Structure & unibody
Frame Straightening in Fate With Electronic Measuring
A few millimeters of shift is enough to upset alignment, door fit and the radar behind your bumper. We find that shift with data, then correct it.
Ask about a structure check at (000) 000-0000Why Structure Matters More on Newer Cars
Most late-model cars use a unibody, where the body itself is the frame. Many pickups and a few body-on-frame SUVs keep a separate ladder frame, but either way the structure is engineered to crumple in set zones and hold firm everywhere else. After a solid hit, that structure can shift without looking dramatic from the outside. The catch on newer vehicles is that cameras, radar and other sensors are mounted to the structure, so a shifted rail can leave a sensor pointing the wrong way. Our Fate shop measures the body electronically and compares the readings to the maker's published dimensions. Every correction is checked against those numbers until the structure sits where it left the factory.
Inside a Structural Correction
Straightening is a measured process with checks at every stage. Here's what it includes.
Electronic body measuring
A computerized system reads dozens of reference points and maps exactly where the structure moved.
Factory dimension comparison
Readings are compared with the automaker's specs for your model, so the target is real data instead of eyeballing.
Locked-down bench setup
The vehicle is clamped to a straightening bench at its pinch welds or frame mounts so each pull goes only where intended.
Pulls from several directions
Hydraulic towers work in more than one direction at once, easing the structure back in small, measured stages.
Replace-only part rules
Some high-strength rails and pillars are designed never to be straightened. We replace those parts exactly as the procedures direct.
Suspension mount checks
Strut towers, subframe mounts and control-arm pickup points get measured, keeping wheel geometry true after the repair.
Sensor mount verification
Every bracket that holds a radar unit, camera or parking sensor is checked for position before any calibration begins.
Before-and-after measurement record
Readings from before the first pull and after the last one are saved for you, which also helps your insurer close the claim.
Returning the Structure to Factory Numbers
- 01
Scan and measure
A diagnostic scan opens the job, then the vehicle is mounted for electronic measuring. Those readings reveal exactly how far each reference point traveled. We pair that data with the maker's procedures to plan the pulls and any parts that must be replaced. Your estimate and the adjuster's file both include the measurement printout.
- 02
Pull in stages
Corrections happen gradually, with the system re-reading points after each pull. Rushing can overcorrect metal or stress welds, so patience is part of the method. Parts the maker says to replace get replaced instead of straightened. Seams are sealed and corrosion protection restored as we go.
- 03
Align, calibrate, confirm
Once the numbers match spec, we move on to panels, paint and reassembly. Wheel alignment is set, and driver-assist sensors are calibrated on a structure that's finally square. A closing scan and a test loop around Fate confirm everything works together. You get the measurement report with your keys.
Why Our Straightening Approach Works
Data you can see
Measurements are recorded, not just glanced at. You and your insurer can review the same numbers we used.
Calibration on a square car
Aiming a radar on a bent structure is wasted effort. Squaring the structure first means the calibration stays accurate.
Respect for modern steel
Ultra-high-strength steel behaves differently under force and heat. We follow the maker's limits so its strength is preserved.
Think the Structure Shifted?
Doors that bind, uneven gaps or a car that drifts on SH 66 are classic hints that the structure moved. A measurement settles the question with real numbers.
Set up a structure check at (000) 000-0000