Radar Test Bench – Advanced 6D

Validation of next generation radar sensors

Application Areas

The Radar Test Bench – Advanced 6D is designed especially for the validation and specification of next generation radar sensors (e.g., separability, field of view, resolution).

For scenario-based testing of functions for advanced driver assistance systems or autonomous driving (e.g., ACC), dSPACE specifically developed the Radar Test Bench – Compact 3D.

Key Benefits

The Radar Test Bench – Advanced 6D allows for precise azimuth and elevation simulation for two fully independent targets.

Precise and real-time capable antenna focusing to the position of the radar sensor with four motor drives on each positioning arm. This enables high quality angle simulation for every sensor position.

Two dSPACE Automotive Radar Test Systems (DARTS) can also be integrated. The large portfolio of DARTS allows for optimizing the setup for each device under test.

Parameter Specification
Radar objects
  • Up to two objects with fully independent
    • Distance
    • Velocity
    • Radar cross section (RCS)
    • Azimuth angle
    • Elevation angle
  • Up to six additional objects with independent

    • Distance

    • Velocity

    • Radar cross section (RCS)

Update rate
  • 1 ms 1)

Distance range

Increment

  • 4 ... 1000 m 1)
  • 2.5 ... 10 cm 1)

Speed range

Increment

  • ±500 ... ±700 km/h 1)
  • 2 ... 4 mm/s 1)
Azimuth angle range
  • ±90° (with central ECU position)
Elevation angle range
  • ±15° (with central ECU position)
Supported radar frequencies
  • 75-82 GHz
Bandwidth
  • 1.2 ... 5 GHz 1)
 
1)  Depending on the integrated DARTS.

  • Radar Test Bench – Advanced 6D , PDF, English, 1503 KB
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