Ceramic Coating at Friedrichshafen (Bodensee-Airport) (EDNY)

Why bring an aircraft to Friedrichshafen for ceramic coating?

Friedrichshafen sits at the northern shore of Lake Constance, a natural staging point for European tours and alpine operations. The single 2,356-metre runway at 1,367 feet elevation handles everything from light twins to ultra-long-range jets without the slot coordination that complicates scheduling at nearby hubs. If your fleet already uses EDNY for crew changes or positioning legs, adding a ceramic detail here means no ferry to a distant shop and no break in the aircraft's usual rotation.

The general-aviation area offers direct apron-to-hangar moves, and AVICON's familiarity with third-party service crews keeps the paperwork predictable. We bring our own equipment and consumables; the handler provides the enclosed space, power, and airside escort. Because the airport is not slot coordinated, you can file a three-to-six-day block without competing for a narrow arrival window, and if the cure needs an extra twelve hours we adjust the release slot without upstream penalties.

What changes at Friedrichshafen (Bodensee-Airport) for a ceramic project?

The single runway—06/24, 2,356 metres—runs east–west along the lakeshore, and the field elevation of 1,367 feet means density altitude stays manageable even in summer. There is no published curfew, so early-morning deliveries and late-evening pickups both work when the cure schedule demands it. AVICON GmbH operates the general-aviation facility on the south side of the apron; their ramp can accommodate aircraft up to BBJ/ACJ MTOW, and they arrange hangar assignments through the airport authority.

April brings AERO Friedrichshafen, Europe's largest general-aviation trade fair, which fills every stand and hangar on the field. We do not schedule ceramic projects during that week; the ramp is full of static display aircraft, and hangar access disappears. Outside of AERO, availability is straightforward: the handler confirms the hangar reservation, we coordinate our arrival with your inbound slot, and the aircraft goes inside within an hour of chocks-on. The lake's humidity can be high in autumn and winter, so we monitor ambient conditions and may extend curing time by half a day if the dewpoint climbs.

What does the three-to-six-day ceramic process include?

Day one is decontamination: clay bar, iron remover, and a solvent wipe to pull embedded contaminants out of the paint. Day two is correction—we machine-polish every panel to remove oxidation, swirls, and light scratches so the ceramic bonds to clean, level clearcoat. On day three we apply the first ceramic layer to all painted surfaces, then return six hours later for the second coat. Brightwork—nacelle rings, cheat line, any polished leading edges—receives its own ceramic formulation, and all windows get a hydrophobic treatment that sheds rain and makes ice easier to clear.

Days four and five are curing: the aircraft stays in the hangar at stable temperature while the silica matrix cross-links. We do not power-wash or touch the surface during this window. On the final morning we perform a light rinse to remove any dust that settled overnight, then photograph every zone—nose, fuselage sides, wings upper and lower, tail, belly, gear bays—and compile the warranty document with application date, product batch numbers, and the maintenance interval. You receive both a printed binder and a PDF before the aircraft leaves the stand.

How does ceramic coating change the wash cycle?

A ceramic-coated jet needs less mechanical action and less chemistry every time it comes back to the ramp. The silica layer is hydrophobic, so water sheets off rather than beading and leaving mineral rings. Bugs, exhaust soot, and de-icing fluid residue sit on top of the coating instead of bonding to the clearcoat, which means a rinseless wash or even a dry wash will lift them without heavy scrubbing. Over a two-year warranty period, each turnaround wash saves thirty to sixty minutes of labour, and you use half the product.

The coating also resists UV degradation, so the paint holds its gloss longer between polish cycles. If the aircraft operates in northern Europe through winter, Type I and Type IV fluids will still do their job, but they slide off the treated surface more completely during the takeoff roll, leaving less residue to clean in the belly and gear bays. We recommend a maintenance wash every fifteen to twenty flight hours—just a rinse and a soft mitt—then a full decon and recoat at the two-to-three-year mark, timed with your next heavy inspection or repaint.

What does the handler expect when we bring a detailing crew to the ramp?

AVICON wants a list of personnel names and passport numbers forty-eight hours before arrival so they can issue airside passes. Our crew—usually two technicians for a super-mid, three for a large-cabin jet—will have German or EU passports, which simplifies the background check. The handler also needs to know which consumables we are bringing: ceramic product in five-litre containers, polish compound, clay bars, microfibre towels, and a small electric polisher. None of it is hazardous cargo, but the handler logs it in their facility-access report.

We ask the handler to position a GPU within ten metres of the aircraft so we can run cabin lighting and, if necessary, environmental control during the correction phase. We do not need potable water—we bring our own deionised supply in twenty-litre jerrycans—but we do need a wastewater disposal point for the rinse run-off. AVICON provides that at the hangar threshold. Finally, we ask the handling agent to keep the hangar closed during the cure window; every time the door opens, dust and pollen blow in and can mar the fresh coating before it hardens.

Does ceramic coating make sense for a single visit, or only for a fleet with recurring work at EDNY?

Both models work. If you operate a managed fleet with one or two jets based in southern Germany or western Austria, Friedrichshafen can become the recurring detail station: you schedule the ceramic refresh every two years during a lighter operational period, and between those visits we meet the aircraft at EDNY or another nearby field for maintenance washes. The handler learns the routine, the airport authority keeps our crew badges active, and lead time drops to a week.

For a single-visit operator—perhaps you are delivering an aircraft to a new owner in Switzerland, or you are repositioning a jet after a Mediterranean charter season—the ceramic detail still delivers value. The coating will protect the paint through the next twenty-four months regardless of where the aircraft goes, and the documentation we provide transfers with the airframe if ownership changes. The only difference is paperwork: AVICON will process our crew as one-time visitors rather than recurring contractors, which adds a day to the approval cycle. Either way, the technical work and the warranty remain identical.