Why is the reversing image reversed?

[DeBeckett]

The following are possible reasons why the reversing image is reversed: 1. Incorrect installation of front and rear cameras: Mistakenly installing the front camera at the rear of the vehicle. The main difference between front-view and rear-view cameras lies in the image mirroring. If a rear-view camera is used as a front-view camera, the image displayed on the screen will be reversed left and right. 2. System setting issues: The driver can re-engage reverse gear, find the settings button in the navigation device under the reversing image mode, look for the mirror adjustment or reversing mirror function, and then click to turn it off.

[DelKaleb]

I recently discussed this while helping a friend look at cars. The reversed display of the rearview camera is actually a thoughtful design choice. The camera is installed in the center of the rear, facing backward, and the original image is upside down, just like a photo taken with a camera. The car's computer intentionally flips it into a mirror image, so what you see on the screen is similar to looking in a mirror. For example, if you turn the steering wheel to the right, the obstacles in the image move to the right, matching your intuitive sense when looking back, avoiding the confusion that a normal display might cause. This design enhances reversing safety and makes the operation feel more natural, especially for novice drivers who find it easier to use. At first, I found it odd too, but once you get used to it, it’s very convenient. Many cars have this as the default setting, and some models allow adjustments in the settings, but it’s best not to tamper with it to avoid compromising safety.

[KaydenRose]

As a driver who's often on the road, I believe there's logic behind the reversed display of rearview cameras. The image captured by the rear-mounted camera might originally be inverted, and the system mirrors it during processing to mimic the effect of a rearview mirror. This makes directional matching more intuitive during actual operation—when you turn left, the image moves left, aligning with human visual habits. If displayed normally, it could actually be less safe, potentially causing misjudgment of reversing distances and leading to scrapes. Most reversing cameras use wide-angle designs to ensure broad visibility, but the mirrored image helps drivers react quickly. Remember to have the camera checked during regular maintenance to ensure the lens is clean; if the reversal feels too disorienting, check your vehicle settings to see if there's a correction feature.

[VioletMarie]

I often notice the reversed image when reversing, which stems from the basic working principle of the camera. The lens is installed at the trunk position, facing backward, and the imaging process causes the image to be inverted. The car display intentionally flips it into a mirror image to make the scene more coordinated and improve driving convenience. For example, during steering operations, the image movements are synchronized, avoiding confusion. This standard design prioritizes safety to prevent visual disorientation. Some car owners complain about discomfort, but they get used to it after a few uses; reversing can also be assisted by audio alerts, providing dual assurance.