CATR Radar Test System UTP 5069
NOFFZ Technologies
Compact Antenna Test Range (CATR) radar test system for calibrating large 4D and imaging radar sensors in a small footprint.
Technical specifications
- Test technology
- CATR (Compact Antenna Test Range) with integrated parabolic reflector
- Footprint
- < 3.5 m2 base area
- Frequency range (target simulator)
- 75 GHz - 82 GHz
- Bandwidth
- Up to 5 GHz
- Target simulation
- One or multiple targets
- Motion axes
- 2 axes (azimuth and elevation), optional goniometer or robot
- Far-field distance
- > 5 m (suitable for 4D / imaging radar sensors)
- Chamber type
- Extremely low-reflection absorber chamber with plane wavefront (quiet zone)
- Setup orientation
- Horizontal test setup for easy DUT/component access
- Changeover
- Quick-change adapters for reduced setup time between sensor variants
- Optional automation
- Robots, pick and place systems for loading/unloading
- Control software
- UTP Suite test software
- Application
- Validation and end-of-line (EOL) test of large/high-resolution automotive radar sensors
About
The UTP 5069 is a radar test system that uses Compact Antenna Test Range (CATR) technology to precisely calibrate 4D, imaging, and other radar sensors that require large far-field distances, all within a small footprint below 3.5 square meters. A parabolic reflector integrated into the extremely low-reflection NOFFZ absorber chamber redirects the radar signal, producing a plane wavefront (quiet zone) independent of the calculated far-field distance, so the system is suited for both validation and end-of-line (EOL) production testing of fully assembled, high-resolution radar sensors. The horizontal test setup gives easy access to the device under test, robot, reflector, target simulator, and control electronics, while high-precision two-axis (azimuth and elevation) motion of the sensor — optionally via goniometer or robot — ensures accurate, repeatable measurements. It integrates radar target simulators from multiple manufacturers operating at 75-82 GHz with up to 5 GHz bandwidth for single or multi-target simulation, and supports quick-change adapters for faster changeover between sensor variants plus optional robots or pick-and-place systems for fast handling.
Documentation
Need the full ICD, test reports or a specific revision? Ask the supplier directly.
