How to judge the distance to the right when reversing

It's all about the personal feeling of driving.

How to judge the distance between the rear of the car when reversing** is as follows:

2. Staring at the left rearview mirror when reversing, when the front door handle coincides with the lower edge of the wall, the distance between the rear and the wall is about 50cm, if the rear position is more sufficient, you can step on the brake to stop at this time.

3. When the position of the front car is not enough, it is also to look at the left rearview mirror, when we just can't see the lower edge of the wall in the left rearview mirror, the brake must be stepped on, and the rear of the car is just about 10cm away from the wall.

4. In addition to the wall, the road teeth on the road are also applicable, when the handlebar coincides with the road teeth, there is a distance of 50cm, and when the rearview mirror coincides with the road teeth, it is also the same distance of 10cm left.

Four reversing methods:

1, the use of reversing mirror, reversing mirror Heng Song is every driver should master the reversing method, proficient in reversing the rearview mirror, can help us reverse, reversing, the car is level with the front car, and let the rearview mirror can see the angle of the right wheel, finally, the steering wheel to call the stop to kill, so that you can reverse smoothly. It should be noted that when we are reversing, we should always pay attention to passing vehicles.

2. Fixed-point reversing, this kind of reversing method is relatively simple, first of all, you should aim your home mirror at the B-pillar of the front car, and the gap between the two cars is best in 50cm, and then use the steering wheel to slowly reverse the car in the designated position.

3. Vertical parking, this method is more concise and convenient, this reversing method needs to first reverse the tail into the parking space, and then fine-tune the steering wheel, and slowly drive into the parking space.

4. Diagonal parking, this reversing method is not difficult, when the driver sees the left rearview mirror aligned with the left sideline of the parking space, the steering wheel is full to the right, and when waiting for a straight line, slowly reverse the car into it.

When the vehicle enters the parking position and adjusts the position of the body, we look at the position of the lower edge of the left rearview mirror and the edge line to find the most accurate point of parking after entering the warehouse.

When reversing in the right direction, sit in the driver's seat and observe the left rearview mirror and the sideline, you can see that the distance between them is shrinking, and when the rearview mirror just covers the sideline, immediately press the clutch brake to stop. In other words, the most accurate point to park after entering the warehouse is the moment when the left rearview mirror just covers the sideline.

It would be great if there was a reversing camera, because you could directly see the picture of the car behind you and the exact distance from the car.

However, without the aid of electronic devices, it is still difficult to observe only the windows and mirrors with the naked eye. In particular, if you look at the car behind you through a mirror, the actual distance error may be relatively large. In general, we recommend looking back at the car behind you.

Of course, the premise is that the car is confirmed to be absolutely safe!

First, check the distance between the rear vehicle and the rear of the vehicle before getting into the car, and then check the distance through the rearview mirror and the rearview mirror suspended above the center console.

How to judge the distance from the rear car when reversing? This method of the old driver, the novice thinks it is really good.

The left and right mirrors are convex mirrors, which are shorter than the actual distance. The distance between the rearview mirrors is about 3 meters: 1. When the rear car shadow occupies all the rearview mirrors, the distance between the cars is about 3 meters;

2. When the rear car shadow occupies two-thirds of the rearview mirror, the car distance is about 5 meters;

3. When the rear car shadow accounts for one-half of the rearview mirror, the distance between the car is about 9 meters;

4. When the rear car shadow accounts for one-third of the rearview mirror, the distance between the cars is about 12 meters;

This is very helpful for you to drive and merge lanes, change lanes and overtake, and feel more for yourself.

As for the obstacles, you have to look at the rearview mirror, and then get out of the car to look at the distance, practice a few times and you will know in your heart, and when you look in the mirror, you will know how much distance there is.

When your eyes, the front edge of the front lid of the car, and the obstacle against the ground are in a line, the obstacle is about 2 meters away from the front of the car.

More often than not, you have to be familiar with the length, width, and height of your car, and you can do an experiment if you have time, put some leaves in front of you to make ginseng creations, and when you feel about the same, get out of the car to see, in the end, or how much worse, so repeat many times, you should be able to judge the distance very well.

Method 1: Determine the position of the vehicle (wheel position, front and rear position).

1. Judge the position of the roadside in the windshield (the left wheel is 10-15cm to the right of the left pillar of the windshield; The right wheel is 5-10cm to the left of the windshield centerline); The distance from the curb can be seen in the rearview mirror.

2. Judge the position of the right wheel (the middle of the front or the right wiper): the relative ground on the right side of the front cover.

Method 2: Determine the distance of the vehicle in front.

1. About one meter when you see the upper edge of the bumper of the front car from the lower edge of the windshield;

2. When you see the lower edge of the bumper of the front car (the knee of the person's foot) from the lower edge of the windshield, it is about two meters;

3. About three meters from the lower edge of the windshield when you see the lower edge of the front car and the lower edge of the rear tire (or see the ground);

4. The horizontal line relative to the ground seen on the lower edge of the left rearview mirror is the position of the front of the car.

Method 3: Judge the distance between the front end of the car and the person.

In the case of a sedan, suppose there is a person in front of you who is about 10 centimeters tall, with a knee height of about 45 centimeters, and a hip height of about 70 centimeters.

1. When you see the front end of the car moving up from the ground to the surface of the human foot or heel and staying here, the distance between the front end of the car and the human body is 3 meters.

2. When you see the front end of the car raised to the height of the human knee, the distance between the front end of the car and the human body is 1 meter.

3. When you see the front end of the car raised to the lower end of the human buttocks, the distance between the front end of the car and the human body is meters.

Don't say much nonsense, since you are a novice, just use a stupid way, and you are alone.

When driving, the familiar driver replied that he could turn around quickly without scratching, more because of his understanding of his own car, he knew the length, width and height of the whole car, I don't believe you can ask him to change to a larger one, can it be so fast? So you, just remember your own car, length, width, height, you can put some leaves in front of you to make a ginseng creation, when you feel about the same, just get out of the car and see if it's over, or how much worse.

1. Use the length of the body for reference.

It is difficult to judge the distance from the rear car when the parking space is reversed into the position like the picture above, and it is easy to be scratched when the car is too far away. At this time, you can refer to the body length of the vehicle next to you to judge the distance from the rear car, for example, car 1 can be observed first, and find that if my car is consistent with the rear of car 2, it will not hit car 3 behind, then you can mark car 2 when parking, and the rearview mirror of car 1 is aligned with the rearview mirror of car 2, and the distance between the rear of the car is basically the same.

2. Difficulty is judged by using pavement references.

The most primitive and effective way is to find the reference point and keep it in mind. Specifically, adjust the seat of the vehicle, maintain an upright sitting position, and then ask someone to erect a pole 30 cm, 50 cm, 100 cm, and 150 cm behind the car, and draw lines for these distances on the ground. After that, in the car, look through the rearview mirror to see the reference objects corresponding to the pole and the ground line, and remember these reference points, so that you can grasp the distance more accurately.

Of course, this requires repeated observation and memory in order to become proficient and eventually transformed into ability.

3. Use the rearview mirror skillfully.

Look at the left and right rearview mirrors, the rearview mirrors in the car. Generally, you can see near the tail lights of the vehicle, and if you find an obstacle behind you, you should pay great attention to it. You can also find a reference, find more feelings, generally sit upright, the head is not crooked, when the rear door handle is in line with the horizontal line of the object 70-80 cm high behind, the rear bumper is about 20 cm of the object.

Different models have different distances, you can practice first at ordinary times, find the point of your car, and then this will prevail.

4. Reversing image.

When installing the reversing camera, be sure to grasp the angle of the camera, so that you can see part of the bumper in the frame. This makes it easy to determine the distance between the bumper and the obstacle behind it. And with a bumper like this, it's still hard to tell the distance from the obstacle behind us.

5. Reversing radar.

The reversing radar can detect the distance between the object behind the car and the rear bumper through the four ultrasonic sensors installed on the rear bumper, and then display it in the form of numbers and digital bars in the main engine. When the distance is closer, the more digital bars are displayed, and the voice will also have corresponding distance prompts: 1 meter, meter, meter.

If it is lower than the meter, the voice prompt will become more and more urgent, and finally use parking, parking to indicate the alarm.

1. Judgment of the parking distance with your back to the wall.

When reversing into position, under normal driving posture, through the left rearview mirror ** rear wall (or shoulder), when the wall root or the lower edge of the shoulder appears on the lower edge of the left rearview mirror, the rear bumper is 35 cm away from the rear wall (or shoulder).

2. Judgment of parking distance with a 45-degree oblique angle against the wall.

When reversing in 45 degrees angle oblique direction, under normal driving posture, through the left rearview mirror ** rear wall (or shoulder), when the wall root or the lower edge of the shoulder is a little below the left rearview mirror 1 2, the right side of the rear bumper is 35 cm away from the rear wall (or shoulder) at this moment.

3. The oblique azimuth angle of 45 degrees faces the wall (shoulder) parking distance judgment.

When parking at a 45-degree angle facing the wall, in a normal driving position, look at the wall root through the left corner of the front windshield, and stop when you just see the wall root (or shoulder root), and the front bumper is 35 cm away from the wall.

4. The standard oblique orientation of the buried training yard and the advanced distance of the front of the vehicle are judged.

Parking in the parking lot diagonal standard parking space, the front of the car is advanced when you see the vehicle in the opposite diagonal direction through the front windshield or shoot the body median line.

If there is no car in front, you can see that the front windshield is 20 cm away from the left corner and the white line in front of the left parking space coincides when parking, and the front and rear of the car are just equal to the front and rear parking lines. Through the right rearview mirror, you can just see that the T-line of the parking space is in the third of the right rearview mirror.

5. Parking and reversing in the standard parking space in the parking lot oblique direction.

Parking in the parking lot diagonal direction standard parking space, reversing into the garage when the left rearview mirror is chasing to the left side of the adjacent vehicle rearview mirror (bending the group only adjacent to the front of the vehicle in the inside) if there is no car on the left, when reversing to observe your left rearview mirror A pillar intersection point above the parking space sideline, basically just park in place.