Why Your Aircraft Detailer Should Be a Pilot

A thorough detail means hands on the leading edges, the belly, the gear wells, the control surfaces, and the windows, often in better light and at closer range than a preflight walkaround. That makes the detailer one of the best-placed people to notice something that isn't right.

But noticing only helps if it gets reported clearly. "There's a scratch on the back of the wing" sends a crew hunting. "There's a dent on the left aileron trailing edge, about a foot inboard of the outboard hinge" lets them, or their mechanic, go straight to it.

Around midnight, during an overnight detail on a Bombardier Global 7500, our crew noticed something that didn't belong: the seal material on an engine's thrust reverser, where the reverser closes, was tearing apart and coming loose.

Because we knew what we were looking at, we reported it right away by component and location, and the problem was confirmed. A detailer who didn't know the aircraft might have wiped the area down and moved on. Knowing the machine is what turned a cleaning job into a catch.

Pilots and mechanics describe an aircraft by its parts: aileron, flap, trim tab, static wick, pitot tube, static port, angle-of-attack vane, de-ice boot, nacelle, inlet lip, gear door, strut. Most detailing crews outside aviation never learn those names.

A pilot-led crew does. When we report a finding, we name the part and its location so it can be looked at quickly. We don't diagnose or repair anything; that's the job of your maintenance provider. Our job is to make sure the right person hears about it, in words they can act on.

Some things are worth a closer look by a mechanic, and a pilot knows them when they see them: a missing or broken static wick, a dent or crease in a leading edge, a nick in a propeller blade, a cracked or delaminating windshield, a damaged or lifting de-ice boot, "smoking" rivets with dark streaks behind them, fresh fluid streaks behind the gear or on the belly, or a missing fastener on a cowling or access panel.

A detailer without that background may wipe those signs away without realizing what they were. One who knows aircraft flags them before cleaning over them.

Pitot tubes, static ports, angle-of-attack vanes, and temperature probes feed the instruments the crew flies by. They should never be hit with pressurized water, packed with wax or polish, or left covered after cleaning. Aviation history includes accidents traced to blocked static ports, including tape left over the ports after cleaning and polishing.

De-ice boots need their own products, not the polish used on paint. Brightwork, windows, and sensors each have their own approved methods. Knowing the difference is part of knowing aircraft, not just knowing how to clean.

Owners and operators trust detailers with a multimillion-dollar aircraft, often while no one from the flight department is there. It's reasonable to expect the people doing that work to understand the machine, communicate like the crew, and protect the systems the crew depends on.

That's the standard Pristine Jets is built on. We're pilot-owned and operated: co-owner Zane is an FAA-certificated private pilot, and co-owner Marco is in flight training. The aircraft we care for are ones we understand from the flight deck, not just the ramp.