Every year, over 60% of traffic accidents in China are linked to fatigue driving, and 48% of crashes result from delayed braking response. Construction vehicles—dump trucks, concrete mixers, and freight trucks—operate in complex urban environments with large blind spots, making them high-risk assets on the road.
Our AEBS (Advanced Emergency Braking System) delivers a complete "end-to-cloud" safety solution. Combining multi-sensor perception (ADAS + DSM + BSD radar-vision), intelligent decision-making algorithms, and active braking execution, it provides real-time monitoring, tiered warnings, and automatic emergency braking to prevent collisions—or significantly reduce their severity.
The system operates on a three-layer architecture:
| Layer | Function |
|---|---|
| Perception Layer | ADAS camera (forward collision, lane departure, pedestrian detection), DSM camera (driver fatigue/distraction), BSD blind-spot cameras (front/right side), optional millimeter-wave radar (up to 200m detection) |
| Decision Layer | AI algorithms process sensor data in real time, classifying risks into warning, light-brake, and full-brake stages based on distance and speed |
| Execution Layer | An electric motor or pneumatic valve actively presses the brake pedal when the driver fails to respond—delivering autonomous emergency braking without driver intervention |
| Component | Specification |
|---|---|
| ADAS Camera | 1/2.8" CMOS, 1280*720, 6mm lens, 56° horizontal FOV, IP54 |
| DSM Camera | 1/4" CMOS, 1MP, 4mm lens, 61.8° horizontal FOV, IP54 |
| BSD Camera | Front and right blind-spot coverage with 3-stage distance calibration |
| Radar (Optional) | Medium/long-range millimeter wave, up to 200m detection, 128 tracking targets |
| AEBS Actuator | Electric motor or pneumatic valve; non-invasive pedal attachment; no modification to brake system |
| Voltage Range | 9–36V DC |
| Operating Temp | -30°C to +70°C |
| Platform | Web dashboard + mobile app; real-time alerts, video replay, driver scoring, and risk reports |