Fleet Collision and Body Repair Built Around Downtime Cost

The single biggest lever is ordering parts before the unit arrives. On a scheduled repair we write the scope, confirm the parts, order them, and only then take the vehicle in, which moves the longest wait out of the middle of the job and into a period when the unit is still working. That alone commonly removes one to three weeks of downtime from a job.

The second lever is batching. Non urgent damage across several units, cosmetic panel work, decal replacement, or a repaint cycle can be scheduled into defined windows rather than handled reactively one call at a time. That smooths both your downtime exposure and your repair spend across the month rather than concentrating them unpredictably.

The third lever is honest cycle time. We give a confirmed date once parts are secured, and we tell you when a date moves and why. We run fifty to one hundred fifty repairs and roughly twenty major collision jobs a month across a thirty five thousand square foot facility, so labor capacity is rarely the constraint. Parts almost always are.

Every invoice carries the unit number, VIN, odometer, date in and date out, the labor and parts split, and a cost code where you use one. That means a line item can be reconciled against your maintenance system without somebody manually matching a paper invoice to a vehicle, which is exactly the work that quietly consumes a fleet coordinator's week.

Purchase order workflows are supported end to end. We quote against a purchase order number, note any change that would exceed the authorized amount before performing it, and invoice against the same reference. No fleet manager should learn about a scope change from an invoice, and we treat authorization thresholds as hard stops rather than as guidelines.

Repair history stays accessible per unit. When the same van comes back a year later, the prior file, photographs and parts list are on hand, which matters for claims analysis, for resale documentation, and for spotting whether a recurring failure across several units is actually a driver training or specification issue rather than a repair issue.

Cargo and passenger vans on Sprinter, Transit, ProMaster, Express and Savana platforms, including high roof and extended configurations. These make up the largest share of fleet volume and the most predictable repairs, with damage concentrated at rear doors, sliding doors, rockers, mirrors and corners from tight urban maneuvering.

Box trucks, cutaway chassis units, step vans and shuttle buses, where the body is a separate structure from the chassis and damage regularly involves both. Roll up door tracks, rear frame and bumper structure, liftgate mounting, body to chassis mounts and corner posts are the recurring items, and all of them are structural rather than cosmetic.

Specialty and upfitted units including utility bodies, service bodies, refrigerated boxes and equipment carrying platforms. Where a body was upfitted rather than factory built, we document the upfit and coordinate the components accordingly, because those are the items that go missing from an estimate written against a base chassis.