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Damage we repair

What is soot & smoke damage?

Fire damage doesn't require the vehicle to burn. A structure fire nearby, a wildfire, or an engine fire that got put out quickly can all leave a vehicle chemically contaminated — and it gets worse every week it sits.

Soot is not just dirt. It's a mix of fine carbon particulate and the chemical residue of everything the fire consumed — and when modern building materials, plastics, foams and synthetics burn, that residue is acidic and corrosive. Those particles are small enough to settle into every surface of a vehicle, then they bond to it. Add humidity or heat and the acids activate, which is why smoke damage that looked like a wash-it-off problem on day one can be a permanent etching problem by the end of the month.

How soot and smoke damage affects a vehicle

Smoke damage attacks a vehicle on three fronts at once: the finish, the interior, and everything mechanical or electrical the air moved through.

Etched clear coatAcidic soot bonds to and eats into the clear coat, leaving hazing, discoloration and permanent etch marks that polish will not remove.
Contaminated interiorParticulate settles into headliners, carpet, seat foam and belts, where it holds odor that returns every time the cabin heats up.
HVAC & ductworkSoot pulled through the cabin filter coats the evaporator and duct interiors, so the smell comes back through the vents for years.
Corroded brightworkChrome, polished aluminum, badges and wheels pit and cloud where acidic residue sat on them.
Electrical corrosionResidue in connectors, grounds and relay boxes causes resistance and intermittent faults that surface months later.
Baked-on ash & heatRadiant heat from a nearby fire can bake ash into glass and paint, distort trim and lenses, and warp panels outright.
Time matters more here than any other damage

Hail damage doesn't get worse sitting in a driveway. Soot damage does. The residue is actively working on the finish, and every warm humid day accelerates it. A vehicle brought in soon after a fire is often a decontamination and correction job; the same vehicle six months later is a refinish job.

Why you can't just wash it off

This is the single most common — and most expensive — mistake we see after a fire.

  • Soot is abrasive. Wiping or pressure-washing dry soot drags hard carbon particles across the clear coat and installs a field of scratches that then needs machine correction.
  • Household cleaners spread it. Ordinary car soap doesn't neutralize acidic residue; it smears it into panel gaps, trim edges, seams and under emblems, where it keeps working out of sight.
  • Odor isn't on the surface. The smell lives in foam, fabric, the headliner and the HVAC system. Shampooing seats and hanging an air freshener masks it for a week or two, then it comes back.
  • Deodorizing before decontaminating fails. Ozone or hydroxyl treatment on a vehicle that still has soot in it doesn't hold. The contamination has to come out first.

How we restore it

Smoke restoration is a sequence, and the order matters. Skipping steps is what produces vehicles that smell fine in the shop and smell like a fire again in July.

  • Assessment of contamination level, heat exposure and which components are salvageable versus which have to be replaced.
  • Exterior decontamination with the right chemistry to neutralize acidic residue rather than grind it in — followed by decontamination of trim, glass, jambs, seams and the engine bay.
  • Paint correction or refinishing depending on how far the etching went. Where the clear coat is compromised, we refinish and color-match rather than polish a finish that's already failing.
  • Interior extraction — carpet, upholstery, headliner and belts, with removal and replacement where the foam is saturated.
  • HVAC and duct treatment plus cabin filter replacement, because that's where returning odor almost always comes from.
  • Deodorizing only after decontamination, so the treatment is finishing the job rather than covering for it.
Insurance

Fire and smoke damage is a comprehensive claim, and it's one where documentation matters most — the damage is chemical and much of it isn't obvious in a photo. We document contamination levels and affected systems specifically so the claim reflects the actual restoration rather than a car wash.

What we work on

We repair this damage on

Cars
Trucks
SUVs
Boats
Semis
UTVs
Motorcycles
Tractors
Farm Equipment
RVs
Travel Trailers
Enclosed Trailers

Our work

Smoke & Soot before & after

Photos from real jobs. Swap these placeholders for your own shots of this kind of work.

Before
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After
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[ Job description — e.g. 2021 Silverado, hail damage: roof, hood and both doors ]
Before
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After
After photoReplace this block with an <img> tag
[ Job description — e.g. 2021 Silverado, hail damage: roof, hood and both doors ]

Common questions

Smoke & Soot FAQ

My car didn't burn — it was just parked near a house fire. Is it damaged?

Very likely, yes. Acidic soot settles on and bonds to paint, and gets pulled into the cabin and HVAC system. Vehicles that never touched flame are a large share of the smoke restoration work we do.

How soon do I need to bring it in?

As soon as you can. Soot is actively corrosive and the damage compounds with time, heat and humidity. Early intervention is often the difference between decontamination and a full refinish.

Can you get the smoke smell out for good?

In most cases, yes — but only by decontaminating first and treating the HVAC system, not by deodorizing a still-contaminated vehicle. Where foam or a headliner is saturated beyond treatment, we tell you it needs replacing instead of promising a spray will fix it.

Should I wash it myself before bringing it in?

Please don't. Dry soot is abrasive, and wiping it scratches the clear coat and pushes residue into seams and gaps. Leave it as-is and let us decontaminate it properly.

Do you handle wildfire ash and smoke, not just structure fires?

Yes. Wildfire ash carries the same problems — abrasive particulate, alkaline and acidic residue, and interior and HVAC contamination.

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