Aviation Detailing in Fargo, ND

Owners tend to call us after the annual. Somebody has had the cowling off, the belly is streaked black from the exhaust stack aft, there are grey scuff marks along the wingtip from getting shuffled around a crowded hangar, and the spinner that used to be a mirror has gone dull. None of that is an airworthiness problem. All of it is sitting there looking bad on an aircraft that represents a lot of money, and most of it gets harder to remove the longer it stays.

We detail aircraft on-site, at your hangar or on the ramp, using products chosen for aviation surfaces. To be explicit about the boundary: we are not an A&P shop. Nothing we do touches maintenance, repair or airworthiness. If something we uncover under the grime looks like more than cosmetics, we stop, show you, and let your mechanic take it from there.

Exhaust soot is the defining problem, and it behaves unlike anything on a car. Every start and shutdown deposits combustion residue on the belly aft of the stack, and on a piston aircraft that residue arrives mixed with a certain amount of oil. Sun on the ramp bakes the mixture onto the paint, and each layer goes on top of the last. Cleaned quarterly it wipes off with the right product and moderate effort. Left for a year it needs solvent work and patience, and left for several it can permanently stain the finish. The interval you keep matters more than the products anyone uses — including ours.

Brightwork is the second thing owners ask about. Polished spinners, exposed metal trim and unpainted leading-edge sections oxidize continuously, and once the surface has hazed, restoring the reflection means multi-stage polishing with progressively finer compounds. It is slow, and the result lasts longer if it's maintained on a schedule rather than restored from scratch every couple of years. Polished aluminum with a protective product on it stays bright considerably longer than bare polished aluminum does.

Hangar rash is the category owners are most resigned to and least need to be. A significant share of what looks like damage on wingtips, tail surfaces and around the door is transfer rather than gouging: rubber from another aircraft's tire, paint from a tug or a wingtip that came too close, black marks that live on top of the finish rather than in it. A lot of that comes off with the right approach and no abrasion. The rest is a paint shop conversation, and we'll tell you which is which instead of polishing at something that is not going to move.

The inspection argument is the one we'd make hardest if you're deciding whether this is worth doing. Corrosion around fasteners, a fuel or oil seep starting somewhere it shouldn't, a crack forming near a stress point: all of these are visible on clean aluminum and effectively invisible under a film of oil and dirt. We are not inspecting anything and we do not sign anything. What we hand back is an airframe where your mechanic can actually see the surface, and if we notice something that looks structural or fluid-related while we're working, we'll photograph it and point it out.

Ceramic coating for aircraft paint uses the same chemistry as the automotive product, applied with aviation surfaces in mind. It doesn't stop soot from landing. It reduces how aggressively soot and bug residue bond to the paint, so each subsequent cleaning takes less work and less chemical, which over several years is where the value shows up.