What is the sequence of the C2 Subject 2 driving test?

2 Answers
Stuart
07/23/25 8:23pm
The sequence of the C2 Subject 2 test items is: reversing into a garage, parallel parking, driving through curves, and making a right-angle turn. Compared to the C1 manual transmission test, the hill start is omitted. According to Article 25 of the "Regulations on the Application and Use of Motor Vehicle Driver's Licenses" (Ministry of Public Security Order No. 123), starting from June 1, 2021, the C2 and C5 Subject 2 tests no longer assess the hill start and stop. Reversing into a garage is one of the more challenging items in the Subject 2 test, so many test centers place it as the first item. The key points for reversing into a garage are: the steering wheel's full-lock point, the 30 cm correction point, and the stopping point inside the garage. You must follow the prescribed route and sequence. The vehicle must be fully inside the garage without crossing any lines. Parallel parking focuses on aligning the front line of the garage with the rear wheel, spotting the rear corner in the side mirror, and maintaining the distance between the wheel and the left dashed line. There's no need to straighten the wheels after parking, but don't forget to use the turn signal when exiting. After parking, the vehicle body must not cross any lines, and the tires must not touch the lane boundaries during movement. Driving through curves, commonly known as the S-bend, is relatively easy for many students with good driving sense, as they can complete it intuitively. However, some students misjudge the line positions during the actual test, leading to immediate failure by crossing the lines. The key to the S-bend is observing the position of the front hood's reference point relative to the edge lines. The wheels must not touch the road edges. The right-angle turn is even simpler, essentially a simplified version of exiting the garage in the reversing test. The method for finding the reference point is the same as exiting the garage—aligning the front hood's horizontal line with the front line (either exactly on the line or slightly delayed). Ensure the wheels do not touch the road edges. Generally, the C1 Subject 2 requires 16 hours of training, while the C2 Subject 2 requires 14 hours. Completing the required training hours is a basic requirement for taking the Subject 2 test. Training hours can only be increased, not reduced. Additional test items require corresponding extra training hours. Each training hour is 60 minutes, with effective teaching time not less than 45 minutes. If you fail the Subject 2 test, you can retake it once. If you fail again, the test is terminated, and you must reschedule the test after 10 days. If you fail five consecutive test attempts (including retakes, totaling 10 attempts), all previously passed subjects will be invalidated, and you must start over from Subject 1.
Was this review help?
4
3
Share
LeAlivia
08/10/25 6:22pm
I remember when taking the C2 Subject 2 test, the sequence usually started with reverse parking into the garage, which was the most challenging part. You had to align the car perfectly and reverse without crossing the lines—it took me many practices to get the hang of it. After completing this, you immediately moved to the uphill stop and start, where you had to stop steadily on the slope and then start smoothly without stalling. This step was prone to nervous mistakes. Next, you proceeded to the parallel parking area, using the rearview mirrors to align the car's corners with the parking space boundaries. Then, you drove to the right-angle turn position, slowly navigating the turn at low speed. Finally, you entered the curve driving section, simply following the S-shaped path, which was the relaxing part. The test items were spaced closely on the course, so it was important to follow the sequence step by step without rushing. I almost stalled on the slope during my test, but taking a deep breath and staying calm got me through. I’d advise beginners to practice this sequence often, especially focusing on reverse parking and the uphill section, which are the trickiest. Memorizing the key points is crucial, and once you’re familiar with the layout, everything flows much smoother. The test is designed well to assess basic driving skills.
Was this review help?
12
0
Share
Expand All
More Forum Discussions

Where is the Isuzu engine number stamped?

Isuzu engine numbers are stamped on the engine block under the engine cover, typically consisting of a combination of 7 to 8 digits and letters. In addition to the above method, the engine number can also be checked through the following 4 ways: The vehicle's driving license contains the engine number, usually located on the second-to-last line; The motor vehicle registration certificate will state the engine number; The purchase invoice will state the engine number; The vehicle purchase tax payment certificate will state the engine number. It is important to note that the engine number is not the same as the engine model. The engine model refers to the specifications and size of the engine within the manufacturer, and engine models can be the same. The engine number refers to the production number of the engine, where each engine can only have one engine number and each engine's number is unique.
5
0
Share

What is the reason for the sudden disappearance of fuel level display in Volkswagen?

Car fuel gauge display abnormalities are generally caused by a faulty fuel level sensor (fuel level display sensor). Here is the relevant information: 1. Fuel level sensor: The fuel gauge detects the fuel level through a float. If the detection signal is distorted, such issues may arise. Some fuel level displays are controlled by a computer, and if the computer signal malfunctions, inaccurate displays may also occur, although this probability is very low. 2. Principle: Inside the car's fuel tank, a float is connected to a metal rod, operating on the same basic principle as the float in a household toilet water tank. When the water level drops, the float position also decreases, which in turn moves a lever to open the water inlet, allowing water to flow in. As the water level rises, the float position also rises, and once it reaches a certain point, the lever closes the water inlet.
7
1
Share

How to Distinguish Between Asphalt and Butyl Rubber Vibration Damping Sheets?

Asphalt has a strong asphalt odor, while butyl rubber has little to no noticeable smell. You can identify them by heating with a flame and smelling. More relevant information is as follows: 1. Butyl Rubber: Butyl rubber is indeed an excellent soundproofing material; however, due to its extensive use in tire and pharmaceutical product manufacturing, its material cost has risen significantly. For well-known brands like Dynamat, to ensure brand reputation and product quality, they continue to use butyl rubber as the raw material despite the high cost. However, for brands that cater to consumers seeking low-cost options as their "core competitive value," they certainly will not use the more expensive butyl rubber as their product material. 2. Butyl Recycled Rubber: Made from butyl inner tubes through desulfurization and refining, it can retain some characteristics of original butyl rubber to a certain extent and is cheaper than original butyl rubber. However, its energy absorption performance is significantly inferior to butyl rubber, and its adhesive strength is also weaker. Therefore, compared to original butyl rubber, butyl recycled rubber can only be considered a second-choice material for vibration damping.
1
1
Share

How Are Car Scratches Caused?

Scratches are generally caused by the following reasons: 1. Driving on the road and being scratched by large particles in the air: When a car is driving on the road, especially at high speeds, large particles in the air can brush against the car body, causing minor scratches on the car's surface. 2. Occasionally passing by large vehicles and being scratched by splashed small stones: Sometimes while driving on the road, you may occasionally pass by large trucks carrying sand and stones, and some small splashed sand or stones can scratch the car's surface, leaving some scratches. 3. Using unclean towels when washing the car: Many car owners opt for convenience and go to unprofessional roadside car repair shops for car washing, unaware that the towels used are not thoroughly cleaned, which results in scratches on the car's surface. 4. Improper waxing operation: Many car owners feel that some car repair and beauty shops are not professional. After receiving the car, no matter what issues the car surface has, they recommend waxing. While waxing can indeed solve many paint surface problems, it can also leave many scratches on the car's surface, especially if the operation is not standardized, making the scratches more severe.
1
3
Share

Can a Puncture on the Sidewall of a Tubeless Tire Be Repaired?

Tubeless tire sidewall punctures can be repaired. The repair method is as follows: 1. Remove the Wheel: Take off the wheel and remove the tire. When removing the tire, it's best to use a bamboo stick to pry one side first, then press both sides of the tire toward the middle to gently remove it, being careful not to damage the edges of the tire. 2. Clean the Debris: After cleaning any debris from the puncture, use sandpaper inside the tire to roughen the area around the puncture, apply cold patch glue (you can apply more, but only once), wait 5-7 minutes, then apply a large cold patch inside the tire. For higher speeds, you can apply a double layer of cold patch to increase repair strength and stick two layers of the same size cold patch at a symmetrical position inside the tire to maintain wheel balance. 3. Inflate: After reinstalling the tire, if inflating manually, start vigorously to quickly inflate and seal both sides of the tire, then install the valve stem and inflate to the specified pressure before tightening the valve stem. Finally, check for leaks; if there are none, the tire can be reinstalled and used.
17
4
Share

How much fuel is consumed when sleeping in a car with the air conditioning on for one hour?

Each vehicle has different fuel consumption, so the amount of fuel consumed while idling for an hour may vary. For example, the Skoda Kodiaq 2.0T consumes approximately 1.6L of fuel per hour when idling, while the Toyota Yaris 1.5L consumes about 1.4L of fuel per hour when idling. Below are some relevant details: 1. From the perspective of the car's air conditioning configuration: It is mainly divided into manual and automatic types. Generally, manual air conditioning systems are equipped with fixed-capacity compressors, where adjusting the airflow volume does not affect the compressor. 2. Turning on the air conditioning for cooling: The compressor will always operate at full speed, so the greater the airflow, the higher the electricity consumption, and theoretically, the higher the fuel consumption. 3. Adjusting the temperature in manual air conditioning: It simply mixes more or less hot air into the cold air. In practical use, the interior temperature of the car is unlikely to reach conditions that would stop the compressor from running.
10
5
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.