Ceramic Coating at Lamezia Terme (LICA)

What changes at Lamezia Terme?

Lamezia Terme sits at 39 feet elevation, ten kilometres from the city, with a single 3,017-metre runway. General aviation flights require a PPR from the SACAL Airport Operations Centre—form OSM-020, with the PPR number entered in item 18 of your flight plan. Assoclearance lists the airport as Level 2 facilitated, not coordinated, so slots are not an issue. SACAL S.p.A., the airport operator, handles GA requests through [email protected].

Calabria's coastal climate brings salt, humidity, and strong summer UV. Paint oxidises faster here than it does inland, and brightwork hazes if left unprotected. A ceramic coating applied now means fewer emergency washes during a Mediterranean charter season and simpler decon before winter storage. The long runway accommodates any business jet in current service, and the low elevation means no performance penalty when you reposition cold-soaked after the curing days.

We coordinate with the handling agent to reserve hangar space for the full duration. If you are arriving from a de-icing departure further north, we document fluid residue before we begin; if you are positioning out to a high-MTOW departure, we schedule the final cure and handover so you collect the aircraft with full tech-log sign-off and no open items.

Why ceramic coating takes three to six days?

The calendar depends on the size of the aircraft and the condition of the paint when it arrives. A super-midsize jet with recent paint and no deep oxidation sits at the short end; an ultra-long-range airframe with five years of service, cheat-line staining, and leading-edge chips moves toward six days. Every aircraft follows the same sequence: decontamination to remove bonded contamination, paint correction to eliminate swirls and light oxidation, two ceramic layers with a flash period between them, and a final cure under stable temperature and humidity.

We do not rush the cure. A ceramic layer that has not fully cross-linked will not bond properly, and the hydrophobic effect fades within months instead of years. The hangar environment matters: we control temperature, keep the doors closed during application, and avoid any dust or overspray from other operations. If the schedule allows, we prefer to apply the second ceramic layer the morning after the first, giving the base coat a full overnight cure before we build the top layer.

Brightwork and windows receive their own ceramic formulation after the paint is finished. Polished nacelle rings, belly panels, and winglet leading edges are corrected with a single-stage polish, then sealed. The result is a uniform hydrophobic surface from nose to tail, so rain sheets off every panel the same way and contaminants do not bond as aggressively during the next two years of line service.

How the handler and the detailing crew work together at Lamezia Terme?

Handling agents present at the airport expect a clear brief when a third-party detailing crew arrives airside. We provide our own airside passes and insurance certificates, but we coordinate stand allocation, hangar access, GPU availability, and waste-water disposal through the handler before your aircraft lands. If the handler is managing a tight apron during peak hours, we agree in advance where the aircraft will be positioned for the tow into the hangar, and we stay off the radio unless the handler asks us to switch.

Inside the hangar, we bring our own lighting, extension leads, and water-reclaim system if the facility requires it. We do not assume access to the handler's equipment or consumables. If we need a tug or tow-bar, we request it through the handler with as much notice as the schedule allows. At the end of the detail, we return the aircraft to the handler clean, with gear bays and belly panels documented, and we copy the handler on the final photo report so everyone has the same record of condition at handover.

The handler also manages any customs or security requirements if you are positioning in from outside Schengen. We do not open panels or access avionics bays without the handler's knowledge, and we follow the airport's rules on waste disposal, APU runs, and engine ground runs if a post-detail systems check is part of your maintenance schedule.

What the maintenance plan and warranty document cover?

You leave Lamezia Terme with two documents: a maintenance plan that tells your line crew how to care for the ceramic coating, and a warranty that specifies what is covered and for how long. The maintenance plan is not complicated—ceramic coatings do not require special chemicals or techniques—but it does matter. If your line crew uses an alkaline degreaser on the belly or a solvent-based cleaner on the nacelles, the coating will degrade faster than it should. We specify pH-neutral shampoos, microfibre wash media, and a two-bucket method to avoid reintroducing contamination during the wash.

The warranty typically runs two years, sometimes three if the aircraft operates in a benign environment and the maintenance plan is followed. It covers delamination, hazing, and loss of hydrophobic effect under normal operating conditions. It does not cover damage from bird strikes, hail, or improper cleaning. If you bring the aircraft back for an annual inspection detail, we assess the coating condition, correct any high-wear areas—usually leading edges and the belly forward of the gear—and extend the warranty if the coating is still performing.

We also photograph the aircraft under controlled lighting after the final cure, and those images become the baseline for any future warranty claim. If you report a problem six months later, we compare your photos to ours and determine whether the issue is coating failure or operational damage. The process is straightforward, and most claims are resolved with a single conversation and a small touch-up during the next scheduled detail.

How ceramic coating fits between legs and charter commitments?

Three to six days is a long time if the aircraft is in active charter or shuttle service, so most operators schedule ceramic coating during a planned maintenance window, at the end of a charter season, or immediately after a repaint. If you are repositioning to Lamezia Terme between legs, we work with your schedule: we can start the detail the same day you land, run overnight if the airport and handler allow it, and compress the timeline where the paint condition permits.

If the aircraft is due for a C-check or a phase inspection, we coordinate with your maintenance provider to begin the ceramic coating as soon as the aircraft is released and before you reposition for the next trip. That way the downtime serves two purposes, and you do not lose additional charter days. If you operate a fleet and one aircraft is already scheduled for heavy maintenance in southern Italy, it often makes sense to bring a second aircraft to Lamezia Terme for ceramic coating during the same window, using the same handler and the same logistical footprint.

We also track your aircraft's operating pattern. If you fly a regular Mediterranean circuit during summer and the aircraft spends two or three days on the ground in Calabria every month, we can break the ceramic coating into shorter visits: decon and correction on the first stop, first ceramic layer on the second, final layer and cure on the third. The total calendar time stretches, but the aircraft remains available for revenue flights between stages, and you avoid a single six-day block of downtime.

What happens to the coating in year two and year three

A properly applied ceramic coating does not fail suddenly. Instead, the hydrophobic effect diminishes gradually, high-wear areas—leading edges, belly panels, nacelle rings—lose their gloss first, and the coating becomes more susceptible to bonded contamination. By the end of year two, most aircraft benefit from a light decon and a single-layer ceramic top-up over the high-wear zones. That service takes one or two days, costs a fraction of the original detail, and extends the coating's effective life by another twelve to eighteen months.

If you follow the maintenance plan and avoid harsh chemicals, the coating on low-wear areas—the upper fuselage, the tail, the outboard wings—often remains effective into year three. We assess the entire aircraft during the annual inspection detail, test the hydrophobic effect with a water-bead test on a dozen panels, and recommend either a full re-coat or a targeted top-up. Most operators choose the top-up in year two and a full re-coat in year four, aligning the ceramic schedule with a repaint or a major refurbishment.

The coating also makes every intervening wash faster and simpler. Contaminants do not bond as tightly, so your line crew spends less time scrubbing the belly and the nacelles, and you use less water and fewer chemicals per wash. Over two years, that efficiency compounds: fewer AOG washes, shorter turnaround times, and less wear on the paint from aggressive cleaning. The ceramic coating pays for itself in reduced labour and extended paint life, even before you account for the improved appearance and the higher resale value when you eventually move the aircraft on.