# Specialty and Electric repair in San Juan Capistrano > Specialty and electric vehicles carry a high voltage battery as a structural member, aluminum-intensive bodies joined by rivets and adhesive rather than welds, and sensor arrays that require calibration after body work. Repair follows published manufacturer procedure or it does not happen safely. **Source:** https://ocrv.life/vehicles/specialty-electric **Business:** OCRV Center, 23281 La Palma Ave, Yorba Linda, CA 92887 **Phone:** (949) 799-3387 **Serving:** San Juan Capistrano, Orange County, California, roughly 26 miles from the facility Electric vehicles broke several habits that body shops spent decades forming. The battery pack is not a component bolted under the floor, it is a structural member that contributes stiffness to the whole vehicle, so an underbody impact is a structural event rather than a scrape. The body is aluminum extrusion, casting and high strength steel joined by self-piercing rivets and structural adhesive, so heat and pulling are usually the wrong tools. And the whole vehicle is alive at several hundred volts until somebody follows a documented procedure to make it safe. That changes what a repair actually consists of. The first step on an electric vehicle is not an estimate, it is a decision about whether the high voltage system needs isolating and whether the pack requires inspection. Underbody contact, a side impact into the rocker where the pack rails live, or any evidence of coolant loss triggers a defined process. Skipping it to save an hour is not a shortcut, it is a risk to the technician and to whoever drives the vehicle afterwards. Parts and procedure access is the other reality owners run into. Several manufacturers restrict structural parts distribution and publish repair procedures that specify joining methods, rivet types, adhesive systems and sectioning locations. Where a procedure exists, it governs. Where a part is restricted, the timeline is set by the manufacturer network rather than by the shop. Being honest about that at the estimate stage saves the owner from planning around a date that was never achievable. Owners in San Juan Capistrano have adopted these vehicles quickly, and the coastal corridor plus the canyon roads inland produce a familiar damage list: rock chips and windshield damage at speed, parking structure contact on wide bodies, low-speed impacts that disturb sensors, and underbody contact on unpaved access roads. Our facility on La Palma Ave in Yorba Linda handles the work indoors, roughly twenty-six miles north, with the aluminum-specific tooling and isolated work area that this construction requires. ## Types - [Rivian](https://ocrv.life/vehicles/specialty-electric/rivian) ## Also serviced **Electric delivery vehicle** Purpose-built electric delivery vans put a composite or aluminum body on a battery skateboard with a low floor, a walk-through cab and a large rear opening. They run high daily cycles in urban routes, which produces rear corner impacts, door track wear and constant low speed body damage. Because the pack sits under the floor, damage to the lower body and rocker area is treated as a structural and electrical assessment before it is treated as a panel repair. Fleet operators benefit from batching this work rather than reacting to each incident. **Hybrid fleet vehicle** Hybrid vans, pickups and shuttles carry a high voltage system alongside a conventional driveline, which means the isolation procedure applies even though the vehicle looks entirely familiar. Battery placement varies enormously between platforms: under the floor, behind a bulkhead, under a seat or in the rear body. Knowing where the pack and the orange cabling run before cutting into a panel is the difference between a routine repair and a serious incident. Body construction is usually conventional steel, so the metalwork itself follows normal practice. **Armored specialty van** Armored vehicles add ballistic panels, laminated glass and reinforced door structures, all of it heavy and mounted high and outboard in the shell. Suspension, brakes and body mounts are uprated to suit, and the protective envelope has to remain continuous through any repair. That means coordinating with the armoring specification rather than working around it, restoring the protective layer where a panel is replaced, and verifying the finished weight. Electric and hybrid armored builds combine both sets of constraints and need both procedures respected at once. ## Questions **Why does an electric vehicle repair cost more than the same damage on a conventional truck?** Three reasons stack up. Aluminum and mixed-material construction requires separate tooling, an isolated work area and specified rivet and adhesive systems. High voltage isolation and any required pack inspection add documented procedure time. And sensor calibration after fascia, glass or suspension work is a real operation with a real time allowance. None of it is padding, and all of it is documented on the estimate. **My vehicle scraped the underside on a driveway. It drives fine. Do I need it looked at?** Yes. On a skateboard platform the pack is the closest structure to the road and it contributes stiffness to the body. Manufacturer procedure defines when an impact requires inspection, and the criteria are not based on whether the vehicle still drives. An assessment is quick, it is documented, and it either clears the vehicle or finds something that would have been far worse to discover later. **Do you follow the manufacturer repair procedures?** Yes, and on these platforms there is no sensible alternative. Sectioning locations, joining methods, rivet specifications, adhesive systems, heat limits and calibration requirements are all published, and a repair that ignores them produces a structure that will not perform as designed. Where a procedure requires an operation, it appears on the estimate with its justification so the carrier can see why it is there. **How long will parts take?** Longer than for a mainstream vehicle, and structural components are the slowest. Distribution on several of these platforms runs through the manufacturer network with conditions attached, and lower volume configurations move slowly. We identify long lead items on day one and order before disassembly is complete, then set the date from the slowest part rather than from the labour estimate. **Can matte and satin finishes be spot repaired?** Not the way gloss can. A matte or satin finish cannot be polished, so a blend cannot be melted in and buffed out. The correct approach refinishes the affected panel to a natural edge, which usually means a full panel rather than a section. Owners of matte-finished vehicles should expect a larger refinish scope for the same size of damage, and that is a property of the finish rather than a choice we are making. **Will you handle the sensor calibration or does the dealer have to do that?** We perform the documented calibration procedures our equipment and targets cover, and we provide the scan reports before and after. Where a vehicle requires an operation only the manufacturer network can perform, we say so up front and coordinate it rather than returning a vehicle with an uncalibrated system and a note suggesting you visit somebody else. **Do you work on the drive units, battery cells or charging hardware?** No. This facility performs body, structural, paint, glass, calibration and equipment work. Drive unit and battery internal repair are not carried out here, and neither is engine, transmission or drivetrain work on hybrid platforms. Where a repair uncovers a high voltage component fault, we document it, make the vehicle safe and coordinate with the appropriate provider.