Ceramic Coating at Lugano (LSZA)

What changes at Lugano for a ceramic-coating project?

Lugano sits at 915 ft elevation with a single 1,415 m runway, which keeps the resident fleet to light and mid-size jets and turboprops. The airport operates 08:00–12:00 and 13:30–20:00 local Monday to Sunday, with a lunch closure and an evening curfew; extensions into the 07:00–08:00 or 20:00–22:00 windows require PPR forty-eight hours ahead and carry a surcharge. Handling comes from Lugano Airport SA at the main terminal on Via Aeroporto 15 in Agno.

A ceramic project needs three to six hangar days, so the aircraft will not move during that window. We book the slot with the handling agent, confirm hangar availability, and schedule our crew's airside escort. If you plan to arrive late or depart early to use a PPR extension, tell us during planning so we align the final cure and walk-around inspection with your slot. The narrow daily hours mean we often start at 08:00 and work until 20:00 to keep the calendar tight; any delay pushing past curfew forces a slip to the next morning.

Because Lugano has no scheduled airline traffic—the airport pivoted entirely to business and general aviation after 2020—ramp congestion is rare and hangar access predictable. The handler expects our crew to hold an airside pass or be escorted at all times, and we file a simple briefing note into the tech log when the aircraft is released.

Why does Alpine climate argue for ceramic protection?

Lugano lies in a pre-Alpine bowl where summer UV is intense at altitude and winter brings freezing rain, snow, and repeated de-icing-fluid applications. Paint oxidises faster under that UV load, and Type I glycol—used on every departure in cold months—leaves a sticky film that collects particulate if not rinsed promptly. A naked clearcoat will show micro-scratches and water spots within six months; by the second winter the leading edges look hazy and the belly picks up streaks that a dry wash cannot shift.

Ceramic coating creates a 9H-hardness hydrophobic layer that lets water bead and roll, carrying dust and fluid residue with it. De-icing glycol sheets off on the take-off roll instead of baking onto the cheat line during climb. Between washes the paint stays brighter because contaminants never bond to the ceramic; when you do wash, a rinseless mitt glides over the surface and every panel rinses clean in one pass. Over two years that difference compounds: fewer emergency washes, no need for clay-bar decontamination, and the annual polish becomes a light buff rather than a correction.

For an aircraft wintering at Lugano or transiting the Alps weekly, ceramic cuts your annual detailing budget by a third and keeps the paint looking six months younger than the log-book suggests.

What happens during the three to six days in the hangar?

Day one is decontamination: we clay-bar every painted surface to pull embedded metal particles, tree sap, and old wax, then wash with an alkaline pre-cleaner to open the pores of the clearcoat. Day two is correction—machine polishing with a cutting compound to remove oxidation, swirls, and light scratches, followed by a finishing polish to bring the paint to a mirror gloss. We mask all no-touch avionics, pitot probes, and static ports during this stage.

On day three we apply the first ceramic layer by hand, panel by panel, buffing each section after a twenty-minute flash. The second layer goes on the following morning once the first has cured overnight. While the paint cures we coat the brightwork—nacelle rings, door handles, windscreen frames—and apply a separate hydrophobic formula to the windscreen and cabin windows. The final day is reserved for curing in stable temperature and low humidity; we inspect under hangar light, top up any thin spots, and photograph every surface for the warranty file.

You receive a maintenance card listing the coating batch, application date, and the recommended wash interval—usually every four to six weeks with a rinseless or waterless product we specify. The warranty runs two years provided you avoid automatic brush washes and abrasive compounds.

How do we schedule around your next three legs?

Ceramic projects lock the aircraft for the full span, so we build the calendar backward from your next must-fly date. If you have a charter block starting Friday, we begin the previous Monday morning to deliver Thursday evening, leaving Friday's 08:00 slot free. When the schedule is soft we propose a window and ask you to keep one alternate day in reserve in case humidity spikes and extends the cure.

For fleets running continuous rotation we often wait until a scheduled heavy maintenance visit or a cabin refresh, then dovetail the ceramic work so the aircraft emerges with new interior and protected paint in a single downtime block. If you operate two aircraft we can swap: coat the first while the second covers the flying, then reverse. That approach keeps your dispatch rate at one hundred per cent and spreads the cost across two budget quarters.

We send a seventy-two-hour countdown email confirming hangar booking, handler briefing, and our crew's arrival time. If weather or a tech delay pushes your inbound slot, call us before you land; we can usually shuffle the start by a day without losing the hangar, but last-minute cancellations inside twenty-four hours may forfeit the deposit to the handler's facility fee.

What does the handler need from a third-party detailing crew?

Lugano Airport SA provides handling and expects any outside contractor to carry third-party liability insurance, hold valid airside-security training, and either possess a Swiss airside pass or accept a permanent escort. We hold all three. Before we arrive we send the handler a scope-of-work letter naming the aircraft registration, the hangar days, and our crew size—usually two technicians for a light jet, three for a super-mid. The handler countersigns and files it with the airport authority.

On the ramp we check in at the handling office from 07:00, collect the escort or scan our passes, and move our kit to the hangar in a covered trolley so no polish or chemical is exposed on the apron. We bring our own generator and lighting; the only utility we draw from the hangar is a cold-water tap for the initial wash. At the end of each day we lock our materials in a side room and return the aircraft keys to the handler's duty manager.

When the job is finished we complete a one-page release note for the tech log—date, work performed, next recommended service—and photograph it alongside the airframe serial plate. The handler appreciates a thirty-minute heads-up before we call the aircraft ready so they can schedule GPU hook-up and apron marshalling for your departure.

What documentation and photos do you deliver?

Every ceramic project closes with a digital report: before-and-after photographs of each major surface under calibrated hangar light, the coating product data sheet and batch number, application date and ambient conditions, and a maintenance schedule listing approved wash products and the recommended recoat interval. We also include close-up images of any paint defects we corrected—chips on the leading edges, scratches near door handles—so your records show the improvement and you have a baseline for the next inspection.

The report lives in a password-protected folder on our server for five years and we email you a PDF copy plus a printed binder for the tech-log pouch. If you sell the aircraft or transfer it to another operator, the new owner can contact us with the registration and we will re-send the file, which often adds resale value because it proves the paint was maintained beyond the OEM minimum.

We also hand over the warranty certificate, valid for two years or two hundred flight hours—whichever comes first—covering delamination or loss of hydrophobic performance. The warranty requires you to wash with pH-neutral products and avoid mechanical car washes, but it does not require you to return to us for those washes; any competent ramp crew can maintain ceramic using the product list in the report.