Vehicle mounted radar dark box testing system

The car mounted radar dark box testing system adopts a self-developed dark box turntable, equipped with precision mechanisms and imported servo motors, with precise and reliable motion range, and each axis accuracy can reach 0.1 °.

The system adopts imported radar simulators, spreaders, and spectrometers, which can accurately simulate real road conditions and test distance, speed, azimuth, angle, resolution, and power accurately. It can perform spectrum display, radar calibration, bandwidth testing (O B W), FOV testing (field of view), speed/angle/distance accuracy testing (RTS testing), and RCS testing.

Industry Applications

Radar is a very important workshop safety auxiliary detection product that can collect objective and effective road traffic information, obtain basic data such as traffic flow, speed, road occupancy rate, distance between vehicles, and vehicle types, so as to achieve intelligence in monitoring, control, analysis, decision-making, scheduling, and guidance. It is an important component of modern intelligent transportation systems.

The radar dark box testing system was born based on this background, which can simulate the complex road environment of vehicles during driving to the maximum extent, providing effective data analysis models and series of parameter tests for radar manufacturers in the production process, thereby ensuring the performance and quality of radar.

Product advantages:

1. Includes MES system, which can easily achieve product testing, production monitoring, and traceability;

2. Adopting a drawer door structure, combined with a robotic arm, automatic loading and unloading can be achieved;

3. Imported servo motors and precision mechanisms ensure the precise and reliable operation of the radar testing machine, with an accuracy of 0.1 ° on each axis;

4. Imported absorbing materials cover the inner surface of the dark box, achieving an ideal and pure electromagnetic testing environment;

5. Imported radar simulators, spreaders, and spectrometers can accurately simulate real road conditions, accurately test parameters such as distance, speed, azimuth, resolution, and also achieve radar calibration.