RadarVector Pro — MAHA

MAHA/Innovations/RadarVector Pro

Vehicle inspection technology

RadarVector Pro

Radar sensor function test

Radar sensor measurement without laboratory equipment: RadarVector Pro quickly shows whether a vehicle’s radar sensor is active and returning a signal — no PC, no software, no network connection.

Concept phase

The testing gap

ADAS such as adaptive cruise control, emergency brake assist and lane keeping assist depend on working radar sensors. Until now, determining in the workshop whether a sensor is still active and functioning more or less correctly has been virtually impossible. The consequence: vehicles with ADAS fault codes are forwarded to the manufacturer, and calibration is performed without first testing whether the sensor is even transmitting.

77 GHz measurement

The built-in 77 GHz antenna receives the sensor signal in real time. The display shows the signal strength as a bar graph and the status — active, weak, inactive — immediately after positioning.

Mobile, not fixed

No permanent fixed installation: the hand-held unit moves to wherever testing is taking place. The only connection is the power supply. Optionally, it can be combined with an existing headlight tester — which also allows the sensor’s geometric alignment to be tested — or operated on a stand.

Scope

RadarVector Pro tests whether the sensor is working; by design, the device does not perform dynamic object simulation. The function test of the complete system, i.e. whether the vehicle reacts correctly, remains the task of MAST.

Who is working with it

Independent workshops and body shops: measure the radar sensor status before calibration, rather than making assumptions.

Inspection bodies: sensor testing as an additional PTI test step.

Fleet operators: random ADAS sensor checks without the need for a workshop visit.

Features and test scope

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Status legend

The innovations shown are at different stages of development. They are not available at short notice and will not necessarily be implemented in the version shown at the trade fair.

Research approach
A technical idea is being investigated. Whether and how it can be implemented as a product is still open.
Concept phase
The solution principle and intended benefit have been defined. The technical implementation is still being worked out and verified.
In development
The solution is being technically implemented or further developed. Features, design and dates may still change.
Field test
A prototype is being tested under real operating conditions. The results feed into further development.
SOP 2027
Start of series production (Start of Production) is planned for 2027.

Questions about this technology?

Product management and sales can provide information on availability, configuration and requirements for use.

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