# Van Repair Orange County Fleets and Owners Depend On > Van repair covers four genuinely different vehicles on this site: the chassis platform itself, factory built camper coaches, upfitter conversions, and working delivery vans. Costs run from about $1,500 for a panel and door repair to past $80,000 for a conversion rebuild. The one thing they share is unibody structure that has to be measured, not guessed. | | | | --- | --- | | Business | OCRV Center | | Service area | Westminster, Orange County, Southern California | | Facility | 23281 La Palma Ave, Yorba Linda, CA 92887 | | Phone | (949) 799-3387 | | Email | info@ocrvcenter.com | | Typical range | $1,500 to $80,000+ | | Source | https://ocrv.online/vehicles/vans/ | Van repair Orange County wide has a trap in it that most owners never hear about until the vehicle comes back tracking crooked: on a unibody van, a panel is often structure. Westminster fleet operators and camper owners both run into it. A rocker, a B pillar or a floor section is carrying load, and treating it like a bolt on cover produces a van that never drives right again. This page sorts vans into the four categories we work on. ## Unibody Construction Means a Panel Can Be Structure Most modern vans are unibody or semi unibody. There is no separate frame under the body doing the structural work. Instead the floor, the rockers, the pillars and the roof rails form a box that carries every load, and the visible panel you are looking at is frequently part of that box rather than a cover over it. The consequence is that a repair procedure matters. High strength steels in these structures have specific rules about where you can section, where you can heat, and what has to be replaced rather than pulled. Ignore them and you get a van that measures fine on the surface and behaves badly under load: doors that shift, a sliding door that binds, tire wear on one side. We measure before and after on any hit that reaches structure. That is not an upsell, it is the only way to know whether the box is still square, and on a van it is the difference between a repair and a cosmetic cover up. - Measure the body before quoting anything structural - Follow published sectioning rules for high strength steel - Check door and sliding door gaps as a structural indicator - Verify suspension mounting points after any hard hit - Re measure after repair rather than trusting the fit ## Sorting a Van Into the Right Category Four kinds of van come through our doors and they repair very differently, so the first thing we do is establish which one you have. A bare chassis platform in commercial service. A factory built camper coach from an OEM. An upfitter or owner conversion. Or a delivery unit, increasingly a battery electric one. The distinction is not academic. On a factory coach we can look up where the wiring runs. On a conversion nobody documented the build, so the survey is a real line item. On an electric delivery van the high voltage pack under the floor changes what we can cut, weld and lift before anything else happens. Getting it wrong costs money in both directions. Quoting a conversion like a cargo van produces a supplement nobody wants. Quoting a cargo van like a conversion loses the job to a shop that understood it was simple. - Chassis platform in commercial or camper service - Factory built coach from an OEM with a build plate - Upfitter or owner conversion with no build documentation - Battery electric delivery unit with an under floor pack - Any of the above carrying a shelving or equipment package ## Sliding Doors, Tracks and the Cycles They Live The sliding door is the single most worked component on a working van. A delivery unit can cycle it two hundred times a day. Rollers wear, tracks distort, the lower track fills with debris, and the detent that holds the door open stops holding. Owners usually describe it as the door being hard to close, which is the symptom rather than the fault. The important diagnostic point is that a sliding door that suddenly stops fitting after an impact is reporting a structural problem. The track geometry depends on the body being square, so a hit anywhere in the side structure shows up as a door that binds at one end of its travel. Straightforward roller and track service is inexpensive and fast. Realigning a door on a body that has moved is a structural repair with a door adjustment at the end of it, and pricing it as the former is how a shop ends up doing it twice. ## High Roofs, Rear Doors and the Openings They Create Tall van bodies gain their height either from a factory high roof or from an aftermarket cap, and the two behave differently in a repair. A factory high roof is part of the unibody structure with its own reinforcement. An aftermarket cap is a fiberglass shell bonded and fastened to a cut steel roof, which puts a seam at the top of the vehicle that has to stay sealed for the life of the van. Rear barn doors are the other frequent job. They carry their weight on hinges bolted into the rear pillars, and a rear corner impact that tweaks a pillar puts the doors permanently out of alignment. Shimming hinges to make doors close on a distorted opening is a temporary fix that owners feel every time they load. We check the opening before touching the doors, the same rule that applies everywhere else on this site: restore the structure, then hang the panel. ## Matching Fleet Colors Across Mixed Age Vehicles A fleet is rarely all one age, and a repaired panel that matches the paint code will not necessarily match the van next to it. Five years of Southern California sun moves a white further than most operators expect, and commercial whites in particular drift. The way we handle it is to spray out and compare against the actual vehicle in daylight, then set the blend boundary based on what the eye will see rather than what the code says. On a van with vinyl graphics we plan the repair boundary around the graphic layout, because a blend that ends under a decal is invisible and one that ends beside it is not. Graphics reproduction is part of the job for most commercial customers. We photograph and measure the existing layout before disassembly so the reinstalled livery lands where it was, not approximately where it was. - Spray out and compare against the vehicle in daylight - Set blend boundaries by eye, not by paint code - Photograph and measure graphics before disassembly - Plan repair edges to fall under decals where possible - Expect drift between vehicles of different ages in the same fleet ## What Van Work Costs and How We Schedule Fleets Body and paint labor is $210 per hour, mechanical is $260, diagnostic is $285 credited against an authorized repair, and parts carry 100 percent markup at or under $100 and 35 percent over $100, plus 7.75 percent California tax on parts and materials. A worked example on the most common job: a sliding door and rocker panel repair on a working van with no structural involvement, typically 14 to 22 hours of body and paint at $210 for $2,940 to $4,620, plus $600 to $1,800 in panel, hardware and refinish materials. For fleets, the scheduling matters as much as the number. We stage multiple units so an operator is never down more than one vehicle at a time, and we will hold a slot rather than take a van in and let it sit waiting on a part. Any authorized repair above $2,000 carries a 50 percent deposit so parts orders go in on approval day. ## Frequently asked questions ### How much does van repair cost? The working range is $1,500 to past $80,000 across the four categories we handle. A sliding door and rocker repair on a working van with no structural involvement is typically $3,500 to $6,500. A rear corner hit that reaches the pillar and requires measurement and structural repair is $6,000 to $18,000. Camper conversion work with interior involvement runs much higher because the build has to come out and go back. Body and paint labor is $210 per hour, mechanical is $260, and any authorized repair above $2,000 carries a 50 percent deposit so long lead parts can be ordered immediately. ### Why does it matter that a van is unibody? Because there is no separate frame doing the structural work. The floor, rockers, pillars and roof rails form a box, and the panel you are looking at is frequently part of that box rather than a cover over it. Modern vans use high strength steels with published rules about where you can section, where heat is allowed, and what must be replaced rather than pulled. A shop that treats a rocker like a bolt on part hands back a van that measures acceptable at the surface and behaves badly under load: doors that shift, a sliding door that binds, uneven tire wear. We measure before and after on anything structural. ### My sliding door binds since the accident. Is the door bent? Sometimes, but more often the body is. The sliding door track geometry depends on the side structure being square, so a hit anywhere in that structure shows up as a door that binds at one end of its travel even when the door itself is undamaged. Shimming or adjusting the door on a body that has moved is a temporary fix you will feel every day. We measure the opening and the body first. If the structure is true, then it is genuinely a roller, track or detent job, and that work is fast and inexpensive compared to what people fear. ### Can you match my fleet colors? Yes, with the caveat that matching the paint code and matching the vehicle beside it are two different goals. Five years of Southern California sun moves a commercial white further than most operators expect, so we spray out and compare against the actual vehicle in daylight rather than trusting the code. Then we set the blend boundary based on what the eye will see. On vans with vinyl graphics we plan the repair edge to fall under a decal where possible, since a boundary hidden by livery is invisible. We photograph and measure the graphic layout before disassembly so it goes back where it was. ### Do you work on camper vans as well as work vans? Both, and we run separate pages for them because the work is genuinely different. A factory built camper coach from an OEM has documentation we can look up, so we know what is behind a wall before we open it. An upfitter or owner conversion has no such record, so surveying the build is a real part of the estimate. A plain work van is the simplest of the three. The chassis underneath may be identical in all three cases, which is exactly why owners assume the repairs are comparable and are surprised when they are not. ### How do you handle a fleet so we are not down several vehicles? We stage them. Rather than taking five vans in at once and returning them together, we schedule so you are down one unit at a time, with the next vehicle coming in as the previous one leaves. We also will not take a van in and let it sit waiting on a part: if a component is three weeks out, we schedule the intake for when it arrives and keep your van working until then. On repeat fleet work we keep your color formulas, graphic measurements and shelving configurations on file so the second vehicle takes less shop time than the first. ### Is an aftermarket high roof harder to repair than a factory one? Yes, mostly because of the seam. A factory high roof is part of the unibody with its own reinforcement designed in. An aftermarket cap is a fiberglass shell bonded and fastened to a steel roof that was cut open, which puts a joint between two materials with different expansion rates at the highest, most exposed part of the vehicle. That seam is a lifetime maintenance item and it is the first place we look when one of these vans has water inside. Repairing it properly means stripping back to clean substrate, inspecting the steel lip for corrosion, and re bedding the joint. ### Do you repair rear barn doors that will not line up? Yes, and we check the opening before we touch the doors. Barn doors hang on hinges bolted into the rear pillars, so a rear corner impact that tweaks a pillar puts both doors permanently out of alignment no matter how much the hinges are shimmed. Adjusting doors on a distorted opening is a fix you feel every time you load. We measure the rear opening, repair the structure if it has moved, then hang and align the doors and check the seal contact all the way around. Where a hinge has elongated its mounting holes, the pillar gets repaired rather than just re drilled. --- OCRV Center performs all work in shop at 23281 La Palma Ave, Yorba Linda, CA 92887. Serving Westminster and Orange County. Call (949) 799-3387 or email info@ocrvcenter.com. Posted labor rates are published at https://ocrv.online/prices/.