Why Structural Repairs Matter After an Accident in Chenal

SUMMARY

Structural damage after an accident can affect much more than how your vehicle looks. Even when the exterior damage appears manageable, collision forces can travel beyond the visible impact area and affect underlying parts of the vehicle.

• Structural damage can involve frame rails, unibody sections, pillars, rocker structures, floors, crossmembers, and other manufacturer-designated structural components.
• Collision damage is not always visible. Direct damage occurs at the impact point, while indirect damage can develop elsewhere as collision energy travels through the vehicle.
• Modern vehicles use different materials, including high-strength steel, ultra-high-strength steel, and aluminum, each with specific repair restrictions.
• A structural component that can be straightened on one vehicle may require replacement on another.
• OEM repair procedures can specify whether technicians may straighten, section, weld, or replace a damaged component.
• Structural damage can contribute to uneven panel gaps, steering changes, alignment problems, doors that do not close correctly, wind noise, and other post-collision symptoms.
• Repairs involving cutting, grinding, or welding can disturb factory corrosion protection, which may need to be restored during the repair.
• Structural repairs may need to be completed before wheel alignment or ADAS calibration so those procedures begin with the vehicle in the appropriate physical condition.
• The goal of structural collision repair is not simply to make the vehicle look straight again. It is to repair the affected areas according to the vehicle manufacturer’s applicable procedures and specifications.

If your vehicle has been damaged in an accident, Bale Collision Center at 13101 Chenal Pkwy, Little Rock, AR 72211, United States provides professional collision repair and auto body repair for Chenal and Little Rock-area drivers.

Introduction

After an accident, the most obvious damage usually gets your attention first.

You may immediately notice a:

• Crushed bumper
• Bent fender
• Damaged hood
• Dented door
• Broken headlight
• Scratched quarter panel

But collision damage does not always stop at the exterior.

The force from an impact can travel through connected parts of the vehicle and affect components that are difficult or impossible to see while the vehicle remains assembled.

I-CAR explains that collision damage can include both direct damage at the impact area and indirect damage caused as collision forces travel through the vehicle.

That distinction matters because repairing only the visible dent or damaged panel may not address everything affected by the accident.

Modern structural repairs can require technicians to identify the vehicle’s construction materials, measure structural reference points, research manufacturer repair procedures, determine whether damaged components can be repaired or must be replaced, restore corrosion protection, and consider how the repairs interact with steering, suspension, electronics, and Advanced Driver Assistance Systems.

For drivers in Chenal and surrounding Little Rock communities, understanding structural repair can help you ask better questions and make more informed decisions after an accident.

What Is Structural Damage on a Vehicle?

Structural damage affects parts of the vehicle that contribute to its underlying body construction.

Depending on the vehicle, these can include:

• Front structural rails
• Rear structural rails
• Rocker structures
• A-pillars
• B-pillars
• C-pillars
• Floor structures
• Crossmembers
• Aprons
• Reinforcements
• Other manufacturer-designated structural components

Exactly which parts are considered structural depends on how the vehicle was designed.

This is why technicians should use vehicle-specific repair information rather than assuming that a particular component is treated the same way on every make and model.

Is Structural Damage the Same as Cosmetic Damage?

No.

Cosmetic damage primarily affects appearance.

Examples include:

• Light scratches
• Paint scuffs
• Minor surface dents
• Paint transfer

Depending on the condition, some cosmetic dents may qualify for paintless dent repair.

Structural damage involves the underlying construction of the vehicle.

It may require:

• Structural measurement
• Straightening when permitted
• Component replacement
• Specialized joining procedures
• Corrosion-protection restoration
• Additional mechanical or electronic procedures

One accident can cause both.

A vehicle may have a scratched bumper and a damaged component underneath it, for example.

Correcting the scratch does not automatically correct the hidden damage.

Can Structural Damage Be Hidden After an Accident?

Yes.

Some structural damage can be difficult to recognize during a simple exterior inspection.

Exterior parts can conceal:

• Reinforcement
• Inner panels
• Rails
• Brackets
• Mounting points
• Wiring
• Sensors

A bumper cover may flex during a collision and partially return toward its original position afterward.

A damaged fender may also conceal deformation farther inside the vehicle.

This is one reason collision repair planning often involves removing damaged components to inspect what is underneath.

What Is Direct Collision Damage?

Direct damage occurs where the vehicle was physically struck.

For example, if another vehicle hits the front corner of your car, direct damage might involve the:

• Bumper cover
• Fender
• Headlight
• Related brackets

The obvious impact area gives technicians an important starting point when evaluating the vehicle.

But it should not necessarily be the end of the inspection.

What Is Indirect Collision Damage?

Indirect damage develops when collision forces travel beyond the immediate impact point.

I-CAR illustrates this concept in its collision repair guidance, showing how damage can exist away from the obvious contact area.

Indirect damage might appear as:

• Buckling
• Distortion
• Changed panel gaps
• Movement around mounting points
• Deformation in connected components

Identifying these secondary effects is important when developing the repair plan.

How Does Collision Energy Travel Through a Vehicle?

A vehicle is made from connected components.

When one area receives collision energy, some of that force can move through adjoining structures.

Consider a front-corner collision.

The obvious damage may involve:

• Bumper
• Fender
• Headlight

But technicians may also need to inspect:

• Mounting areas
• Apron
• Structural rail
• Wheel
• Steering
• Suspension

A side impact might damage a door while also transferring force toward the:

• Pillar
• Rocker
• Floor
• Adjacent structure

The specific damage depends on the collision and vehicle design.

Can a Low-Speed Accident Cause Structural Damage?

It can.

A low-speed collision does not automatically mean structural damage occurred, but the possibility cannot always be ruled out based solely on speed or exterior appearance.

Damage depends on factors including:

• Where the vehicle was hit
• Direction of impact
• Type of object struck
• Vehicle construction
• Whether the wheel or suspension was involved

A concentrated impact to one corner of the vehicle may affect different components than a broad impact across a bumper.

Professional evaluation helps determine what was actually damaged.

What Is Unibody Construction?

Many modern passenger vehicles use unibody construction.

In a unibody design, much of the body and underlying structure function as an integrated assembly rather than the body simply sitting on a completely separate traditional frame.

Structural areas can include:

• Rails
• Rockers
• Pillars
• Floor structures
• Roof structures
• Crossmembers
• Reinforcements

Because these components work together, technicians need to understand how collision forces affect the overall structure.

What Is Body-on-Frame Construction?

Some vehicles, particularly certain trucks and SUVs, use body-on-frame construction.

With this design, the body is mounted to a separate frame.

Collision repair may therefore require technicians to evaluate both:

• Body
• Frame

depending on where and how the vehicle was struck.

The phrase “frame damage” is often used casually for many types of structural collision damage, but the exact construction of the vehicle matters when determining the appropriate repair.

Is Frame Damage the Same as Structural Damage?

Not exactly.

“Structural damage” is a broader term.

A body-on-frame vehicle can sustain damage to its separate frame.

A unibody vehicle may sustain structural damage even though it does not use the same traditional separate-frame construction.

For consumers, the more useful question is:

Which structural components were affected, and what does the manufacturer require to repair them?

Why Does Structural Measurement Matter?

Visual inspection alone cannot always determine whether structural reference points remain where they should be.

Technicians may use measurement systems to compare points on the damaged vehicle with specified dimensions.

Measurements can help determine:

• Whether components moved
• Direction of movement
• Extent of movement
• Whether corrective operations are needed
• Whether dimensions have been restored appropriately

Measurement gives technicians objective information to use during the repair.

Can a Vehicle Look Straight but Still Need Structural Repair?

Yes.

Small dimensional changes may not be obvious when simply looking at the vehicle.

Exterior panels can also hide structural components.

At the same time, a vehicle that looks severely damaged does not automatically have major structural deformation.

The appearance of exterior damage alone is not a reliable measurement method.

Technicians need to inspect, research, and measure where appropriate.

What Are Warning Signs of Possible Structural Damage?

Possible post-collision signs can include:

• Uneven panel gaps
• Hood sitting differently
• Door difficult to close
• Trunk or liftgate alignment changes
• Vehicle pulling to one side
• Steering wheel no longer centered
• Wheel appearing displaced
• New wind noise
• Water leaks
• Unusual tire wear
• Visible buckling

These symptoms do not prove structural damage.

They indicate that further inspection may be appropriate.

Why Do Panel Gaps Matter After an Accident?

The gaps between the:

• Hood and fenders
• Doors and surrounding panels
• Trunk and quarter panels
• Liftgate and body

can provide clues about how components are positioned.

If a gap suddenly changes after an accident, technicians need to determine why.

Possible causes can include:

• Damaged exterior panel
• Bent hinge
• Moved mounting point
• Structural deformation

Simply adjusting a panel until the gap looks normal may not address the actual cause.

Why Might a Door Stop Closing Properly?

Doors depend on the correct relationship between:

• Hinges
• Latches
• Pillars
• Rockers
• Door opening

A collision can potentially alter one or more of these relationships.

Symptoms might include:

• Door rubbing
• Door sagging
• Additional force required to latch
• Uneven gap
• New wind noise

The repair should identify which component caused the change.

Why Are Rocker Structures Important?

The rocker area runs underneath the doors along the lower side of the vehicle.

Depending on the vehicle design, the rocker can contribute to:

• Body structure
• Door opening
• Side-impact construction

It may also contain several layers.

The visible outer rocker is therefore not necessarily the entire component.

After a side impact, technicians may need to determine whether damage extends into underlying reinforcement.

Why Do Vehicle Pillars Matter?

Pillars help form the passenger compartment.

Depending on their location, they connect areas such as:

• Roof
• Rocker
• Floor
• Door openings

They may also interact with:

• Seat belt mounting
• Side-impact systems
• Other vehicle components

Manufacturers can place specific repair restrictions on pillar components.

Technicians therefore need OEM repair information before deciding whether a damaged pillar can be:

• Straightened
• Sectioned
• Partially replaced
• Completely replaced

Why Are OEM Repair Procedures Important?

There is no universal structural repair procedure that applies to every vehicle.

I-CAR’s OEM resources demonstrate how manufacturers provide vehicle-specific information covering areas such as:

• Material identification
• Repairability
• Sectioning
• Welding
• Riveting
• Adhesive use
• Corrosion protection
• Diagnostic scanning
• Calibration

A repair technique that is permitted on one model may not be permitted on another.

Technicians need to research the correct information for the vehicle being repaired.

Can Every Bent Structural Part Be Straightened?

No.

Modern vehicle materials make this an especially important question.

Whether straightening is permitted depends on:

• Material
• Component
• Damage severity
• Damage location
• Manufacturer instructions

A manufacturer may allow a particular component to be straightened under certain conditions.

Another component may require replacement.

The decision should be based on repair information rather than convenience.

Why Do Modern Vehicle Materials Change Structural Repair?

Vehicles can use several types of metal within the same body structure.

Examples include:

• Mild steel
• High-strength steel
• Advanced high-strength steel
• Ultra-high-strength steel
• Aluminum

These materials do not all behave the same way when:

• Bent
• Heated
• Welded
• Repaired

Material identification is therefore a fundamental part of modern collision repair.

What Is High-Strength Steel?

High-strength steels allow vehicle manufacturers to create components with different strength characteristics depending on where they are used.

The repairability of these components varies.

A technician needs to know:

• What material is present
• Whether straightening is allowed
• Whether heat is permitted
• What joining method is required

before beginning the repair.

Why Is Ultra-High-Strength Steel Different?

Ultra-high-strength steel is used in various structural applications where manufacturers require particular strength characteristics.

Depending on the component and manufacturer, conventional straightening or heating may be restricted.

In some cases, replacement is required once the component is damaged beyond allowable limits.

This is why structural repair cannot simply rely on the techniques that worked on older vehicle designs.

Can Heat Be Used to Straighten Structural Components?

Sometimes, but never as a universal rule.

Heat can alter the properties of certain steels.

Depending on the manufacturer and component, heat may be:

• Permitted within specified limits
• Restricted
• Prohibited

Technicians should identify the material and consult the applicable OEM repair information before using heat.

How Is Aluminum Structural Repair Different?

Aluminum has different characteristics from steel.

Its repair can involve different:

• Tools
• Joining techniques
• Straightening considerations
• Contamination-control procedures

A repair facility needs to follow the procedures appropriate for the vehicle and material.

Bale Collision Center’s auto body repair process addresses collision-related body damage based on the vehicle’s repair requirements.

What Is Sectioning?

Sectioning is the replacement of a specified portion of a component rather than replacing the entire component.

When a manufacturer provides an approved sectioning procedure, the instructions may specify:

• Cut location
• Joint type
• Attachment method
• Welding requirements
• Adhesive requirements
• Corrosion protection

Sectioning should not be performed at an arbitrary location simply because it makes the repair easier.

Why Does the Cut Location Matter?

Structural components can contain:

• Reinforcements
• Different material grades
• Varying thickness
• Engineered load paths

Cutting in an unapproved location could interfere with how the manufacturer designed the component.

If sectioning is permitted, following the specified procedure is important.

Why Do Welding Methods Matter?

Not all collision repair welds are the same.

Depending on the vehicle, structural repair can involve:

• Resistance spot welding
• MIG/MAG welding
• MIG brazing
• Other manufacturer-specified procedures

OEM instructions may specify:

• Weld type
• Weld number
• Weld location
• Preparation
• Equipment requirements

The goal is to reproduce the specified repair process rather than simply attaching the replacement component.

Why Are Rivets and Structural Adhesives Used?

Some modern vehicle structures use:

• Rivets
• Structural adhesives
• Welds
• Combinations of these joining methods

Repair procedures may specify exact:

• Rivet type
• Adhesive
• Surface preparation
• Application method
• Curing requirements

These joining methods are part of the engineered repair process.

They should not be substituted casually.

Why Does Corrosion Protection Matter After Structural Repair?

Factory vehicles contain corrosion-protection materials.

During structural repairs, operations such as:

• Cutting
• Grinding
• Welding
• Sanding
• Removing panels

can disturb those protective coatings.

I-CAR emphasizes that corrosion protection disturbed during collision repair needs to be restored as part of the repair process.

Depending on the vehicle and repair, this may involve:

• Primer
• Seam sealer
• Cavity wax
• Undercoating
• Other OEM-specified protection

What Is Cavity Wax?

Cavity wax is a corrosion-protection material used inside enclosed or difficult-to-access areas.

Potential areas include:

• Rockers
• Pillars
• Rails
• Other enclosed structures

After welding or replacing structural components, factory protection inside these cavities may have been disturbed.

Applying appropriate corrosion protection helps address areas that cannot easily be seen once the vehicle is reassembled.

Why Is Seam Sealer Important?

Vehicle manufacturers use seam sealers in various locations to help protect joints and seams.

Collision repairs can disturb those materials.

Depending on the repair procedure, technicians may need to restore seam sealer in appropriate locations.

This is another example of why structural repair involves more than straightening and welding metal.

Can Structural Damage Affect Wheel Alignment?

Yes.

A collision can potentially affect:

• Wheels
• Steering components
• Suspension
• Suspension mounting locations
• Structural reference points

Drivers may notice:

• Pulling
• Steering wheel off-center
• Different handling
• Uneven tire wear

However, wheel alignment should not be used to hide unresolved collision damage.

Technicians first need to determine why the alignment changed.

Can Structural Damage Affect ADAS?

Potentially.

Modern Advanced Driver Assistance Systems rely on sensors and cameras that need to operate in their intended positions.

NHTSA identifies technologies including:

• Automatic emergency braking
• Forward collision warning
• Lane departure warning
• Blind-spot warning
• Adaptive cruise control

Collision damage affecting vehicle geometry or sensor mounting areas can influence the repair sequence.

Bale Collision Center provides ADAS services when calibration is required as part of the repair.

Why Should Structural Repairs Be Completed Before Calibration?

Imagine trying to calibrate a sensor mounted to an area that remains out of position.

The physical condition needs to be addressed first.

Depending on the vehicle and repairs, the process may involve:

1. Structural repairs
2. Mechanical repairs
3. Wheel alignment
4. Reassembly
5. Diagnostic procedures
6. ADAS calibration
7. Final verification

The exact sequence varies.

OEM procedures determine what the particular vehicle requires.

Does Every Structural Repair Require ADAS Calibration?

No.

Whether calibration is necessary depends on:

• Vehicle
• ADAS equipment
• Components damaged
• Components removed or replaced
• Repairs performed
• OEM requirements

Technicians should research the specific vehicle rather than automatically calibrating every car or automatically assuming calibration is unnecessary.

Why Are Diagnostic Scans Different From Structural Measurements?

They answer different questions.

Structural measurement helps determine the physical position of vehicle reference points.

Diagnostic scanning communicates with electronic control modules and can identify stored diagnostic trouble codes.

A scan cannot tell technicians whether a structural rail is physically out of position.

Structural measurement cannot identify every electronic fault.

Depending on the collision, both may be relevant.

Can Structural Damage Affect Airbag Systems?

A collision can involve components associated with:

• Airbags
• Impact sensors
• Seat belt pretensioners
• Wiring
• Restraint system components

Requirements vary significantly by manufacturer.

Technicians should use OEM procedures to determine which restraint-system components require:

• Inspection
• Testing
• Replacement

after the accident.

Can Structural Damage Affect the Windshield?

Potentially.

The windshield fits into an opening formed by the vehicle body.

Collision damage affecting areas such as:

• A-pillars
• Roof
• Cowl
• Surrounding structure

can alter that opening.

If structural damage is present, the underlying condition needs to be addressed as part of the repair.

Bale Collision Center provides glass replacement when accident damage requires glass service.

Why Can Windshield Work Also Involve ADAS?

Many newer vehicles position a forward-facing camera near the windshield.

That camera may support:

• Lane departure warning
• Lane keeping assistance
• Forward collision warning
• Automatic emergency braking

Depending on the manufacturer, windshield or camera-related work can trigger calibration requirements.

This is another example of how body, glass, structural, and electronic repair procedures increasingly overlap.

Can Structural Damage Cause Wind Noise?

It can.

New wind noise after a collision can sometimes result from:

• Door fit changes
• Weatherstrip damage
• Panel misalignment
• Changes to a body opening

Wind noise does not automatically mean serious structural damage.

But if it begins immediately after an accident, tell the repair facility.

It can provide another clue during damage analysis.

Can Structural Damage Cause Water Leaks?

Potentially.

Water intrusion after an accident may involve:

• Damaged seams
• Distorted openings
• Weatherstripping
• Windshield fit
• Door fit
• Trunk or liftgate alignment

The goal should be to identify and correct the source of the problem rather than simply covering the visible leak.

Why Is Repair Planning Important?

A thorough repair plan helps identify what the accident actually affected before major repairs begin.

I-CAR’s repair-planning guidance emphasizes systematic damage discovery and research.

Depending on the collision, repair planning may involve:

1. Understanding the accident.
2. Identifying direct damage.
3. Looking for indirect damage.
4. Disassembling affected areas.
5. Measuring when appropriate.
6. Identifying vehicle materials.
7. Researching OEM procedures.
8. Determining repair-versus-replace decisions.
9. Identifying diagnostic requirements.
10. Determining calibration requirements.

This process can produce a more complete repair plan.

Why Might the Initial Estimate Change?

An initial estimate is typically based on damage that can be identified before significant disassembly.

Suppose a vehicle arrives with:

• Crushed bumper
• Damaged fender

Once those parts are removed, technicians may discover:

• Damaged reinforcement
• Distorted mounting point
• Structural deformation

Those newly identified operations may be documented through a supplement.

A supplement does not automatically mean the original estimate was poorly written.

Some collision damage simply cannot be confirmed while other components remain installed.

Can Structural Damage Be Repaired Without Replacing Exterior Panels?

Sometimes.

The correct repair depends on the specific combination of damage.

For example, a structural component may require repair while an exterior panel remains reusable.

In another accident, both the exterior panel and underlying structure may need replacement.

Technicians should evaluate each component individually rather than assuming all damaged parts require the same repair approach.

Can a Car With Structural Damage Still Drive Normally?

Yes.

A vehicle may still:

• Start
• Steer
• Accelerate
• Brake

even though collision damage exists.

Normal drivability alone does not prove that every structural component remains within specification.

Some damage may affect:

• Panel fit
• Corrosion protection
• Sensor positioning
• Component mounting

without immediately producing a dramatic driving symptom.

Is It Safe to Keep Driving After an Accident?

That depends on the damage.

Avoid continuing to drive if you notice problems such as:

• Significant fluid leaks
• Overheating
• Damaged wheel
• Damaged tire
• Major steering changes
• Loose body components
• Hood that will not latch
• Smoke
• Serious warning messages

When there is uncertainty about the vehicle’s condition, professional inspection or towing may be appropriate.

Does Structural Damage Automatically Mean the Vehicle Is Totaled?

No.

A vehicle can have structural damage and still be repairable.

Whether an insurer determines that a vehicle is a total loss can depend on:

• Repair cost
• Damage extent
• Vehicle value
• Applicable insurance considerations

The presence of structural damage alone does not answer the total-loss question.

The important repair question is whether the vehicle can be repaired using the applicable procedures and requirements.

How Long Does Structural Repair Take?

There is no universal timeline.

Repair duration can depend on:

• Extent of damage
• Vehicle construction
• Parts availability
• Structural measurement
• Repair-versus-replace decisions
• Welding or joining operations
• Adhesive curing requirements
• Refinishing
• Alignment
• Diagnostic procedures
• ADAS calibration

A repair involving a small localized structural operation can have a very different timeline from one involving multiple structural components.

Why Shouldn’t Structural Repairs Be Rushed?

Structural repairs can involve operations where accuracy matters more than speed.

Technicians may need time for:

• Damage analysis
• Measurement
• OEM research
• Parts removal
• Structural correction
• Welding
• Adhesive curing
• Corrosion protection
• Refinishing
• Calibration
• Verification

Skipping or compressing required steps simply to shorten cycle time can conflict with the repair procedure.

What Should You Ask About Structural Repairs?

Drivers do not need to become collision repair technicians, but asking a few questions can help you understand the repair.

Consider asking:

• Did you find structural damage?
• Which structural components were affected?
• Was measurement necessary?
• What materials are involved?
• Does the manufacturer allow repair or require replacement?
• Are OEM procedures being followed?
• How will corrosion protection be restored?
• Does the vehicle require an alignment?
• Are diagnostic scans required?
• Does the vehicle require ADAS calibration?

A repair facility should be able to explain the major steps involved.

What Happens After Structural Repairs Are Completed?

Depending on the repair, technicians may need to complete:

• Reassembly
• Panel fit checks
• Wheel alignment
• Diagnostic scanning
• ADAS calibration
• Lighting checks
• Road testing
• Final inspection

The appropriate procedures depend on the vehicle and repair.

Exterior appearance is only one part of evaluating the completed work.

What Should Drivers Check After Getting Their Vehicle Back?

Pay attention to how the vehicle looks, sounds, and drives.

Look for:

• Consistent panel gaps
• Normal door operation
• Proper hood and trunk operation
• Normal steering
• No unexpected warning lights
• No new wind noise
• No new water leaks
• No unusual sounds

If something seems different after the repair, contact the repair facility and explain the symptom.

Frequently Asked Questions

What is structural damage after an accident?

Structural damage affects parts of the vehicle’s underlying body construction, such as rails, pillars, rockers, floors, crossmembers, or other manufacturer-designated structural components.

Can structural damage be hidden?

Yes. Exterior body panels can conceal structural components, and collision forces can create indirect damage away from the visible impact area.

Can a minor accident cause structural damage?

Yes, depending on the impact location, direction, vehicle design, and components involved. A minor-looking exterior dent does not by itself determine whether structural damage occurred.

Can all structural damage be straightened?

No. Some components can be straightened under manufacturer-approved conditions, while others may require replacement because of their material, damage, or OEM repair restrictions.

Why are OEM procedures important for structural repair?

OEM procedures can specify material restrictions, repair-versus-replace decisions, sectioning locations, joining methods, corrosion protection, scanning, and calibration requirements.

Can structural damage affect wheel alignment?

Yes. A collision can affect suspension components, mounting locations, wheels, steering, or structural reference points. The underlying cause should be identified before alignment is finalized.

Can structural repairs affect ADAS calibration?

Yes. Repairs affecting vehicle geometry, sensor mounting areas, suspension, or related components can influence calibration requirements. Whether calibration is needed depends on the vehicle and OEM procedures.

Where can I get structural collision repair in Chenal?

Bale Collision Center provides collision and auto body repair at 13101 Chenal Pkwy, Little Rock, AR 72211, United States.

Get Structural Collision Damage Properly Evaluated in Chenal

After an accident, restoring the exterior is important, but appearance alone does not tell you whether the repair is complete.

Structural collision damage can involve components underneath the visible body panels, and collision forces can create indirect damage away from the obvious impact point. Modern vehicles make this evaluation increasingly important because manufacturers use different materials, structural designs, joining methods, electronics, and ADAS technologies.

The correct structural repair may require:

• Damage analysis
• Vehicle measurement
• OEM procedure research
• Straightening when permitted
• Structural component replacement when required
• Manufacturer-specified joining methods
• Corrosion-protection restoration
• Alignment
• Diagnostic procedures
• ADAS calibration when required
• Final verification

The objective is not simply to make a damaged vehicle appear straight again. The affected components should be repaired according to the applicable manufacturer procedures and specifications.

If your vehicle has been involved in an accident, visit Bale Collision Center at 13101 Chenal Pkwy, Little Rock, AR 72211, United States.

Bale Collision Center provides professional collision repair, auto body repair, and related repair services for damaged vehicles. If the accident also involves dents, damaged glass, paint, or vehicle technology, drivers can learn more about Bale Collision Center’s paintless dent repair, glass replacement, auto paint, and ADAS services.

Visit the Bale Collision Center Chenal location or contact Bale Collision Center to have collision damage professionally evaluated.