Hello Joshua, a 360-degree camera system does not rely on a single camera. Instead, it uses multiple wide-angle cameras positioned around the vehicle, typically at the front grille, rear number plate area, and beneath each side mirror. These cameras capture different views of the surroundings, and the vehicle’s software combines, or ‘stitches,’ the images together to create a seamless bird’s-eye view around the car.
Because the system depends on multiple cameras and sophisticated software, even minor issues can cause image distortion. One of the most common causes is dirty or obstructed camera lenses. Since the cameras are mounted low on the vehicle, they are constantly exposed to dust, mud, rainwater, and road debris.
Even a small amount of dirt, a fingerprint, or water droplets on a single lens can interfere with image quality. When one camera provides a compromised image, the software struggles to blend it with the others, resulting in warped lines, stretched objects, or mismatched angles. This problem is particularly common in Uganda, where dusty roads and rainy conditions frequently affect vehicle-mounted cameras.
Another major cause of distortion is camera miscalibration. The system requires each camera to remain precisely aligned at a fixed angle. A slight shift in position can affect the accuracy of the stitched image. Misalignment can occur after hitting potholes, brushing curbs during parking, or even following suspension repairs and wheel alignment work. Although such incidents may appear minor, a movement of just a few millimetres can distort the composite image. Drivers may notice that the vehicle appears off-centre on the display or that surrounding objects look stretched or incorrectly positioned.
In some cases, displayed distances may not accurately reflect real-world distances, creating potential risks while parking or reversing. Correcting calibration issues usually requires specialised diagnostic equipment and professional workshop assistance.
Stitching errors
Software-related image stitching errors can also contribute to distortion. Modern 360-degree camera systems rely heavily on software to merge multiple video feeds into a single image. If there is a software glitch, an incomplete system update, or a problem within the infotainment system, the processing of camera images may be affected.
Distortion may appear intermittently, particularly when starting the vehicle, changing gears, or operating other electronic systems. In some cases, performing a system reset or installing a software update can resolve the issue.
Persistent problems, however, may indicate deeper calibration or hardware faults. Hardware failure is another possibility.
Each camera contains sensitive electronic components that can deteriorate over time. Moisture ingress is a common concern, especially during heavy rains or when seals around camera housings begin to fail. Water entering the camera can cause internal fogging, blurred images, or intermittent distortion.
Electrical problems such as poor grounding, damaged wiring, or voltage fluctuations may also affect image quality and synchronisation between cameras. A useful clue is when distortion affects only one section of the 360-degree view while the remaining sections appear normal. This often suggests a fault with a single camera rather than the entire system.
Although a distorted image may indicate that the system is still technically functioning, its effectiveness depends on accuracy and precision. Even small distortions can cause drivers to misjudge distances and obstacles, reducing the safety benefits of the technology. This is particularly important in tight parking situations where centimetres can make a significant difference.
If your 360-degree camera display appears distorted, start by thoroughly cleaning all camera lenses, including the front, rear, and side-mirror units. If the image returns to normal, dirt was likely the cause.
If the problem remains, have the system professionally inspected and recalibrated.
Should calibration fail to resolve the issue, technicians should examine individual cameras for moisture damage, wiring faults, or sensor deterioration. Early diagnosis and repair will help restore accurate imaging and maintain the system’s reliability.