# Overland Travelers > Fabrication, mounting and trail damage repair for vehicles built to travel a long way from a paved road. Source: https://ocrv.info/who-we-help/overland-travelers Overland travelers build vehicles for extended self supported travel on unpaved roads. Their repair needs run toward fabrication, mounting, armor and trail damage rather than parking lot collisions, and the failures that matter to them are the ones that appear three hundred miles from pavement rather than the ones that show in a driveway. Overland damage looks different. Rock strikes on rocker panels and lower body. Branch scoring down an entire flank. A rack mount that fatigued and cracked its weld after a hundred miles of washboard. A camper mounting point that elongated its holes under repeated torsion. None of it resembles the damage a collision estimator sees every day, and pricing it from a photograph is close to useless. It has to be inspected, and usually from underneath. This category also cares about a different quality standard. A cosmetic repair that looks correct is not sufficient if the underlying mount is going to fail at a bad moment. Fabrication has to be designed for cyclic load rather than static load, welds have to be sound rather than merely tidy, and finishes have to tolerate abrasion rather than only ultraviolet exposure. The working standard is whether the repair holds three hundred miles from the nearest pavement. We build and repair this work in shop in Yorba Linda. Welding and metal fabrication, custom bumpers and racks, storage systems and structural modification are all in scope, and they are performed on the same equipment used for commercial body work rather than on a hobby bench. Travelers come to us from Eastvale and the wider Riverside County area. All work is performed in shop, and builds are discussed against the actual vehicle rather than against a catalog. ## What this group needs - Fabrication designed for cyclic load, not static load - Rock strike and abrasion repair on composite and metal - Mounting systems that spread load into structure - Corrosion protection restored after every cut - Honest input on weight and center of gravity - Finishes that tolerate abrasion, not only sun ## Trail Damage Is Not Collision Damage A rock strike concentrates enormous force into a very small area. Rather than deforming a panel across a wide radius the way a bumper impact does, it punches, tears or cracks locally and leaves the surrounding metal or composite untouched. Repairs therefore tend to be small in area and demanding in technique, and they frequently sit on a surface that is going to be struck again, which changes what a sensible repair looks like. Abrasion is the other signature. Branch scoring runs the length of a vehicle rather than sitting in one place, and it cuts through clear coat, base and sometimes primer along an irregular line. Spot repair and blend matching handles this where the substrate is sound. Where the scoring has exposed bare material along a seam or a fold, corrosion protection becomes part of the repair rather than an optional line item. ## Fabrication That Survives Washboard Corrugated dirt road at speed is a fatigue test. It applies thousands of load cycles per mile into every bracket, mount and weld on the vehicle, and it finds the stress riser that a highway never would. Fabrication for this use has to think about where load enters the structure, how it is spread, and whether a mount concentrates force into a single point on a panel that was never designed to accept it. Our approach on bumpers, racks and mounting systems is to distribute load into structure rather than into skin, to avoid abrupt section changes that concentrate stress, and to gusset where geometry demands it rather than where it looks purposeful. Welds are performed to suit the base material and inspected before finishing. The custom bumper and rack band runs from one thousand dollars upward, and fabrication is billed against the posted body rate. Weight is the constraint people underestimate. Every accessory added to a roof raises the center of gravity and increases the load into the mounting points during articulation, and the cumulative effect of a full build routinely exceeds what the owner assumed. We will say when a proposed build is asking too much of a mounting location, and we will propose a different load path rather than building something that will crack. - Load distributed into structure rather than into panel skin - Section changes and stress risers designed out at the drawing stage - Welds matched to base material and inspected before finish - Roof load and center of gravity discussed before fabrication - Corrosion protection restored on every cut and welded surface ## What Actually Fails First Mounting hardware, not the accessory. Racks rarely break in the middle. They break at the foot, or the foot elongates its holes, or the panel under the foot deforms. Drawer systems fail at the slide mounting rather than in the drawer box. Camper tie downs fail where they meet the bed rail. The pattern is consistent: the interface between two components takes the abuse, and the interface is what needs the engineering attention. Electric platforms add a consideration. Battery enclosures, underbody protection and charging hardware all sit in places that used to be empty, and mounting anything near them requires knowing what is behind the panel. We work on Rivian pickups and sport utilities alongside conventional platforms, and the rule is the same as always: know what is behind the surface before drilling into it. High voltage regions stay restricted until the documentation says otherwise. ## Frequently asked questions ### My roof rack cracked its welds after a long dirt road. Can it be repaired? Usually, and the repair should include working out why it cracked. Fatigue cracks at a weld normally indicate a stress concentration or a load path that puts more into one point than it can take. Rewelding without changing the geometry buys another few hundred miles. We inspect the mount, adjust the load path where needed, and reweld to suit the base material. ### Can you repair rock damage on composite body panels? Yes. Composite and fiberglass rebuild well and localized rock damage is generally a manageable repair, provided the substrate around the strike is sound. We tap test the surrounding area first, because an impact hard enough to punch through a surface often disturbs the bond nearby without leaving a visible mark. Repairs are finished to match the existing surface texture and color. ### Will adding a rack and camper overload my vehicle? That depends entirely on the platform and the build, and it is worth working out before the fabrication rather than after. We look at where load enters the structure, what the mounting points can genuinely take, and how the accumulated weight affects the center of gravity. If a proposed build is asking too much of a mounting location, we will say so and propose a different approach. ### Do you work on Rivian and other electric platforms? Yes. The body and fabrication work is comparable, with the important difference that battery enclosures, underbody protection and high voltage routing occupy space that used to be empty. Knowing what sits behind a panel before drilling or welding near it is the whole discipline. We treat those areas as no go zones unless the documentation confirms otherwise. --- OCRV Center. 23281 La Palma Ave, Yorba Linda, CA 92887. (949) 799-3387. info@ocrvcenter.com. Serving Eastvale, California in Riverside County, about 20 miles from the shop. All work is performed in shop at the Yorba Linda facility. No mobile, roadside or on-site service is offered. Scope is body, paint, structural, fiberglass, interior and vehicle systems work. Engine rebuilds, transmission rebuilds, drivetrain work, DOT inspections and emission testing are not performed.