360° Panoramic Systems for Vehicles That Are Simply Too Big to See Around

Stitching four camera feeds into a usable bird’s-eye view on a 12- or 16-metre vehicle is not the same problem as doing it on a car. Long vehicles have large blind regions between the camera footprints, the cameras sit several metres apart, and the bodywork flexes. Our LRS platform uses a large-vehicle splicing algorithm developed specifically for trucks, buses and special vehicles rather than an adapted passenger-car pipeline.

On top of the stitched view, the system layers warnings: AI visual detection on all four sides for pedestrians and vehicles, optional ultrasonic radar, and GPS-based logic that only raises a blind spot warning below a configurable speed — so the driver is not harassed at motorway speed.

When a 360 system is the right answer

A 360 system earns its cost when the vehicle has multiple blind zones that a single camera cannot cover — a tipper with a raised body, a concrete mixer with a rear chute, a bus with a nearside cyclist zone, or a specialist vehicle with an overhanging boom. If the vehicle only needs a reversing view, a camera and monitor is cheaper and just as effective.

Sizing the system to the vehicle

• Rigid truck, tipper, mixer (8–12 m) — four 360 cameras plus optional front and rear radar. Speed-based BSD is essential because the dangerous zone appears at low speed when pulling away.
• Tractor and semi-trailer (16 m+) — 360 covers the tractor; the trailer needs its own camera or a wireless link (see the wireless range). Do not assume tractor-mounted cameras can see the trailer kingpin area.
• Bus and coach — 360 plus nearside BSD is the standard urban configuration, and it pairs naturally with the interior camera layout.
• Specialist and engineering vehicles — choose a system with CAN input so steering angle and body position can be consumed from the vehicle rather than inferred.

Commissioning is where 360 systems succeed or fail

A 360 system needs a proper calibration on a marked floor after installation. Skipped calibration shows up as a stitched image with bent lines and ghost objects, and drivers lose trust in it immediately. We supply calibration instructions and, for volume projects, on-site or remote support through the commissioning.