index substances, substances with poor oxidation stability, paraffin, and chemical substances that affect the color of finished oil are removed or reduced to obtain qualified lubricating base oil. 2. The main indicators of first-cut oil: density, freezing point, color, viscosity, flash point, etc.
13
2
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.