Brigade Backeye® Birds Eye Camera System
Keywords: Safety, Reverse, Camera, Birds Eye View, direct vision standard, DVS
All vehicles have blind spots – areas around the vehicle that are obscured to the driver by bodywork or machinery. When manoeuvring, these blind spots present a significant danger to anything or anyone in the vehicle’s path and inhibit the driver’s ability to operate the vehicle safely.
Mirrors and single-view cameras help to see blind spots, but even with this extra assistance, the driver may still not see everything in the vehicle’s path. After all, they can only be watching the road, or looking in one monitor or mirror at any given time. Research shows that in the time it takes to scan four mirrors, assess and then react to hazards, even at speeds as low as 5kph a vehicle could travel as far as 10m
Benefits of Backeye®
Benefits of the system extend beyond reducing collisions with people and objects. The comprehensive view of the surroundings aids the driver when manoeuvring at low speed and minimises damage, as drivers of larger vehicles can see and avoid objects lying on the ground.
Backeye® Systems are compatible with MDR digital recorders.
- Eliminates blind spots, improves safety
- Comprehensive view of the surrounding area in a single image
- Reduces collisions with people and objects
How It Works
Backeye® is an intelligent camera monitor system designed to assist low-speed manoeuvring by providing the driver with a complete surround view of the vehicle in real time.
There is a choice of 360° technologies, both of which work with four ultra wide-angle cameras that each covers one full side of the vehicle with a viewing angle of over 180°. High-mounted on the front, rear and sides, the calibrated cameras capture all of the surrounding area including the blind spots of the vehicle or machine.
The four live images are simultaneously sent to an electronic control unit (ECU) where they are instantly processed, combined, blended and stitched. The distortion from the wide-angle camera lens is also corrected before delivering a clear, single, smooth, real-time image onto the driver’s monitor.