R-WAVE 2D MP RADAR

R-WAVE 2D
MP RADAR

Obstacle avoidance, accurate perception of surroundings, and the robustness you can trust.

ALWAYS ON THE RIGHT TRACK

Reliable measurement of the surrounding space geometry, speed, and distances, used for navigation and flawless autonomous operation.

THE RADAR
HOW IT WORKS?

RADAR is an acronym for Radio Detection And Ranging. This technology harnesses radio waves to pinpoint the location and calculates the distance of the objects, including those that may not be visible to the naked eye. Moreover, RADAR can determine the velocity of a moving object.

HERE’S HOW RADAR OPERATES

The radar emits out radio waves that bounce off objects in the environment and return to the radar. The radar then measures the time it takes for the radio waves to return to determine the distance to the object. It can also detect the speed of the object by measuring the frequency shift of the returning radio waves (Doppler effect).

Once this data is captured, it’s processed by an onboard computational unit, culminating in a 2D representation of the surrounding terrain. This mapped environment subsequently informs the vehicle’s autonomous driving system, guiding its navigational choices.

SUPERB NAVIGATION CAPABILITIES,
especially in challenging environments and adverse weather conditions.

BENEFITS & ADVANTAGES

Obstacle detection and avoidance

Excellent obstacle detection capabilities for reliable navigation through complex terrains, avoiding obstacles, and autonomous operation in challenging environments.

Precise detection

Measuring precision +/- 30 mm and the measuring range from 0,5 m to 6 m, the radar ensures a high level of detection and precise navigation.

False Positive Rate

A low false positive rate reduces the likelihood of mistakes and unnecessary manoeuvres or interventions.

All-weather operation

Reliable results of distance measurement, object detection and positioning in all weather conditions – rain, fog, snow and limited visibility.

Robustness

The sensor is more durable and reliable in rugged environments and also less sensitive to dust, dirt, and vibrations, compared to optical sensors.