Sensors that steer and brake
ADAS Calibration in Richardson, Explained Sensor by Sensor
Lane centering on US 75 and adaptive cruise on the Bush Turnpike only work if the camera and radar point exactly where the car thinks they do.
Ask what your sensors need — (000) 000-0000
How Your Car Sees the Road
Driver-assist systems are a handful of sensors and a lot of math. A camera behind the windshield reads lane lines, a radar behind the grille emblem measures the gap to the car ahead, and corner units watch your blind spots. Each one is mounted at a precise angle, and the software assumes that angle never changes. A new bumper cover, a replaced windshield or even a wheel alignment can shift it slightly, and a slight shift at the sensor becomes a big miss farther down the lane. Calibration tells the module where its sensor actually points now. We do that work in-house and walk you through what was aimed and why.
Calibration Work, Sensor by Sensor
Which systems need attention depends on what was repaired. Here is what we cover.
Code readout at check-in
A diagnostic scan logs every stored fault before work starts, so we know which modules complained after the crash.
Build-specific procedures
Your VIN tells us exactly which sensor package the car has, and we pull the maker's calibration steps for that build.
Windshield camera targeting
The forward camera is aimed using printed targets placed at measured distances and heights in front of the car.
Grille radar leveled and aimed
The front radar is set level and true so adaptive cruise and automatic braking judge distance correctly.
Radar-friendly bumper paint
Paint thickness over a radar sensor matters, so refinish in that area stays within the maker's limits for film build.
Blind-spot and cross-traffic units
Rear corner radar is checked and aimed after quarter panel or bumper work so lane-change alerts trigger where they should.
Steering angle reset first
The steering angle sensor is reset and the alignment confirmed, because the camera aims relative to the car's direction of travel.
Test drive and printed record
A drive confirms the systems respond on real lanes, and you get a printout of the procedures performed.
The Calibration Sequence
- 1
Read the modules, find the steps
We scan the car and read what each module reports. The VIN and the repair plan tell us which sensors were disturbed. Some cars need a static calibration with targets, some a dynamic one on the road, and some both. You hear which ones apply before the work begins.
- 2
Prep the car and the bay
Bodywork and alignment get finished first, since calibrating a car that's still changing shape is wasted effort. Tires are set to spec, and fuel level and cargo match what the procedure calls for. Targets are placed on a level floor at measured distances. Only then does aiming start.
- 3
Aim, drive, document
The scan tool walks each module through its calibration routine. A test drive confirms lane keeping and cruise behave normally. A closing scan shows no faults left behind. The report goes to you and, if there's a claim, to your adjuster.
Why Sensors Get Aimed Where the Car Was Fixed
The shop that moved it aims it
We know exactly which brackets and panels came off, so nothing that touches a sensor gets overlooked.
Explained without the jargon
We'll tell you what the camera and radar actually do on your car and what changed. No vague talk about computers.
Finished before you leave
Sensor work is part of the repair plan, not a separate errand to another shop across Dallas or Plano.
New Bumper or Windshield on a Sensor-Heavy Car?
If anything near a camera or radar was replaced, it's worth confirming the aim. Phone the shop and we'll tell you what your car's systems need.
(000) 000-0000 — get your sensors checked