All Details of C2 Driving Test Subject 2?

1 Answers
AugustFitz
07/30/25 9:52am
Reverse Parking: Reverse parking is the longest-practiced and relatively challenging item in Subject 2. During the reverse parking test, pauses are not allowed. Therefore, it's essential to flexibly control the vehicle speed and learn to use the rearview mirror to judge the parking space lines to avoid crossing them during the test. Parallel Parking: Parallel parking is somewhat simpler, but it's important to maintain the correct sitting posture during the operation. Incorrect posture can affect the judgment of reference points. Ensure no line crossing during the process and avoid any pauses. Hill Start and Stop: This is a challenging item for many trainees, especially in accurately stopping at the designated point, which often leads to point deductions. During the start, stalling is common. When performing the hill start, it's crucial to control the clutch properly and release it slowly to prevent stalling. 90-Degree Turn: The 90-degree turn is one of the simpler operations in the entire Subject 2 test. Drive slowly through the 90-degree curve without stopping, as pauses will result in point deductions. During the turn, staying closer to one side can increase the success rate. Curve Driving: For trainees with a good sense of the vehicle, curve driving is very straightforward. The purpose of curve driving is to train the flexibility in using the steering wheel.
Was this review help?
3
0
Share
More Forum Discussions

What license is required for a 17-seater bus?

A 17-seater shuttle bus is classified as a medium-sized passenger vehicle, requiring a B1 or A1 driver's license to operate. A2, A3, B2, and C licenses are not permitted for driving this type of vehicle. The B1 license allows the holder to drive medium-sized passenger vehicles (including city buses with a capacity of 10 to 19 passengers) and also permits driving vehicles under the C1, C2, C3, C4, and M license categories. According to Article 9 of the "Regulations on the Application and Use of Motor Vehicle Driving Licenses," the permitted vehicle types for motor vehicle drivers are categorized in the following order: large passenger vehicles, tractor-trailers, city buses, medium-sized passenger vehicles, large trucks, small cars, small automatic transmission cars, low-speed cargo vehicles, three-wheeled cars, small automatic transmission passenger vehicles for the disabled, ordinary three-wheeled motorcycles, ordinary two-wheeled motorcycles, light motorcycles, wheeled self-propelled machinery, trolleybuses, and trams. The application requirements for a B1 driver's license are as follows: Age requirement: The applicant must have held a (C1) license for at least three years and be between 21 and 50 years old. Additional license requirement: To apply for an additional (B1) license, the applicant must not have any record of a full score (12 points) in the current scoring cycle (this year) or the most recent scoring cycle (last year). The application must be submitted to the vehicle management office in the applicant's registered residence, as regulations stipulate that the application for an additional (B1) license can only be processed at the vehicle management office in the driver's registered residence, not at temporary residence locations. Passing the exams: After successfully passing the subject one, subject two, and subject three exams, the applicant will obtain a driver's license with the B1 vehicle type endorsement.
7
0
Share

Where is the rearview mirror heating switch for the 2021 Nissan Qashqai?

The rearview mirror heating button for the 2021 Nissan Qashqai is located on the control panel, featuring a square frame with three upward-curving arrows inside. Pressing this button activates the rearview mirror heating function. This feature is particularly useful in rainy or snowy weather. When activated, the heater behind the mirror quickly warms the surface, gradually removing rainwater or fog, eliminating the need for frequent manual wiping by the driver and thereby reducing driving hazards. How to use the rearview mirror heating function: There are generally two ways to activate the rearview mirror heating function. One is combined with the power-adjustable rearview mirror control knob—simply rotate the knob to turn it on. The other is located on the air conditioning control panel—pressing the heating button activates it. No manual angle adjustment is required, as the driver's side has a dedicated adjustment button. Principle of the rearview mirror heating function: After pressing the button, the electric heater behind the rearview mirror glass rapidly heats up to a fixed temperature within a few minutes, typically between 35-60 degrees Celsius. The heat is then distributed across the left and right rearview mirrors. As the temperature rises, water droplets on the mirror surface evaporate, and fog gradually dissipates, effectively clearing the mirror of frost and condensation. However, in heavy rain, the effect may diminish and become less noticeable. Precautions for using the rearview mirror heating function: The rearview mirror heating function works by embedding electric heating wires in the mirror, which consume a significant amount of power. To avoid draining the car battery, ensure the vehicle is running when using this feature. Avoid activating it while the car is stationary, as it may lead to insufficient battery power for starting the engine. Other methods for defogging rearview mirrors include: Opening windows slightly to allow air circulation: Crack open the side windows to create airflow between the inside and outside of the car, reducing the temperature difference and gradually eliminating fog. Adjusting the car's air conditioning to the appropriate setting: Use the warm air from the AC to defog the mirrors.
15
5
Share

What is the actual fuel consumption of the C260?

The Mercedes-Benz 2022 C260 has a total of 9 models on sale, with varying fuel consumption depending on the model. Among them, the Mercedes-Benz C-Class 2022 C260L Haoye Sport Edition, Modified C260L Haoye Sport Edition, C260L Sport Edition, C260L, Modified C260L Sport Edition, and Modified C260L, these 6 models are equipped with a 204-horsepower engine, with a WLTC combined fuel consumption of 6.35L/100km. The C260L Sport Edition 4MATIC and Modified C260L Sport Edition 4MATIC are also equipped with a 204-horsepower engine, with a WLTC combined fuel consumption of 6.6L/100km. The distance that can be covered with a full tank of fuel is as follows: For models equipped with a 204-horsepower engine and a combined fuel consumption of 6.35L/100km, with a fuel tank capacity of 66L, a full tank can cover 1039 kilometers. For models with a combined fuel consumption of 6.6L/100km and a fuel tank capacity of 66L, a full tank can cover 1000 kilometers. In addition, the following factors can affect a car's fuel consumption: Vehicle weight: The relationship between vehicle weight and fuel consumption is directly proportional. A 10% reduction in vehicle weight will correspondingly reduce fuel consumption by several percentage points. Car design: A lower drag coefficient will significantly reduce fuel consumption. Conversely, a higher drag coefficient will noticeably increase fuel consumption, with a directly proportional relationship. Low tire pressure: This increases tire friction and adhesion, leading to higher fuel consumption. Driving habits: Rapid acceleration and frequent braking during driving can significantly increase fuel consumption. Wind direction: Driving with a tailwind results in lower fuel consumption, while driving against the wind requires more engine effort, increasing fuel consumption. Road conditions: Driving on flat roads results in lower fuel consumption, while driving on rough or steep roads increases fuel consumption. Use of additional electronic devices: Using extra equipment like air conditioning while driving will increase fuel consumption. Low ambient temperature: When the engine block is cold, the injected gasoline does not atomize easily, requiring more gasoline for combustion, which increases fuel consumption. Additionally, at low temperatures, the engine control unit may use higher RPMs to warm up the engine, further increasing fuel consumption.
7
1
Share

What are the reasons for the C260L engine malfunction light to come on?

The main reasons for the engine malfunction light to come on include sensor issues, engine misfire, car maintenance problems, fuel quality issues, poor combustion of the air-fuel mixture, engine intake problems, turbocharging issues, exhaust problems, and anti-theft system malfunctions. Additionally, when starting the car, the vehicle performs a self-check on the engine system. Normally, the engine malfunction light will turn off after the self-check is completed. If it remains on for an extended period, you should promptly visit a repair station to seek professional assistance for inspection and elimination of potential safety hazards. Below is a detailed explanation of each type of fault: Sensor Issues: Sensors include coolant temperature, crankshaft position, air flow, intake temperature, oxygen sensors, etc. When these sensors are damaged, have poor contact, or experience signal interruption, the car's ECU cannot accurately obtain engine data, which will cause the engine malfunction light to come on. Solution: If such issues occur, promptly visit a repair center for professional inspection to eliminate potential safety hazards. Maintenance Issues: Poor engine maintenance is the most common cause of the engine malfunction light coming on. Vehicles have a specific maintenance cycle. If maintenance is not performed on schedule and combined with poor driving habits, it will increase the operational burden on the engine. Eventually, the engine malfunction light will come on to alert the owner of a fault. Solution: Follow the time or mileage specified in your car's maintenance manual and perform comprehensive maintenance on the vehicle in a timely manner to eliminate non-maintenance-related issues. Fuel Quality Issues: The fuel quality here refers to both fuel and engine oil. The fuel added to a car usually has a specific grade, and engine oil can be semi-synthetic or fully synthetic. Manufacturers generally recommend which fuel grade and type of engine oil to use. If the owner does not follow these recommendations, long-term use can cause engine wear, leading to the malfunction light coming on. Solution: Add fuel with the appropriate grade for the vehicle and use engine oil with the correct specification. Poor Combustion of the Air-Fuel Mixture: Faulty spark plugs, fuel pump issues, or clogged fuel lines can all cause poor combustion of the air-fuel mixture in the engine. Poor combustion leads to engine carbon buildup or knocking, which is detected by the engine's oxygen sensor and reported to the ECU, triggering the malfunction light as a warning. Intake Issues: The engine requires air during combustion, and the air filter plays a crucial role in this process. If the car's air filter is dirty or not cleaned regularly, it can affect the engine's air intake. Over time, this can lead to blockages and, in severe cases, cause the engine malfunction light to come on. Solution: Regularly clean or replace the car's air filter to ensure the proper functioning of the intake system. Turbocharging Issues: Intake turbocharging pipes and the turbocharger can also cause the engine malfunction light to come on. The most common issue is a damaged turbocharger, accompanied by symptoms such as oil leaks, high oil consumption, reduced power, metallic noises, or blue/black smoke from the exhaust. Solution: Visit a 4S shop to inspect and replace the turbocharger. Generally, repairing such issues is not cost-effective, so replacing the component is the better option. Exhaust Issues: Rear oxygen sensors, the catalytic converter, exhaust camshaft, and bearings can cause problems. The most common issue is a faulty catalytic converter, which can be caused by physical damage or fuel system malfunctions. Solution: Use lubricants containing lead or silicon to maintain and clean the catalytic converter. Anti-Theft System: If the car's electronic anti-theft system malfunctions or the anti-theft controller does not match the engine's electronic controller, the anti-theft system can prevent the engine from operating normally, and the malfunction light will come on. Solution: Visit a professional repair shop for a systematic inspection, as this issue cannot be fixed by individuals. Engine Misfire: This refers to a fault where one or more cylinders in the engine do not work or work poorly. An engine misfire can lead to symptoms such as insufficient power, difficulty starting, and unstable idling. Solution: First, identify which cylinder's components are damaged and replace them. If the issue involves internal mechanical damage, a major repair at a professional shop is required. Solution: Check the engine ignition coils and spark plugs; inspect related components.
15
3
Share

Can I Claim Car Insurance for Flood Damage Caused by Heavy Rain?

Can I Claim Car Insurance for Flood Damage Caused by Heavy Rain? The following is detailed information about car insurance: 1. Overview: Vehicle insurance, also known as motor vehicle insurance or car insurance, refers to a type of commercial insurance that covers personal injury or property damage caused by natural disasters or accidents involving motor vehicles. 2. Additional Information: Car insurance is a type of property insurance and is relatively new in the field of property insurance. In the early stages of car insurance, the primary coverage was third-party liability insurance, which gradually expanded to include risks such as collision damage to the vehicle body.
16
5
Share

How to Deal with Engine Oil Burning in Cars?

Car engine oil burning can be addressed by: 1. Using engine oil that meets the vehicle's technical specifications; 2. Avoiding frequent rapid acceleration and prolonged high-speed driving; 3. Ensuring proper oil filling procedures; 4. Replacing piston rings, valve stem seals, and cylinder gaskets. The causes of engine oil burning include: 1. Using low-quality or viscosity-grade inappropriate engine oil; 2. Excessive clearance between piston rings and cylinder walls, improper piston ring installation, or degraded sealing; 3. Overfilling of engine oil leading to burning; 4. Oil leakage from the turbocharger; 5. Leakage in valve stem seals.
8
0
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.