Structural repair
Frame Straightening in Garland After a Hard Hit
If the car tracks crooked, the doors bind or the tires started wearing oddly since the crash, something underneath may have moved. Measuring settles the question.
Ask whether the structure moved — (000) 000-0000The Foundation Gets Fixed First
Most cars on Garland roads are unibody, which means the body shell itself does the work a frame used to do. Pickups and many work trucks still ride on a separate ladder frame. Either way, a solid hit at an intersection or a chain-reaction crash on the interstate can push structure out of position by a margin you can't see but will feel. A shifted rail throws off wheel alignment, panel gaps and how the car absorbs the next impact. We put the vehicle on a bench, read dozens of control points against the factory dimension sheet and bring it back in controlled stages. Then we prove the result with a printout you can keep.
Structural Work Covered Here
Frame jobs are measured from the first reading to the last. These are the pieces involved.
Stance and tracking clues
We note uneven ride height, an off-center steering wheel and odd tire wear before measuring, since those hint at where the structure moved.
Electronic point-to-point measuring
A measuring system reads control points on the underbody and upper body and compares them against factory data for your exact model.
Clamping where the maker specifies
The vehicle is secured at the locations the manufacturer designates, so pulling force goes where it should and nowhere else.
Multi-angle pulls
Chains and towers pull opposite the impact, often from several directions at once, and the system re-reads the structure after every one.
Rail and apron sectioning
Kinked or torn rails and aprons are cut at approved locations and replaced rather than being stretched back into place.
Where the suspension bolts on
Strut towers and subframe mounts are checked and corrected, because they decide how the wheels meet the pavement.
Truck frames checked for twist
Bent truck frames are measured for sag, sway and twist, then straightened or repaired with new sections.
Rust protection over every weld
Any welded or heated area is sealed and coated so corrosion doesn't start where the repair was made.
How the Bench Work Runs
- 01
Map the current shape
Once the vehicle is anchored, the measuring system logs where each control point sits today. We compare those numbers to the factory chart and flag each point that's out of tolerance. That becomes the pull plan. We tell you, in plain words, what shifted and by roughly how much.
- 02
Correct in stages
Pulls are set up opposite the direction of the hit and applied a little at a time. After each one, we take new readings and adjust the setup. Sections too damaged to straighten are replaced at seams the manufacturer approves. The work ends when the numbers are in spec, not when it looks close.
- 03
Confirm and release to body
The closing readings go into your repair file as a printout. The car then moves on to panel work and paint over a structure that's known to be right. After alignment, a road test along Centerville Road closes it out. You're welcome to a copy of the before-and-after readings.
Why Numbers Run This Part of the Job
Eyes can't see millimeters
A structure that's slightly off can look perfect from the curb. The measuring system catches what a visual check would miss.
Everything bolts to it
Suspension, panels, doors and sensors all mount to the structure. If the base is off, every repair on top of it inherits the error.
It protects you in the next crash
Crumple zones and rails are engineered to fold a specific way. Putting them back correctly keeps that design doing its job.
Think the Structure Took the Hit?
Describe how the car drives now and what it collided with, and we'll tell you whether measuring makes sense. Owners in Mesquite and Rowlett with the same worry are welcome to reach out.
Get the structure checked — (000) 000-0000