···
Log in / Register

What Causes the Vehicle to Cross the Line at the Exit of the Curve in Subject Two?

4 Answers
LaBentley
07/29/25 6:15pm
The reasons for crossing the line during curve driving in Subject Two include: failing to control the speed properly, not identifying the correct reference points, or turning the steering wheel too quickly and abruptly. Below is additional information: 1. Subject Two: Subject Two, also known as the small road test, is part of the motor vehicle driver's license assessment. It refers to the field driving skill test, with C1 and C2 test items including five mandatory components: reversing into a parking space, parallel parking, stopping and starting on a slope, turning at a right angle, and curve driving. 2. Curve Driving: Curve driving is a key assessment point in Subject Two of the driver's test, commonly referred to as the S-curve. The test requires the vehicle to drive on an S-shaped road of specified width without pressing against the edge lines, with smooth and flexible use of the steering. It assesses the driver's ability to maneuver the steering and control the vehicle during curve driving, aiming to develop the driver's skill in steering application and mastery of wheel trajectory.
Was this review help?
11
1
Share
Minnie
08/14/25 10:47am
It's very common for me to run over the line when exiting curves during driving practice, mainly due to improper steering wheel control near the end of the turn—either turning too sharply or too slowly, causing the vehicle to slide out of the line. Speed is also an issue: going too fast makes it easy to lose control, while going too slow makes it hard to complete the turn. It's important to practice maintaining a steady speed, such as 5-10 km/h. Poor observation is another pitfall—not carefully checking the rearview mirror to judge the car's position, combined with exam nerves, makes mistakes more likely. I recommend simulating curve driving more often, slowing down before entering the turn, and making slight adjustments to the direction early when exiting to develop a feel for it. Remember, safety comes first—these techniques also apply to real curves on the road, reducing accident risks. Having the instructor guide you during practice is very effective.
Was this review help?
15
3
Share
Expand All
LaPiper
08/14/25 10:48am
I've taught many people how to drive, and often the issue with crossing the line at curve exits is due to incorrect steering wheel timing—either turning too early or too late can cause problems. Sometimes, the car slides in the curve because the speed is too high. Another key issue is insufficient observation; learners often fail to check the reference points on both sides of the car in time, leading to misaligned body positioning. During practice, try slowing down before entering the curve, keeping the speed within a low range, and then making slight adjustments to the steering wheel before the exit to maintain stability. During the test, stay calm and pay more attention to the changes in the rearview mirror. In real-world driving, this technique is useful for both mountain roads and urban curves—developing good habits can prevent point deductions and scratches. Regularly checking tire condition and steering wheel responsiveness is also crucial.
Was this review help?
5
2
Share
Expand All
DelIvan
10/14/25 5:05am
Having driven for many years, I still occasionally slightly cross the line at curve exits, usually due to distracted attention or slow steering wheel response caused by nervousness during tests. The main reasons for steering wheel operation errors are either turning too sharply (causing the car to slide out) or not turning enough (resulting in inability to complete the turn). Unstable speed control exacerbates these issues—maintaining a consistent speed during practice is ideal. Blind spot observation also needs improvement, such as checking alignment points between the car body and rearview mirrors. Doing some warm-up exercises beforehand and taking deep breaths to relax can help. Regular practice on neighborhood curves to develop a better feel is recommended—don't get discouraged by a single mistake, just keep improving. Safety is no trivial matter; good habits can prevent test failures and road accidents.
Was this review help?
10
2
Share
Expand All
More Forum Discussions

What are the differences between the URV and the GuanDao?

The differences between the URV and the GuanDao are: 1. Different manufacturers: the URV belongs to Dongfeng Honda; the GuanDao belongs to GAC Honda. 2. Different body dimensions: the URV's body length, width, and height are 4825mm, 1942mm, and 1670mm respectively; the GuanDao's body length, width, and height are 4816mm, 1942mm, and 1669mm respectively. 3. Different tail light shapes: the URV has a full-width tail light; the GuanDao has split tail lights. Both the URV and the GuanDao are equipped with a 1.5L turbocharged engine, with a maximum horsepower of 193PS, a maximum power of 142kW, a maximum torque of 243Nm, and are matched with a continuously variable transmission.
3
2
Share

What Are the Hazards of Flood-Damaged Cars to the Engine?

The impact on the engine includes deformation of the engine connecting rod, leading to shortened piston strokes and insufficient compression of gases. Below is relevant information: 1. Flood-Damaged Cars: These are vehicles that have been submerged in water, typically referring to those where the engine and transmission have been soaked, with water levels exceeding the wheels and seats, and the underbody components being in prolonged contact with water. Such vehicles pose significant risks, as their electrical systems are prone to short circuits and fires. 2. Classification: Water levels above the chassis indicate immersion; levels above the oil dipstick indicate partial submersion; levels above the hood and dashboard indicate complete submersion.
9
1
Share

What is the fuel consumption per 100 kilometers of the Geely Icon?

Geely ICON's fuel consumption per 100 kilometers is 4.3L. Here are the specific details of the Geely ICON: 1. In terms of exterior design, the Geely ICON has a rugged appearance, resembling a hardcore off-road vehicle, with high comfort. 2. For the interior, it features an antibacterial steering wheel and an air filter with CN95 effect. 3. In terms of power, the Geely ICON has four models in the 260T and 300T versions. The 300T version's engine is equipped with a 48V mild hybrid system, providing an additional 10kw of power. During vehicle start-up and low-speed driving, the 48V motor supplies the power output. The minimum fuel consumption is only 4.3L per 100 kilometers.
15
0
Share

What Causes the Loss of Power Steering After a Car Goes Through Water?

After driving through water, the steering wheel becomes heavier. The reasons are as follows: 1. Drive belt gets wet: When a car goes through water, its components may inevitably get wet. In this case, the hydraulic power steering pump's drive belt may slip due to contact with water, reducing steering assistance and making the steering wheel heavier. 2. Water entering the electric power steering components after driving through water may cause circuit malfunctions. 3. Water entering the steering gear during water driving may lead to internal mechanical failure. 4. Moisture in the steering gear wiring harness connector may cause temporary short circuits. 5. Water entering the suspension bushings increases steering resistance. 6. Water mixing with the power steering fluid reduces its functionality, increasing steering resistance.
13
2
Share

What are the types of vehicle speed sensors?

There are several types of vehicle speed sensors: 1. Magnetic speed sensor; 2. Hall effect speed sensor; 3. Photoelectric speed sensor. The vehicle speed sensor is a device used to detect the speed of electronically controlled vehicles, providing input signals to the control computer to regulate engine idle speed, torque converter lock-up in automatic transmissions, automatic transmission shifting, and the operation of engine cooling fans and cruise control. Magnetic speed sensor: It is an analog AC signal generator, typically consisting of a magnetic core with two terminals and a coil. Hall effect sensor: A solid-state sensor primarily used for detecting crankshaft rotation angle and camshaft position, triggering ignition and fuel injection circuits. Photoelectric speed sensor: A solid-state optoelectronic semiconductor sensor composed of a rotating disc, two optical conductor fibers, a light-emitting diode, and a phototransistor serving as the light sensor.
19
5
Share

How to Activate Sport Mode in BMW?

Here is the method to activate Sport Mode in BMW: simply select the 'Sport' option on the driving mode selector located to the left of the gear lever. Below are specific details about BMW: 1. BMW's model lineup includes: BMW X1, BMW 3 Series, BMW X5, BMW X6, BMW X7, etc. 2. Taking the 2021 BMW X1 as an example, it is a compact SUV with body dimensions of: length 4565mm, width 1821mm, height 1620mm, and a wheelbase of 2780mm. 3. The 2021 BMW X1 is equipped with a 1.5T turbocharged engine, delivering a maximum horsepower of 140PS, maximum torque of 220Nm, and maximum power of 103kW, paired with a 7-speed dual-clutch transmission.
17
4
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.