Ceramic Coating at Augsburg (EDMA)

Why schedule ceramic coating immediately after maintenance at Augsburg?

Aircraft leaving the maintenance base here often carry fresh paint, new decals, or polished nacelles—work that will degrade the moment it meets winter fluid, summer UV, and the industrial haze that drifts across southern Bavaria. Ceramic coating locks in that finish before the first revenue leg. Paint correction removes any light swirls or contamination from the hangar, then the ceramic layers go on while the surface is still perfect. Two years later, when the jet returns for the next heavy check, the coating will have absorbed the punishment instead of the clear coat.

Timing the work here also means the aircraft does not need a second positioning flight to a detailing facility elsewhere. The jet stays on the same stand, we bring the materials and the team, and the owner collects an aircraft that is both airworthy and protected. For fleets running a regular Augsburg maintenance cycle, ceramic becomes a line item in the same visit, turning downtime into an opportunity rather than a separate event on the calendar.

What does the three-to-six-day process involve?

Day one is decontamination: clay bar, iron remover, and a solvent wipe to pull out everything the wash missed—brake dust, fuel stains, de-icing residue. Day two is correction—machine polishing to remove swirls, oxidation, and any micro-scratches left by line washes. We work panel by panel, checking depth with a gauge to ensure we stay inside safe limits. Brightwork—nacelle lips, leading edges, exhaust surrounds—gets its own polish sequence before sealing.

On day three the first ceramic layer goes on. We apply it by hand in small sections, allow it to flash, then level it with a microfibre. The second layer follows twelve to twenty-four hours later, depending on humidity and temperature inside the hangar. Windows and exterior brightwork receive a separate ceramic formulation designed for glass and metal. The final day is curing: the aircraft sits untouched while the coating cross-links. We hand over a maintenance guide, a warranty document, and a sample of the ceramic wash soap that keeps the coating alive between visits.

What changes at Augsburg that affects the work?

Augsburg sits at 1515 feet elevation, seven kilometres north-east of the city centre, with a single 1594-metre runway serving almost entirely general and business aviation. There are no scheduled airlines, so ramp rhythm follows maintenance appointments and positioning flights rather than waves of departures. The airport operates Monday to Saturday from 07:00 to 21:00 local, Sundays and public holidays from 09:00 to 21:00; any movement outside those hours requires a chargeable prior-permission request. That daytime-only schedule means ceramic work must finish and the aircraft must depart before the curfew, or you pay for another PPR the next morning.

Hangar availability is sporadic. The airport lists heated and unheated hangars for jets up to twenty-five metres long and 6.5 metres tall, but free slots depend on the maintenance calendar at Augsburg Air Service and other tenants. We cannot assume indoor space; it must be confirmed weeks ahead. When a slot opens, we move fast: the entire ceramic process—from decon through final cure—happens under cover to control temperature, humidity, and dust. Customs and border police are on site, so international jets clear here without repositioning, but the same daytime hours apply to their availability.

How does ceramic coating reduce the cost of staying clean?

A ceramic-coated jet needs half the dwell time during a rinseless wash because contaminants sit on the coating instead of bonding to the paint. Brake dust, exhaust soot, and de-icing fluid rinse away with less agitation, which means fewer passes with the microfibre and less risk of introducing swirls. Over two years that difference compounds: every quarterly wash saves an hour of labour, every winter decon becomes a simple soap-and-rinse instead of a clay-bar session, and the paint underneath remains optically correct without repeated machine polishing.

The coating also extends the life of a repaint. UV degradation slows because the ceramic absorbs the radiation; chemical staining from Type I and IV fluids stays on the surface rather than etching into the clear coat. When the jet eventually returns for the next repaint or a full correction detail, the painter finds a substrate in better condition, which can mean one less primer coat or a thinner correction stage. For an owner who repaints every eight years, two ceramic cycles in between can delay that repaint by twelve to eighteen months.

What does the maintenance base expect from a detailing crew on the apron?

Augsburg Air Service runs the business-jet maintenance operation here—Embraer, Citation, Beechcraft, Hawker—and their hangars dominate the ramp. When we arrive to collect an aircraft for ceramic work, the maintenance shop expects advance notice of the move, a clear handover of the tech log, and confirmation that all airside escorts are in place. We do not disconnect GPU or move the jet without signing it out of their care; if pitot covers or intake blanks are still fitted, we note it and leave them on until the final walk-around.

The airport also lists Finest Care, an on-site interior specialist, as the cleaning contact for business aviation. When ceramic coating includes cabin work—seats out for a full valet, or carpet extraction—we coordinate timing with them to avoid doubling the aircraft's downtime. If the owner wants both exterior ceramic and interior deep-clean, we schedule the cabin work first so that any dust or chemical vapour from inside does not land on fresh coating outside. The maintenance base appreciates that rhythm: one aircraft, one continuous block of work, one set of ramp moves.

When should ceramic coating be repeated, and what happens if it is left longer?

We recommend reapplication every two to three years, ideally timed with a maintenance visit or immediately after a repaint. The coating does not fail suddenly; it thins gradually as washing and UV exposure wear away the top layer. By month thirty most jets still bead water on the fuselage but show reduced hydrophobicity on high-wear areas—wing leading edges, belly panels below the engines, the cheat line where ground crew hands touch during walkarounds. If you push to year four, those zones will need paint correction again before the next ceramic layer can bond properly, adding a day to the schedule and cost to the invoice.

For fleets that fly through heavy winter operations—frequent de-icing, repeated exposure to Type IV fluid—two years is the safer interval. The coating sacrifices itself to protect the paint, and de-icing chemistry accelerates that sacrifice. A Complete Detail at the two-year mark, followed immediately by a fresh ceramic application, resets the protection and ensures the paint remains in as-new condition for the next cycle. We provide a maintenance guide with every ceramic job, including a schedule of recommended wash intervals and a list of approved soaps; following it makes the three-year interval achievable without additional correction work.