
First, observe whether the left window frame is parallel to the left ground reference line to roughly determine the direction of deviation. If they are parallel, it means the front of the car is already aligned. The principle of adjusting the car body is "steer toward the wider side" and "return the steering wheel by the same amount you turned it." For example, if the left side is wider, turn the steering wheel 90 degrees to the left. When adjusting the car body while exiting the parking spot, it's essential to control the speed. Only by slowing down can you have sufficient reaction time and room for correction. After adjusting the car body, when one of the rear wheels is about to reach the corner of the parking space, you can turn the steering wheel fully to the left or right.

When the car is crooked while reversing into a parking space, I first take a deep breath, stay calm, and slowly adjust the steering wheel. Remember to steer in the opposite direction when reversing: if the front of the car is tilted to the right, turn the steering wheel slightly to the right; if it's tilted to the left, turn it slightly to the left. Then check the rearview mirror and reversing camera to ensure the car body is parallel to the parking lines. If the position is correct, shift into drive and move forward slightly to straighten the wheels. Practicing more often helps—I always pay attention to maintaining a steady speed when parking and avoid sudden steering wheel turns to minimize tilting. Also, adjust the angle of the rearview mirror properly to ensure a clear view.

When the car is misaligned, I have to remind myself not to panic, especially as a new driver who tends to get nervous. The first thing is to stop the car, shift to neutral, and check for any obstacles around—safety comes first. Then, slightly turn the steering wheel to make minor adjustments: if the car is veering right, steer right; if it's veering left, steer left. The adjustment should be minimal, just a centimeter or two. The reversing camera is quite helpful—watch the car's angle and move slowly. I'll practice more to find reference points, like ground lines or parking bay corners, to help with alignment. Remember not to oversteer, as that can easily lead to loss of control.

To straighten a misaligned car, precise control is key. I will immediately stop to avoid danger, checking the rear and sides to ensure no people or objects are nearby. Then, I will slightly turn the steering wheel: adjust it in the opposite direction of the misalignment by about 30 degrees, and slowly reverse while repeatedly checking both side mirrors to ensure alignment. The distance between the car body and parking lines should be consistent. Maintain a slow speed while reversing, avoiding sudden acceleration or braking. Practice is essential—pay attention to the initial position of the steering wheel each time you park.

A crooked car front might be due to sudden steering wheel turns or excessive speed. I would first stop and shift to neutral, then relax. The principle for adjusting the steering wheel is to turn it slightly in the opposite direction: turn right if the car drifts right, and left if it drifts left, with gentle movements. Check the rearview mirror to determine the angle, then slowly reverse to correct. The reverse lights will alert others to avoid scratches. Develop a habit of your path in advance when entering or exiting parking spaces, maintaining a steady speed. Referring to ground markings is very effective.

When the car is misaligned during reverse parking, I immediately brake to ensure safety. Fine-tuning the steering wheel is crucial: turn it in the opposite direction of the misalignment. For example, if the front of the car leans to the right, steer gently to the left without overcorrecting. Then, use the reverse camera to check the position and make gradual adjustments while reversing. A good way to prevent misalignment is to visually estimate the parking space size beforehand, maintain a steady speed, and control the steering. More practice will make you more proficient.


