# RV Repair Cost and Timeline Data > This page publishes cost and timeline reference ranges by damage class and by vehicle class, built from our own posted 2026 labor rates and the scope patterns we observe on our own floor. It is not an industry survey and it is not a statistical sample of the market. Read the methodology section before citing any number here. | | | | --- | --- | | 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 | | Source | https://ocrv.online/resources/repair-statistics/ | These rv collision repair statistics are reference ranges, not survey findings, and the distinction matters if you intend to rely on them. Every figure below is derived from two sources: our posted 2026 labor and materials rates, and the scope patterns we observe across roughly 75 vehicles a month. That is a real and consistent dataset for one facility in Orange County. It is not a sample of the national market, and it should never be presented as one. ## Methodology, and What These Numbers Are Not Every number on this page comes from one of two places. Labor and materials figures are our posted 2026 rates, which are fixed and published. Cost and timeline ranges are derived by applying those rates to the scope patterns we observe repeatedly for each described damage class, across a floor that has been taking in recreational vehicles, trailers, camper vans, and commercial trucks since 2015 at roughly 75 units a month. What this is not: it is not an industry survey, it is not a random sample, it is not carrier claims data, and it is not a forecast for any market outside Southern California. It reflects one 35,000 square foot facility and the mix of work that arrives here. Shops with different equipment, different rates, and a different mix of units will produce different numbers, legitimately. The ranges are wide because the underlying variance is wide. Two units with visually identical damage can differ by a factor of three once construction type, finish complexity, parts availability, and teardown findings are accounted for. A range that pretended to be narrow would be more quotable and less true. Where a number is unusually sensitive to a specific variable, the sections below say which variable. If you are citing this page, cite it as posted rate ranges and observed scope from a single Southern California repair facility. That is what it is, and framing it that way is both accurate and more useful to a reader than an implied industry average would be. We would rather be cited accurately for what this is than broadly for what it is not, and a reader who knows the source can weigh it against their own market appropriately. - Source one: posted 2026 labor and materials rates, fixed and published - Source two: scope patterns observed across roughly 75 vehicles per month since 2015 - Scope: one 35,000 square foot facility serving Orange County and Southern California - Not an industry survey, not a random sample, not carrier claims data - Not applicable as a national or regional market average - Ranges are wide because construction, finish, and parts variance is genuinely wide - Every range excludes the owner's deductible and any pre-existing condition repair ## Posted Labor and Materials Rates These are published rates, not estimates. They are the inputs behind every range further down this page, which means anyone can reconstruct our arithmetic rather than taking a total on faith. If a figure below does not reconcile against these rates and a plausible hour count, the discrepancy is worth asking about. Every estimate we write breaks out labor hours by discipline, parts by line, and materials separately, so the arithmetic stays visible rather than implied. Two of these deserve explanation. Diagnostic time is billed because diagnosis is skilled work that consumes a technician and a bay whether or not it results in a repair, and it is credited against an authorized repair, so an owner who proceeds is not paying twice. The systems assessment works the same way. Paint supplies are billed per paint hour because materials consumption scales with spray time rather than with panel count. - Body and paint labor: 210 dollars per hour - Mechanical labor: 260 dollars per hour - Diagnostic labor: 285 dollars per hour, credited against an authorized repair - Detail labor: 95 dollars per hour - Paint supplies: 55 dollars per paint hour - Systems assessment: 150 dollars, credited against an authorized repair - Parts markup: 100 percent at or under 100 dollars, 35 percent above 100 dollars - Sales tax: 7.75 percent on parts and materials, labor is not taxed ## Cost Ranges by Damage Class Damage class is a better predictor of cost than vehicle class, which surprises owners who assume a larger coach automatically means a larger bill. What actually drives cost is whether structure is involved, whether a molded component needs replacement, and how complex the finish is. A cosmetic repair on a 43 foot coach can cost less than a structural repair on a 24 foot trailer. Read these as the total repair cost including labor, parts, materials, and tax, before any deductible. They assume the scope stays within the class described. A job that starts in one class and moves to a higher one after teardown is not an error in the range, it is the reason teardown exists, and it happens on a meaningful share of collision work. The widest ranges are water intrusion and delamination, and that is not imprecision. The final cost depends almost entirely on how long the intrusion progressed before discovery, which varies from a few months to several years across units that look identical from the outside. A leak caught in its first season is a sealant repair with a small substrate patch. The same leak found four years later can involve wall framing, flooring, and cabinetry, which is why the two ends of that range sit so far apart. - Cosmetic, single panel or localized surface: 1,500 to 6,000 dollars - Moderate collision, multiple panels, no structural involvement: 6,000 to 22,000 dollars - Structural collision requiring measurement and controlled pull: 22,000 to 85,000 dollars - Front or rear molded cap replacement with refinishing: 9,000 to 38,000 dollars - Roof replacement including substrate repair: 7,500 to 30,000 dollars - Water intrusion with delamination: 4,000 to 35,000 dollars - Slide room repair, mechanism through seals: 2,500 to 18,000 dollars - Full exterior repaint: 18,000 to 60,000 dollars - Fiberglass crack repair, localized: 900 to 4,500 dollars ## Cost Ranges by Vehicle Class These figures describe typical total repair cost across all damage classes for each vehicle type, which makes them useful for planning and useless for quoting. They are the middle of the distribution rather than the extremes, and any individual job can sit well outside them in either direction. Use them to decide whether to file a claim or to set a budget, and use a written estimate after teardown for anything that actually depends on the number. The strongest driver within each class is finish. A coach with painted graphics costs materially more to repair than an otherwise identical unit with applied decals, because pattern reproduction and alignment are separate skilled operations layered on top of color matching. Across our floor, that difference alone commonly accounts for thousands of dollars on the same structural damage. It is booth hours rather than materials. The second driver is parts availability. Molded caps, slide components, and unit specific trim for older or discontinued models can either be ordered or must be fabricated, and fabrication moves both cost and schedule substantially. This variable affects older units far more than newer ones. On a unit past roughly twelve years, treat parts availability as an open question rather than an assumption, and expect it to appear in both the estimate and the schedule. - Class A diesel coach, 34 to 45 feet: typical repairs 8,000 to 60,000 dollars - Class A gas coach, 28 to 38 feet: typical repairs 5,500 to 40,000 dollars - Class C motorhome: typical repairs 4,500 to 30,000 dollars - Class B and camper van conversion: typical repairs 3,500 to 20,000 dollars - Fifth wheel trailer: typical repairs 4,000 to 32,000 dollars - Travel trailer: typical repairs 2,500 to 22,000 dollars - Commercial box truck and fleet body: typical repairs 3,000 to 18,000 dollars - Toy hauler: typical repairs 4,000 to 28,000 dollars ## Timeline Ranges by Damage Class These are calendar days from drop off to release, not labor hours, because calendar time is what owners actually plan around. The two numbers diverge sharply on coach work. A job with 90 labor hours can occupy ten weeks of calendar time if a molded cap is on order, and there is no amount of shop effort that changes that. Parts lead time is the dominant variable on anything involving a molded component. Caps are large, low volume, frequently built to order, and shipped freight. Four to eight weeks is common and longer is not unusual on older units. When we quote a timeline that seems long, the lead time is usually most of it, and we identify it in the estimate rather than letting it surface later. Cure and sequencing time is the second factor and it is not compressible. Laminate bonding requires controlled pressure for a defined period. Paint requires cure before cut and buff. Structural correction must be verified before finish work begins. Compressing any of these produces a repair that fails, so they occupy calendar time by design. A shop offering to skip any of them is offering a repair that will need to be done again. - Cosmetic, single panel: 3 to 10 business days - Moderate collision, multiple panels: 2 to 5 weeks - Structural collision with measurement and verification: 6 to 16 weeks - Molded cap replacement: 4 to 12 weeks, mostly parts lead time - Roof replacement with substrate repair: 2 to 6 weeks - Water intrusion with delamination: 2 to 8 weeks - Slide room repair: 1 to 4 weeks - Full exterior repaint: 4 to 10 weeks - Add 1 to 3 weeks whenever a supplement requires carrier approval before work continues ## What Moves a Number Inside Its Range Owners often want to know why their quote sits at the top of a published range when their damage looks like the middle. The answer is nearly always one of a short list of variables, and all of them are identifiable before work starts. Knowing which ones apply to your unit turns a range into something closer to a prediction. Finish complexity is first and it dominates. Solid color on a unit that fits a booth is the least expensive case. Metallic requires more blending. Painted graphics require pattern reproduction and alignment across the repair boundary, which is a separate skilled operation. On identical structural damage, the graphics unit routinely lands near the top of the range while the solid color unit lands near the bottom. Construction type is second. Aluminum sided walls can often be repaired in discrete panel sections. Laminated walls cannot, because the repair has to restore a bond across whatever area failed, and that area is defined by the damage rather than by panel boundaries. Age is third, mostly through parts availability, and it is why identical damage on a fifteen year old coach costs more than on a three year old one. - Finish type: solid color is least expensive, metallic higher, painted graphics highest - Construction: laminated walls repair as bonded areas, aluminum siding repairs as panels - Age: parts availability drives both cost and schedule, especially on molded components - Extent of teardown finding: the single largest source of variance and unknowable up front - Systems involvement: repairs opening walls with electrical, propane, or plumbing add testing scope - Slide proximity: damage near a slide opening usually adds alignment and seal work - Prior repairs: previous work of unknown quality often has to be removed before correct repair begins - Carrier approval cycles: waiting on supplement approval adds calendar time and no labor hours ## Parts, Materials, and Tax Handling Parts markup follows a published two tier structure, and it is on the estimate rather than buried in labor. Parts at or under 100 dollars carry 100 percent markup. Parts above 100 dollars carry 35 percent. Small parts on a coach are numerous, individually inexpensive, and consume disproportionate handling and sourcing time, which is what the higher tier on low cost items reflects. Paint supplies are billed at 55 dollars per paint hour rather than as an estimated materials lump. Materials consumption scales with spray time, so tying the charge to paint hours produces a figure that tracks the actual work. On a large coach refinish, paint supplies are a meaningful line and it is reasonable to ask how the paint hours were derived. Tax treatment is straightforward and worth stating because owners frequently expect the total to be taxed. Sales tax at 7.75 percent applies to parts and materials. Labor is not taxed. On a repair that is labor heavy, which describes most structural and laminate work, the taxable portion is a smaller share of the total than owners anticipate. On a parts heavy job it is larger. Either way it appears as its own line rather than folded into a total. - Parts at or under 100 dollars: 100 percent markup - Parts above 100 dollars: 35 percent markup - Paint supplies: 55 dollars per paint hour, tied to spray time rather than estimated - Sales tax: 7.75 percent on parts and materials only - Labor is not subject to sales tax - Diagnostic at 285 dollars per hour is credited against an authorized repair - Systems assessment at 150 dollars is credited against an authorized repair - Card payments above 1,000 dollars carry a 3.5 percent surcharge ## Deposits and Payment Structure Deposit structure is published for the same reason rates are. Coach repairs commit specific parts to a specific vehicle, frequently non returnable and often on long lead times, and a deposit structure that tracks that commitment is more honest than one number applied to every job. A small cosmetic repair and a structural rebuild with a molded cap on order carry very different exposure, and the structure below reflects that instead of averaging across both. Repairs above 2,000 dollars carry a 50 percent deposit. Repairs above 10,000 dollars carry an additional 25 percent at parts arrival, which is the point where the largest financial commitment is actually made and the ordered components can no longer be returned. The balance is due at completion, after the final inspection and before release. Nothing is billed at a milestone that has not been reached. On insurance work the mechanics differ, because a carrier is paying some or all of the repair and payment timing follows their approval and disbursement schedule rather than ours. The deductible remains the owner's responsibility. We set out the exact structure for a specific job in writing before any work is authorized, so nobody is surprised by a payment milestone mid repair. - Repairs above 2,000 dollars: 50 percent deposit at authorization - Repairs above 10,000 dollars: additional 25 percent due at parts arrival - Balance due at completion, after final inspection and before release - Card payments above 1,000 dollars carry a 3.5 percent surcharge - Diagnostic and systems assessment charges are credited against an authorized repair - Insurance work follows carrier approval and disbursement timing, with the deductible owed by the owner - The exact payment structure for any job is set out in writing before authorization ## Frequently asked questions ### Can I cite these numbers as industry statistics? No, and citing them that way would be inaccurate. These are posted rate ranges and observed scope patterns from one repair facility in Orange County, derived from our own published 2026 rates applied to the work that comes through our own doors at roughly 75 vehicles a month. That is a real, consistent, and reasonably large dataset for a single facility, and it is genuinely useful as a reference point. It is not a survey, not a random sample, and not representative of the national market. Shops in other regions, with different equipment, different rate structures, and a different mix of vehicles, will produce different figures for legitimate reasons. If you cite this page, describe it accurately: posted rate ranges and observed scope from a single Southern California facility. That framing is both correct and more useful to a reader than an implied industry average. ### Why are the cost ranges so wide? Because the underlying variance is genuinely that wide, and narrowing the ranges would make them more quotable and less true. Take two Class A coaches with visually identical rear corner damage. One has aluminum siding, solid color paint, and available parts. The other has laminated walls, painted graphics, and a discontinued rear cap. The second repair can cost three times the first with no difference in what the damage looked like on arrival. Add the largest variable of all, which is what teardown finds, and the spread widens further. On a meaningful share of collision jobs, disassembly moves the work into a higher damage class entirely. A range that appeared precise would be implying a level of predictability that does not exist in this work, and owners who plan around a falsely narrow number end up worse off than owners who plan around an honest wide one. ### Why is diagnostic time billed at all? Because diagnosis is skilled labor that consumes a technician, a bay, and equipment for a defined period whether or not it results in a repair. On a coach it frequently involves moisture mapping in a grid, structural measurement, systems testing, and controlled partial disassembly, which is real work producing real information. Shops that advertise a no charge assessment recover that cost somewhere, usually inside the repair itself, which means the customers who proceed are paying for the ones who do not. We prefer to charge for it and credit it. Diagnostic time is 285 dollars per hour and the systems assessment is 150 dollars, and both are credited against an authorized repair, so an owner who goes ahead with the work does not pay twice. An owner who takes the findings elsewhere has paid for genuine professional analysis they can use. ### Why does parts markup differ above and below 100 dollars? Because the cost of handling a part is largely independent of what the part costs. Sourcing, ordering, receiving, verifying, staging, and tracking a 15 dollar trim clip consumes nearly the same administrative time as doing all of that for a 1,500 dollar component, and coach repairs involve a great many small unit specific parts. A flat percentage across all price points would mean small parts are handled at a loss and large parts subsidize them, which distorts pricing on exactly the jobs where owners are most cost sensitive. The two tier structure of 100 percent at or under 100 dollars and 35 percent above 100 dollars reflects handling reality more accurately. It is published rather than embedded in labor, and every part appears on the estimate as a line item, so anyone can see what was ordered and what it cost. ### How much of the timeline is actual work versus waiting? On jobs involving molded components, waiting usually dominates and it is not close. A cap replacement might carry 60 to 120 labor hours, which is a few weeks of bench time, while the cap itself runs four to eight weeks on order and sometimes longer for older or discontinued units. That parts lead time sets the floor for the entire schedule regardless of how the shop is staffed. Cure and sequencing time is the other non compressible component: laminate bonding needs controlled pressure for a defined period, paint needs to cure before it can be cut and buffed, and structural correction has to be verified before any finish work begins. Add carrier approval cycles on supplements, which typically add one to three weeks of pure waiting. Straightforward panel and paint work, by contrast, is mostly bench time and moves quickly. ### Do these ranges include the insurance deductible? No. Every figure on this page is total repair cost, meaning labor, parts, materials, and applicable tax, before any deductible is applied and independent of who pays. On a claim, the carrier pays the approved amount minus your deductible, and the deductible is owed by you regardless of the repair total. So a 24,000 dollar repair with a 2,500 dollar deductible means the carrier's share is 21,500 dollars and yours is 2,500 dollars, assuming the full scope is approved. It is also worth checking whether your policy applies separate deductibles to the chassis and the coach portions, because some do, and owners are frequently unaware of it until a claim. That detail is on your declarations page and is worth confirming now rather than during a loss. ### Why does painted graphics repair cost so much more than solid color? Because you are matching two things instead of one, and the second is harder. Color matching on a solid finish is a well established process: read the surface, mix, spray out a card, verify against the aged panel, blend into adjacent surfaces. Painted graphics add pattern reproduction on top of that. The design has to be laid out on the repaired area so that every line, curve, and color transition aligns exactly with the untouched panels on both sides of the repair boundary. That means masking, sequencing multiple colors with cure time between them, and layout work that has no equivalent on a solid unit. Across our floor, the same structural damage on a graphics coach versus a decal coach commonly differs by several thousand dollars, and that difference is almost entirely paint booth hours rather than materials. --- 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/.