What is the simplest method for making a right-angle turn?

2 Answers
VonCollin
07/25/25 8:41am
For right-angle turns, the first step is to clearly understand the road conditions at the right angle. Only by being familiar with the road width can you truly drive the vehicle properly. Before entering the right-angle turn, the speed must be slow, as a slower speed provides more room for adjusting the vehicle's position. Below are specific techniques for the second subject of the driving test: 1. Slow speed: Maintaining a slow speed is the most fundamental rule for practicing the second subject. Without stalling the vehicle, try to keep the speed as slow as possible—the slower, the better. A slow speed allows sufficient time to adjust each step of the operation. 2. Master the three-point alignment method: The three points are the driver's eyes, a reference point on the vehicle, and a reference point on the ground. During the second subject's operations, it's essential to accurately identify and observe these points to ensure precise positioning. 3. Pay attention to the vehicle's four corners: Before reversing into the garage, the front corner is prone to brushing the outer boundary line, while the rear corner is prone to brushing the side lines of the garage space. During curve driving, the front corner is prone to crossing the line. During right-angle turns, the front corner is prone to crossing the line. During parallel parking, the front corner is prone to brushing the outer boundary line or the left front corner of the garage, while the right rear corner is prone to brushing the right garage line. Therefore, always be mindful of the four corners and the outer boundary lines.
Was this review help?
20
1
Share
DelValeria
08/10/25 7:00pm
When it comes to right-angle turns, I think the simplest method is to control your speed and take it slow. When I first started driving, I was always in a hurry, but later I realized that driving slowly really works. Usually, I start slowing down about 100 meters in advance to below 10 km/h, and when the front of the car just passes the turning point, I gently steer the wheel—never turn it abruptly. Keep the steering smooth, turning about 90 degrees without using too much force. This way, you won’t hit the curb or any obstacles. Practicing a few times in an empty parking lot helped me build muscle memory, making turns super easy. The key is not to rush—stay relaxed, and success will come naturally. This method is especially friendly for beginners, reducing the chances of accidents. Now, I can confidently navigate tight streets with ease.
Was this review help?
9
5
Share
Expand All
More Forum Discussions

What are the reasons for the Mercedes-Benz E300 reversing camera system to stop working?

Most of the reasons for the Mercedes-Benz E300 reversing camera system to stop working are due to issues with the vehicle's reversing system. Detailed reasons and solutions for the Mercedes-Benz E300 reversing camera system stopping working are as follows: 1. Vehicle battery is dead: When the vehicle battery is dead, the reversing camera cannot display. Solution: Charge the battery. 2. Gear not shifted to reverse: The reversing camera will only display when the gear is shifted to reverse. Solution: Shift the gear to reverse. 3. Camera damage: The video power cable of the reversing camera is poorly connected or the camera is damaged. Solution: Replace with a new camera. 4. System lag. Solution: Shift the vehicle from reverse to neutral and then back to reverse.
14
4
Share

Which is more fuel-efficient, a car with a 'T' or without a 'T'?

Cars with a 'T' are generally more fuel-efficient. Below are the differences between cars with a 'T' and those without: 1. Performance under different road conditions: If the owner frequently drives on highways, it is best to choose an engine with a 'T' (turbocharged) because highways require higher speeds, which allows the turbocharger to perform at its best. In contrast, frequent stop-and-go traffic in congested areas can damage the turbocharged engine and significantly increase fuel consumption. On highways, the turbocharger can fully unleash its potential, delivering a more aggressive driving experience compared to naturally aspirated engines. Of course, once the turbo kicks in, it also becomes more fuel-efficient than naturally aspirated engines. However, it's important to note that turbocharged engines are more complex to manufacture than naturally aspirated ones, so maintenance and repair costs tend to be slightly higher. 2. Differences in driving feel: Turbocharged engines offer stronger power performance than naturally aspirated engines. If your car has a 'T,' it generally means it has stronger power. However, turbocharged engines are less stable than naturally aspirated ones. As a result, turbocharged cars often experience a sudden surge in speed during acceleration, while naturally aspirated engines provide a smoother and more stable acceleration. Due to their simpler structure, naturally aspirated engines are also much cheaper to maintain and repair. The biggest difference between the two becomes apparent in traffic jams. During highway congestion, turbocharged engines cannot fully utilize their characteristics, and the frequent starts and stops can create an uncomfortable driving experience. On the other hand, naturally aspirated engines offer smoother acceleration, making the driving experience much more comfortable compared to turbocharged engines.
13
5
Share

Are Steering Wheel Shifters Useful?

Steering wheel shifters are not very practical. Steering wheel shifters, also known as paddle shifters, are primarily used in manual mode. However, most modern cars are equipped with automatic transmissions, eliminating the need for manual shifting. Below is an introduction to paddle shifters: 1. Location of paddle shifters: Behind the steering wheel. To operate the paddle shifters, simply shift the gear into D, S, or manual mode. 2. Two types of paddle shifters: (1) Fixed paddle shifters remain stationary relative to the dashboard, meaning they do not rotate with the steering wheel during turns. (2) Dynamic paddle shifters rotate with the steering wheel, meaning they move in sync with the steering wheel during turns.
18
0
Share

Which Vehicle Models Can Use New Energy License Plates?

Pure electric, plug-in hybrid, range-extended electric, and hydrogen fuel cell vehicles are eligible for new energy license plates. Below is relevant information about new energy license plates: 1. Introduction: New energy vehicle license plates embody the concept of "green environmental protection," featuring green as the main color tone. They include special identifiers and utilize new anti-counterfeiting technologies and manufacturing processes, enabling both differentiated management and easy identification while highlighting the characteristics of new energy and technological innovation. In August 2017, the Ministry of Public Security decided to gradually promote the use of special license plates for new energy vehicles nationwide. By the first half of 2018, all cities across the country will fully adopt the new license plates. 2. License Plate Coding Rules: New energy vehicle license plates have one additional digit compared to regular vehicle license plates. The license plate number for new energy vehicles increases from 5 digits to 6 digits, expanding the capacity and enriching the resources, meeting the need for "less use of letters and more use of numbers" in the arrangement. The specific coding rules are: province abbreviation (1 Chinese character) + license issuing authority code (1 letter) + serial number (6 digits). For small new energy vehicle license plates, the first digit must be the letter D or F (D represents pure electric new energy vehicles, F represents non-pure electric new energy vehicles), the second digit can be a letter or number, and the last four digits must be numbers. For large new energy vehicle license plates, the sixth digit must be the letter D or F (D represents pure electric new energy vehicles, F represents non-pure electric new energy vehicles), and the first five digits must be numbers. The letters I and O cannot be used in the serial number.
8
0
Share

What Does Engine Cylinder Knock Sound Like?

Engine cylinder knock produces a "clattering" sound, accompanied by symptoms such as insufficient power, weak acceleration, and abnormal engine noises. Below are relevant details about engine cylinder knock: 1. Overview: Engine cylinder knock occurs when excessive temperature inside the engine cylinder causes piston expansion, jamming it in the cylinder and preventing movement, thereby rendering the engine inoperable. Severe cases may lead to complete engine failure. 2. Causes: Multiple factors can cause engine cylinder knock, primarily including excessive engine temperature, engine overload operation, and lubrication system failure. 3. Excessive Engine Temperature: Prolonged engine operation or insufficient coolant can cause engine overheating, leading to piston expansion within the cylinder and resulting in cylinder knock. 4. Engine Overload Operation: The cause of cylinder knock due to engine overload is similar to that from excessive temperature, both stemming from piston expansion within the cylinder. 5. Lubrication System Failure: When the piston inside the cylinder lacks effective lubrication, friction can lead to cylinder knock.
11
5
Share

Where is the engine number located on a Citroen C5?

Citroen C5 engine number is located on the engine cylinder block, at the junction with the gearbox. It is generally a combination of 7 to 8 digits and letters. In addition to the above method, the engine number can also be viewed through the following 4 ways: The vehicle license shows the engine number, usually located on the second last line; The motor vehicle registration certificate will indicate the engine number; The purchase invoice will indicate the engine number; The vehicle purchase tax payment certificate will indicate the engine number. It should be noted that the engine number is not equal to the engine model. The engine model refers to the specification and size of the engine in the manufacturer, and the engine model can be the same. The engine number refers to the production number of the engine. Each engine can only use one engine number and each engine's number is different.
13
1
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.