The image shows a cyclist riding right next to a truck on a bike path. The truck scans the area next to it—represented by orange lines and fields—to detect the cyclist and display them in the driver's rearview mirror.

Industrial Radar Sensors

Radio detection and ranging system

Aumovio provides several industrial radar sensors also for non-automotive purpose.

Industrial Radar Sensor Portfolio

Picture of AUMOVIO's radar sensor portfolio. Aumovio provides several industrial radar sensors also for non-automotive purpose.
  • Generic/multi use application
  • Private CAN with Specification from Continental
  • Restricted use cases
  • Off the shelf available  
Picture of AUMOVIO's radar sensor portfolio. Aumovio provides several industrial radar sensors also for non-automotive purpose.
  • Development for special market & use case
  • Generic or customer CAN interface
  • To full fill use cases or
  • ECE regulations (RightViu® for R151)
  • Available with add. R&D effort
Picture of AUMOVIO's radar sensor portfolio. Aumovio provides several industrial radar sensors also for non-automotive purpose.
  • Special developed for OEM’s
  • Communication via CAN J1939 and special customized
  • Specific use case like highly automated driving
  • R&D adaptations needed (signal for vehicle structure)

RADAR stands for radio detection and ranging system

  • Electromagnetic system to detect the distance and location of objects
  • Works on the principle of reflection with radio waves using the Doppler effect and time to fly
  • Waves are transmitted through space onto the object
  • The radio waves are radiated via an antenna attached to the transmitter
  • Advanced Range Radar (ARS) for front and back side looking
  • Short Range Radar (SRR) for side looking and blind spot detection
Image of a futuristic vehicle on a highway with orange and purple light lines and light waves representing the scanning/detection of the vehicle's surroundings and objects by radar sensors.
The key visual for off-the-shelf products shows seven images, including corresponding vehicles for the sectors of agriculture, construction, logistics, warehousing, trucking, buses, and two-wheelers.

Off-the-shelf Products & Solutions

Industrial field of application

SRR 308

Technical specifications
  • Left and right-side looking sensor to cover more angle up to 180°
  • Detects only dynamic objects
  • Better performance for left or right-side coming objects
Product image of the SRR 308 radar sensor
  • 12 V + converter to 24 V
  • High speed CAN bus
  • 0,3 - 80 m, max ± 90°
  • Speed range ± 146 km/h
  • Elevation angle 16°
Product image of the SRR 308 radar sensor
  • Collision warning for any vehicles or moving (construction) machines
  • Side looking sensor for mid distance field
  • All around view/detection for vehicles and other devices
  • Object detection in poor visible areas (blind spots)
Functional diagram of the SRR 308 radar sensor in relation to the measurement and detection range
  • Robotics: Collision avoidance, surround view
  • Railway Technology: Collision avoidance, free space indication
  • Construction Machines: Collision avoidance, surround view
Functional diagram of the SRR 308 radar sensor in relation to the measurement and detection range

ARS 408 (Advanced Radar Sensor)

Technical specifications
  • Best performance for front and backward detection
  • Detects static and dynamic objects
  • Better performance for oncoming or outgoing objects
Product image of the ARS 408 advanced radar sensor
  • 12 V / 24 V
  • 0,2 – 250m, ±4°
  • 0,2 – 70m, ±40°
  • CAN interface
  • Elevation angle 20°
Product image of the ARS 408 advanced radar sensor
  • Collision warning for any vehicles or moving (construction) machines
  • Front looking sensor for wide range (any vehicles)
  • Region based object detection up to 8 regions can be defined
  • Area monitoring system for far field or non accessible areas
  • Object detection, for poor visible areas (blind spots)
Functional diagram of the ARS 408 advanced radar sensor in relation to the near and far sensing area
  • Traffic Technology: Traffic tech. + cross walk + pedestrian
  • Special Vehicles: Distance control, aircraft de-icer
  • Mining: Collision avoidance, blind spot detection
Functional diagram of the ARS 408 advanced radar sensor in relation to the near and far sensing area

ARS 548

Technical specifications
  • Fast and safe real time scanning in 3D (like high flash lidar)
  • The design is kept very robust with a high-performance level
  • Better performance for oncoming or outgoing objects
Product image of the ARS 548 radar sensor
  • 12 V + converter to 24 V
  • BroadR-Reach Ethernet
  • 0,2 - 300 m, max ± 70°
  • Speed range ± 200 km/h
  • Elevation angle ± 20°
Product image of the ARS 548 radar sensor

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