CONNEX Digital ADAS 2.0
The CONNEX Digital ADAS 2.0 is a digital calibration system designed for the precise adjustment of Advanced Driver Assistance Systems (ADAS) on a wide range of vehicles. It features a fully digital panel system, eliminating the need for physical target boards, and integrates directly with the Brain Bee CONNEX diagnostic tools. This system supports both static and dynamic calibration procedures, offering enhanced accuracy, efficiency, and ease of use in workshop environments.
Description
CONNEX Digital ADAS 2.0
Thanks to the CONNEX Digital ADAS line, every workshop can easily perform ADAS systems maintenance. Thanks to the powerful Keystone system, to the vehicle recognition through license plate reading, and to the fully automatic measurement, you will complete your calibration in just a few minutes.
It seemed impossible before, but the Digital ADAS 2.0 evolution cuts calibration time even further! Thanks to special laser meters directly connected to the diagnostic tool, CONNEX Digital ADAS 2.0 can directly acquire all the parameters related to the vehicle alignment, which are transmitted to CONNEX, allowing you to execute the calibration immediately. Even the vertical positioning of the monitor is automatically handled from the diagnostic interface display, through a simple command which allows to reach the correct position, according to manufacturer specifications.
3D tutorials to get it right
Each car manufacturer has its own specific calibration procedures that the operator must perform to complete the adjustment. With Digital ADAS 2.0, you won’t have any uncertainty! From the diagnostic tool, you can play clear 3D video tutorials, which are directly shown on the Digital ADAS 2.0 display, showing all procedure steps.
Keystone System (Patent)
It is still the beating heart of Digital ADAS technology made by MAHLE. Keystone is the technology that allows the calibration target to be perfectly aligned with the car, without having to move the car an inch. Thanks to a special software, the angle of view of the camera or radar can be determined with extreme precision. The procedure and the proposed target will be correctly positioned and adapted in order to conduct the calibration in the optimal way and with full certainty of result.
