4D Radar

It delivers an accurate, high-resolution 4D image of the target in real time. This radar leverages the full capabilities of advanced radar chipsets, combined with SRS’s unique antenna design methodology and software algorithms to optimize multi-chip cascading.

Specifications

Specifications

Type/Safety/Protection

1. Types (with camera)

Vehicle roof mounted/street pole mounted

2. Frequency

77 ~ 81 GHz

3. Detection range

LR - 300m(Vehicle) /SR - 100m(Vehicle)

4. Azimuth Angle FoV

30°(±15°) / 100°(±50°) / 100°(±50°)

5. Elevation Angle FoV

24°(±12°)

6. Update Rate

50 ms

7. Comm. Interface

CAN FD x1 Ethernet x1

8. Main Power supply

12V DC

9. Operating Temperature

-40℃ ~ +85℃

10. IP Rating

IP67

11. Dimension

147.3 mm x 121.5 mm x 37.0 mm

12. Weight

529 g

*All the devices are customizable according to the user requirements.

4D LIDAR Use-Case

Image 1

1. Over-speeding

Systems use radar or laser technology to measure a vehicle's speed accurately. These systems are crucial for road safety, as they help prevent accidents and reduce fatalities.

Image 2

2. No seat belt

Use sensors to monitor whether passengers are wearing seat belts. When a passenger is detected without a seat belt, a warning is issued. These systems are essential for road safety, as seat belts significantly reduce the risk of injury or death in a car accident.

Image 3

3. No Helmet

When a rider is detected without a helmet, a warning or penalty is issued. These systems are crucial for road safety, as helmets significantly reduce the risk of head injuries in motorcycle accidents.

Image 4

4. Triple riding

This practice poses significant safety risks due to the increased weight and reduced maneuverability of the motorcycle, making accidents more likely and potentially more severe.

Image 5

5. Multilane

These systems can detect various violations, such as lane weaving, lane jumping, and driving in the wrong direction. These systems help improve road safety and traffic flow by enforcing lane discipline and preventing accidents.

Image 6

6. Fancy no plate Detection

Vinayan's advanced ANPR system accurately scans and detects vehicles with unauthorized or modified number plates, ensuring compliance with legal standards across all vehicle types.

Image 7

7. Wrong Lane Detection

Vinayan's ANPR technology efficiently identifies vehicles traveling in the wrong lane on multi-lane highways. This system enables remote operation for effective law enforcement and enhanced traffic management.