The solutions are used in driver assistance systems, autonomous driving, robotic vehicles, and intelligent transportation infrastructure.
Modern driver assistance and autonomous driving systems must not only detect objects, but also accurately understand their position, speed, and trajectory.
Cameras provide detailed visual information, but they depend on lighting conditions and can be affected by dirt, precipitation, and weather. Ultrasonic sensors are effective at short ranges, but are not suitable for monitoring the road environment at speed.
For safe driving, a vehicle needs a sensor that operates reliably at night, in fog, rain, snow, dust, and complex traffic conditions.
Automotive radar solves this problem by measuring the distance to objects, their relative speed, and direction of movement, and transmitting this data to the vehicle control system.
We develop automotive radar systems for installation in the front, rear, and side areas of a vehicle.
The radar generates data about the road scene: it detects moving and stationary objects, measures distance and speed, tracks targets, and transmits the results to the vehicle’s electronic architecture.
The system can be used as a standalone sensor or as part of an integrated perception platform together with cameras, LiDARs, ultrasonic sensors, and a central computing unit.
The solution can be adapted to a specific application: a long-range front radar, a corner radar for blind spot monitoring, a short-range radar for parking, or a multi-radar surround-view system.
76-81 GHz
12/24V
up to 250 m
Developed in accordance with
Frequently Asked Questions
Yes. The hardware configuration, antenna system, communication interfaces, processing algorithms, and output data format can be adapted to meet the project requirements.
The radar can transmit a list of objects, target coordinates, relative speed, direction of movement, tracking data, a point cloud, and diagnostic information.
Yes. Multiple radar modules can be installed around the perimeter of the vehicle to create radar coverage around the vehicle.
A camera captures images, while radar measures the distance to objects and their speed. Radar is less dependent on lighting and weather conditions, which makes it a reliable sensor for active safety systems.
For driver assistance and autonomous driving systems, including adaptive cruise control, automatic emergency braking, blind spot monitoring, parking assistance, collision warning, and surround-view systems.
Automotive radar is a sensor that uses radio waves to detect objects around a vehicle and measure their parameters, such as distance, speed, and direction of movement.
