Every Vehicle That Comes Through The Bays

Front-engine flat-front coaches on Ford F-53 rails, where cap cracking, sidewall delamination and windshield leaks dominate the repair list.

Rear-engine air ride coaches with full painted bodies, where refinish quality, bay door alignment and structural squareness set the repair standard.

Factory camper vans on Sprinter, Transit and ProMaster bodies where roof cap seams, poptops and tight-quarter interiors drive the work.

Cutaway chassis coaches with a retained truck cab and a cabover bunk, where the cab-to-house joint is the defining repair problem.

Medium duty truck chassis coaches with commercial cabs and heavy house structures, repaired to commercial standards rather than recreational ones.

Converted coaches and school buses where monocoque body structure, window delete plating and roof raises define the repair approach.

Pre-1990 coaches where original parts no longer exist, so panels, trim and structure are fabricated rather than ordered.

Conventional ball-hitch towables where laminated sidewall delamination, roof seam leaks and frame flex account for most of the work.

Bed-mounted and flatbed campers where jack mount structure, cabover overhang stress and tie-down loading drive the failure pattern.

Collapsible trailers where lift cable systems, canvas bunk ends and roof panel delamination account for nearly all repair volume.

Compact hard shell towables where hatch seals, curved skin repair and small frame geometry require precision rather than volume work.

Expedition-grade campers where suspension mounting, articulating couplers and sealed composite panels take loads no highway trailer sees.

Hard-sided trailers with fold-out tent bunks, where hinge structure, bunk seals and fabric tension create failures neither pure type has.

Mainstream gooseneck RVs where front cap cracking, upper deck flex and slide room alignment make up the bulk of repair volume.

Fifth wheels with a rear cargo garage where ramp door hinges, garage floor loading and rear frame reinforcement drive the repair list.

Family-configured fifth wheels where bunk framing, a second bath and concentrated interior wear define what actually needs repair.

Full-time and residential grade fifth wheels where finish standards, heavy slide rooms and painted bodies raise the repair bar substantially.

Semi-permanent sited units built to residential standards, where roof, siding and deck attachment problems replace travel-related damage.

Bumper-pull haulers with a rear garage, where ramp door structure, garage floor loading and rear frame integrity dominate repairs.

Skinned box trailers where wall post integrity, roof seam sealing and ramp hardware determine whether the payload stays dry and secure.

Open deck haulers where frame welds, deck boards, ramp hardware and axle condition are the entire maintenance and repair story.

Purpose-built unpaved-use trailers where articulating couplers, suspension mounting and underbody protection take the real punishment.

Residential structures on a towable chassis, where the connection between house framing and trailer frame is the critical repair area.

Mercedes and Freightliner high roof platforms where panel geometry, sensor recalibration and conversion interference define the repair.

Owner and shop built van conversions where every body repair is also an interior teardown and a systems reconnection.

Working commercial vans where door hardware, cargo floor structure, shelving attachment and fleet graphics drive the repair list.

Tall vans and cutaway cube bodies where overhead clearance strikes, roof structure and cube body seams create most of the damage.

Long or short-height vans where rear overhang damage, panel length and constrained interior height shape the repair approach.

Reinforced and module-based vans where added weight, hidden structure and specialized hardware change every repair assumption.

Chassis cab trucks with a separate cargo body, where corner posts, roof bows, roll up doors and lift gate mounting take the damage.

Heavy duty tractors where fiberglass hoods, aerodynamic fairings, sleeper structures and frame geometry define collision repair.

Open deck trucks where deck structure, headboard integrity, stake pocket damage and subframe mounting carry the repair load.

Insulated body trucks where panel damage always means insulation, liner and vapor barrier repair rather than skin repair alone.

Walk-in step vans and route trucks where door cycle counts, low speed contact damage and floor wear drive constant repair demand.

Hydraulic tipping bodies where hoist mounting, body floor wear, hinge geometry and cab protection carry all the structural risk.

Regulated passenger buses where rub rail structure, seat anchorage, warning systems and specified paint all have to be restored exactly.

Heavy duty urban buses where monocoque structure, door and ramp systems and full livery refinish define the repair scope.

Cutaway chassis passenger buses where the body-to-cab joint, lift structure and wheelchair securement anchorage drive the repair work.

Fire apparatus where compartment structure, roll up shutters, specified paint and reflective marking must be restored exactly as built.

Emergency medical units where patient compartment sealing, cot anchorage and cleanable interior surfaces govern how a repair is done.

Patrol and command units where upfit equipment, lighting mounts and agency livery have to be restored alongside the collision repair.

Compacting refuse bodies where hopper wear, tailgate sealing, lifter arm mounting and corrosive loads dictate the repair approach.

Public works units where hoppers, utility bodies, boom mounting and compartment structure take the wear rather than the cab.

Recovery equipment where deck rails, underlift mounting, boom subframes and cab protection carry the structural load and the damage.

Rolling commercial kitchens where serving openings, hood mounting, coved flooring and propane compartments drive nearly every repair.

Clinical vehicles where cleanable surfaces, lift structure, equipment anchoring and clean power distribution govern every body repair.

Rolling offices and trade shops where bench loads, equipment mounting, slide rooms and cable penetrations create the recurring repair work.

Rolling shop floors and brand activations where gullwing openings, display fixtures, feature lighting and printed graphics carry the repair burden.

Wet room conversions where drainage, tank mounting, ventilation and chemical exposure produce failures no dry vehicle ever sees.

Battery electric platforms where pack isolation, aluminum and mixed material repair, and sensor recalibration govern the whole job.