What are the test items for C1 Subject 2?

1 Answers
MarleyRose
07/28/25 5:10pm
The C1 Subject 2 driving test mainly consists of five items: reversing into a garage, parallel parking, curve driving, right-angle turning, and hill start and stop. Subject 2 test tips: Before driving during the Subject 2 test, be sure to adjust the seat height, adjust the rearview mirror to ensure a wide field of vision, and fasten the seat belt. During the test, do not stop unless the voice prompts a failure. Parallel parking: The parking space length is 1.5 times the vehicle length plus 1 meter. Drive the vehicle parallel to the garage in the forward direction, then reverse into the garage to the right rear without any pauses. As long as the vehicle is parked within this range without crossing the boundary lines, it is considered a pass. Remember to find the right angle, turn the steering wheel quickly, react promptly, and coordinate with the vehicle's speed. Hill start and stop: Requires stopping and starting at a fixed position on a slope with a gradient ≥10% and a length ≥30 meters. It tests the coordination of direction, braking, and clutch. The purpose is to train drivers to accurately judge the vehicle's position and correctly use the brake, gear, and clutch to meet the needs of stopping and starting on uphill sections. Right-angle turning: Tests the driver's ability to correctly manipulate the steering and accurately judge the inner and outer wheel differences when driving on sharp turns. Use first gear, release the handbrake, slowly lift the clutch to maintain semi-linkage, and move forward at a constant speed. Keep the left wiper's left dot (first rivet) 20 cm away from the yellow line on the right edge of the road, then focus on a point just in front of the left door lock. Curve driving: Commonly known as the S-curve. The test requires driving on an S-shaped road of a specified width without pressing the edge lines and with smooth steering. It assesses the driver's ability to manipulate the steering and control the vehicle on curves. The purpose is to train drivers in steering application and mastering wheel trajectory. Reversing into a garage: Reverse from starting point A into garage B and park correctly. Move forward to the return area C and stop. Reverse from the return area into garage B and stop. Return from garage B to A to complete the test. Control the speed, find the reference points, and make minor adjustments if the rearview mirror shows any deviation. Subject 2 deduction items: Reversing into a garage: Vehicle body crossing the line, 100 points deducted, deemed unqualified; failing to enter the garage, 100 points deducted, deemed unqualified; stopping midway, 5 points deducted each time; failing to complete the test within the specified time, 100 points deducted, deemed unqualified. Parallel parking: Vehicle body crossing the line after parking, 100 points deducted, deemed unqualified; stopping midway, 5 points deducted each time; tires or body touching the edge lines, 10 points deducted; failing to complete the test within the specified time, 100 points deducted, deemed unqualified. Curve driving: Wheels pressing the edge lines, unqualified; stopping midway, unqualified; not using second gear or above, 5 points deducted. Right-angle turning: Wheels pressing the edge lines, unqualified; stopping midway, 5 points deducted each time. Hill start and stop: After stopping, if the front bumper or motorcycle front axle is not on the pole line and exceeds 50 cm, unqualified; exceeding the specified start time, unqualified; after stopping, if the front bumper or motorcycle front axle is not on the pole line but does not exceed 50 cm, 10 points deducted; after stopping, if the body is more than 30 cm but less than 50 cm from the road edge, 10 points deducted; failing to tighten the parking brake, 10 points deducted. C1 license test passing standards: Traffic regulations and related knowledge—90 points to pass. Field driving—80 points to pass. Road driving—80 points to pass. Safe and civilized driving knowledge—90 points to pass. C1 driver's license allows driving small and micro passenger vehicles. The C1 test consists of four subjects, with other items as follows: Subject 1: Mainly tests basic road traffic knowledge. Subject 3: Mainly tests 16 driving skills including preparation, starting, and straight-line driving. Subject 4: Mainly tests safe and civilized driving requirements, similar to Subject 1 as a theoretical test.
Was this review help?
8
5
Share
More Forum Discussions

Differences Between Mercedes-Benz C-Class and A-Class?

Mercedes-Benz A-Class and C-Class are different vehicle segments, with the primary differences lying in body dimensions and wheelbase, which consequently affect interior space and powertrain configurations. Relevant details are as follows: 1. The A-Class represents the entry-level model with a shorter wheelbase and compact dimensions, classified as a subcompact car. In contrast, the C-Class offers more spacious accommodations and falls under the midsize sedan category. 2. The A-Class features a rising beltline, enlarged window areas, pronounced side character lines that flow dynamically, prominently arched wheel arches, and emphasized horizontal design elements, making it particularly eye-catching on the road. 3. The A-Class maintains Mercedes-Benz's traditional technological advantages. To enhance driving comfort and safety, the new A-Class incorporates over 200 latest patents, including newly developed preventive seatbelt tensioners and airbags representing the brand's cutting-edge safety technology – such as adaptive dual-stage front airbags, seatbelt force limiters, and advanced head/thorax side airbags replacing conventional side airbags. 4. The C-Class is the best-selling model in Mercedes-Benz's lineup and offers the most comprehensive variant options. The new C-Class comes equipped with an active safety system, intelligent lighting system, preventive safety system, occupant protection system, and emergency assist features, delivering exceptional comfort, refinement, practicality, and safety.
18
0
Share

How to Tell When Car Engine Oil Needs to Be Changed?

Here are the relevant methods to determine when car engine oil needs to be changed: 1. Smell Test: Pull out the dipstick and smell it. If there is a strong sour odor, it indicates the oil has deteriorated and should be changed. 2. Finger Rub Method: Rub the extracted old oil between your thumb and index finger repeatedly. Good quality oil will feel lubricated, with few particles and no friction. If you feel impurities, poor viscosity, or even a gritty sensation, it should be changed. 3. Color Identification Method: Take a clean white filter paper and drop a few drops of old oil on it. After the oil seeps in, good quality oil will leave no powder, feel dry and smooth to the touch, and show a clear yellow infiltration zone. If it appears dark brown with impurities, it should be changed. 4. Light Inspection Method: Pull out the dipstick and hold it at a 45-degree angle under light to observe the oil droplets. If you can clearly see no particles in the droplets, the oil is in good condition. If there are many particles, it should be changed.
4
1
Share

Can Old Baojun Vehicles Have Their Emblems Replaced?

Old Baojun vehicles cannot have their emblems replaced with the new ones. The specific reasons are as follows: 1. Firstly, the new Baojun emblem is primarily applied to more technologically advanced and intelligent high-end series models. 2. Secondly, unauthorized emblem replacement is illegal. If caught by traffic police, a fine of 500 yuan will be imposed, the vehicle's driving license will be confiscated, and the owner will be ordered to restore the original emblem. Below are the relevant legal provisions: Article 16 of the Road Traffic Safety Law: No unit or individual may commit any of the following acts: 1. Assembling a motor vehicle or altering the registered structure, construction, or characteristics of a motor vehicle without authorization; 2. Changing the model, engine number, frame number, or vehicle identification code of a motor vehicle; 3. Counterfeiting, altering, or using counterfeit or altered motor vehicle registration certificates, license plates, driving licenses, inspection qualification marks, or insurance marks; 4. Using the registration certificates, license plates, driving licenses, inspection qualification marks, or insurance marks of other motor vehicles.
5
3
Share

Should the Tesla Model 3 Opt for the 19-inch Wheels?

The Tesla Model 3 should opt for the 19-inch wheels. The reason for choosing the 19-inch wheels is that larger wheels come with larger tires, which increase the contact area with the ground, enhancing driving safety. Currently, car wheels are primarily made of steel and alloy, each with its own advantages and disadvantages, and are widely used in different vehicle models. The main advantage of steel wheels is their simple manufacturing process (usually using casting), relatively low cost, and strong resistance to metal fatigue. However, steel wheels also have notable disadvantages: they are unattractive in appearance, heavy, have high inertial resistance, poor heat dissipation, and are prone to rust. Steel wheels are typically found in base models. Alloy wheels are divided into aluminum alloy wheels and magnesium alloy wheels, with alloy wheels being standard in higher-end models. Aluminum alloy wheels are primarily made of aluminum, with appropriate additions of metals such as manganese, magnesium, chromium, and titanium. Compared to steel wheels, they are lighter, have better heat dissipation, and can extend tire life. Magnesium alloy wheels are composed of magnesium as the base with other elements added. Their characteristics include: low density, high specific strength, high specific elastic modulus, excellent heat dissipation, good vibration damping, better impact load capacity than aluminum alloy, minimal deformation at high speeds, low inertial resistance, which improves straight-line driving performance, reduces tire rolling resistance, and consequently lowers fuel consumption.
11
0
Share

What are the body dimensions of the Avancier?

The body dimensions of the Avancier are 4858mm in length, 1942mm in width, and 1670mm in height. Below is an introduction to the Honda Avancier: 1. Powertrain: The Avancier is equipped with a 2.0T turbocharged engine, delivering a maximum horsepower of 272Ps, a maximum power of 200kW, and a maximum torque of 370N·m, paired with a 9-speed automatic transmission. 2. Features: It features soft ambient lighting across the dashboard, door panels, door handles, storage compartments, and ceiling, creating a high-quality and sophisticated atmosphere, offering the owner an exclusive luxury experience.
6
3
Share

What to Do When There Are Water Droplets on Car Rearview Mirrors?

After rain, water droplets on rearview mirrors can cause blurred vision, making it difficult to see clearly. Avoid changing lanes recklessly under such conditions. Here are specific solutions: 1. Use Toothpaste or Soap: Before driving in the rain, evenly apply toothpaste or soap to the rearview mirror surface. Let it sit for a while until the soap hardens, then wipe it off with a towel. This will form a protective layer on the mirror with hydrophobic effects, preventing the formation of water droplets and fog. 2. Purchase and Use Special Water Repellent: Water repellents available on the market generally come in two types: spray and wipe-on. Evenly spray or apply the water repellent to the rearview mirror. A protective film will form on the surface, which also has excellent hydrophobic properties, effectively preventing fogging and water droplets on the rearview mirror, ensuring clear visibility. 3. Install Rain Guards on Rearview Mirrors: Rain guards installed above the rearview mirrors can block rainwater, preventing it from dripping onto the mirror surface and obstructing vision. However, rain guards alone cannot solve the problem of fogging. Installing an additional heating element can raise the mirror's temperature, effectively preventing fogging. Combining both solutions ensures both rain protection and anti-fogging.
19
3
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.