Cameras, radar and sensors
ADAS Calibration in Rockwall, Aimed to the Millimeter
A forward camera aimed a single degree off can misjudge a lane line well down the road. We set cameras and radar back to the angles the engineers designed, then prove it on a drive.
Ask a technician whether your car needs aiming — (000) 000-0000
Geometry Is the Whole Job
Driver-assist systems work by geometry. A camera behind the windshield and a radar behind the grille each assume they're pointed at an exact angle relative to the direction the car travels, and every decision about lane position, following distance and automatic braking is built on that assumption. Replace a bumper, a windshield or a bracket, or knock the suspension out of alignment, and that angle can shift by an amount you'd never see. The car may not show a warning light. It may simply react a little late, or brake for a shadow on I-30. Calibration puts the sensors back where the math expects them, so the systems help you the way they were meant to.
Sensor Work We Handle
Which sensors need attention depends on what was repaired. These are the pieces a typical calibration can involve.
A baseline read of every module
Before any work, we scan the car and save what each control module reports, so we know which faults came from the crash and which were already there.
Repair data matched to the VIN
Calibration steps vary by model, year and option package. We look them up by VIN rather than working from memory.
Level floor and measured target placement
Static calibrations need a level floor, steady lighting and targets placed at measured distances from the car's centerline. All of that is set before anything is aimed.
The camera that reads lane lines
That camera guides lane-keep and often traffic-sign reading. It gets aimed after any windshield replacement or mounting bracket repair.
Front radar set to the car's true heading
Adaptive cruise and automatic braking depend on the front radar. We align it to the direction the rear wheels actually push the car.
Blind-spot and rear cross-traffic units
Corner radars in the rear bumper are checked whenever that bumper is repaired, replaced or refinished, since excess paint thickness can affect them too.
Thrust angle verified before aiming
If the wheels point slightly off, the sensors get aimed to the wrong line. Alignment is checked and corrected before any target goes up.
Road proof and a written record
A final scan and a drive confirm every system is active, and you get a written record of what was calibrated.
The Order Calibration Has to Follow
- Step 1
Find out what the car needs
We scan the car and note every sensor near the damage or the new glass. Then we pull the calibration requirements for that model. Some cars need a static target setup, some need a measured drive, and some need both. You hear which applies before work starts.
- Step 2
Finish the mechanical work first
Calibration only makes sense on a car that's fully reassembled. Bumpers, brackets and glass go on, the alignment is set and the tires are at the right pressure. Ride height is checked with the car at its normal weight. Only then do the targets go up.
- Step 3
Aim, drive and document
Each sensor is aimed with scan tools to the factory values. We drive the car on roads like SH 205 (Goliad Street), where lane lines and traffic give the systems something real to read. A closing scan confirms no faults remain. The report goes to you and, if there's a claim, to the insurer.
Reasons to Calibrate Where the Repair Happened
One shop owns the whole result
If the bodywork moved a bracket, the shop that did the bodywork is best placed to find it. You don't end up stuck between a body shop and a glass shop.
Calibration only when it's called for
Not every repair needs every sensor aimed. We tell you what the procedure requires and why, without padding the job.
Systems tested on real roads
A target board proves the setup is right. A drive proves the car behaves, which is the part you actually care about.
New Glass or a New Bumper Recently?
If anything near a sensor has been replaced, it's worth a check. Tell us what was done and we'll tell you whether calibration applies.
(000) 000-0000 — find out if your sensors need aiming