How to Debug a 360-Degree Surround View System in a Car?
4 Answers
The surround-view cameras do not require debugging and can be installed directly. More information about the 360-degree surround view system is as follows: 1. Introduction: The 360-degree surround view parking system is a parking assistance system that allows the driver to view a 360-degree panoramic fusion of the car's surroundings on the vehicle display screen, with an ultra-wide viewing angle and seamless stitching of real-time image information. It helps the driver understand blind spots around the vehicle and park more intuitively and safely. It is also known as the panoramic parking imaging system or the surround-view parking system. 2. Function: As a parking assistance system, the 360-degree surround view system, also referred to as the panoramic parking imaging system or the surround-view parking system, enables the driver to view a 360-degree panoramic fusion of the vehicle's surroundings on the display screen, featuring an ultra-wide viewing angle and seamless stitching of real-time image information (bird's-eye view). This helps the driver identify blind spots around the vehicle and park more intuitively and safely.
Adjusting the car's 360-degree panoramic view is quite particular. I tried doing it myself last time. First, find an open, flat area to park the car, ensuring there are no obstacles around. Start the car, shift into reverse to bring up the panoramic display—this usually triggers the system into calibration mode automatically. The key is to use the calibration mats provided by the manufacturer, placing one grid-patterned mat with arrows in the front, back, left, and right, spacing them according to the manual. When selecting calibration points on the screen, keep your hand steady, and move to the next camera only after finishing one. If the image stitching appears misaligned, fine-tune the angles repeatedly, paying special attention to potential distortions around the wheel arches. Don’t forget to save the settings afterward, and finally, walk around the car to test the blind-spot monitoring accuracy. It takes about half an hour to do it yourself, faster with a friend’s help, but for convenience, it’s better to visit a professional modification shop.
I've installed 360-degree panoramic systems on three vehicles, with camera synchronization being the core of calibration. First, ensure all lenses are clean without smudges, and the vehicle must be parked on level ground. Activation methods vary by brand - Honda requires holding the steering wheel button for 5 seconds, while Toyota needs two brake pedal presses. The calibration cloth must be precisely aligned with the door centerline; a 3cm deviation causes stitching misalignment. During calibration, monitor fisheye correction parameters on screen - front camera angles set too low stretch the hood appearance, while too high makes the car appear small. Stitch line alignment is most challenging; I recommend taping reference lines on the body first. Don't just test statically - conduct dynamic testing by driving 20km/h through S-curves; rework if dynamic trajectory lines deviate. Finally, lock calibration data to prevent resetting.
Adjusting the panoramic system is quite simple, I managed it myself in just ten minutes. First, start the car to activate the panoramic interface on the central screen, then press the menu to find and start the calibration function. Place the included checkerboard cloth one meter in front of the car, and position the other three cloths according to the distances specified in the manual. Next, sequentially select the calibration points for the front, rear, left, and right cameras, choosing each point three times for better accuracy. If the image stitching appears skewed, fine-tune the settings by slightly adjusting the parameters left or right, focusing on whether the tires and body lines are continuous. After adjustment, manually drive around to check if the obstacle warning is accurate. Note that calibration works better on cloudy days, as strong sunlight can cause screen glare and obscure details. Finally, save the settings and perform a power-off restart for added stability.
