Welcome to
ADAS Direct
where precision meets excellence
ADAS technologies are rapidly advancing, and their use has become increasingly common in modern vehicles. These systems rely on complex sensors and calibration to provide drivers with important feedback and assistance, making them an essential part of vehicle safety.
At ADAS Direct we specialize in ensuring the proper functioning of Advanced Driver Assistance Systems for a wide range of vehicles. Trust us with your calibration needs and experience the difference that comes with working with the best in the industry.
Exploring the
Future of Safe Driving
Understanding Advanced Driver Assistance Systems
Common ADAS Features
Automatic Emergency Braking
Blind Spot Detection
Lane Departure Warning
Adaptive Headlights
Pedestrian Detection
Collision Avoidance System
Precision is Key
Why Proper Calibration is Critical for Reliable ADAS Performance
ADAS Calibration is critical to ensure the proper functioning of Advanced Driver Assistance Systems. ADAS technologies rely on complex sensors, cameras, and other detection devices to gather data about the surrounding environment and provide real-time feedback and assistance to the driver. For these systems to work correctly, they need to be calibrated precisely to the manufacturer’s specifications.
Calibration involves adjusting components to ensure that they are positioned correctly and providing accurate data. Failure to calibrate ADAS systems precisely can result in incorrect feedback, warnings, or assistance, which can compromise the safety of the vehicle and its passengers. It is therefore crucial to have ADAS systems calibrated regularly by qualified technicians who use the proper equipment and techniques to ensure that these systems are functioning as intended.
Unmatched Expertise and Cutting-Edge Technology
Experience the Best ADAS Calibration Services with Our Facility
Exploring the
Future of Safe Driving
Understanding Advanced Driver Assistance Systems
Step One
Pre-Calibration Diagnostic Scan
a. Identify ADAS systems on each vehicle
b. Identify what ADAS Systems were affected by collision
c. Identify what ADAS Systems were affected by the repair process
Step Two
Wheel Alignment Verification
a. Validate Tire Pressure
b. Thrust Line Verification
c. Initial structural measurement
d. Validate ride height
e. Confirm steering angle sensor
f. Perform any necessary repairs
Step Three
Calibration
a. Validate Fuel Level
b. Validate Ride Height
c. Vehicle calibration(s)
d. Test Drive
e. Final health check/scan
Step Four
Health Check (Post Scan)
a. Complete post scan
b. Provide documented certification of calibration