Brightwork Polish at Palermo Falcone e Borsellino (LICJ)

Why does brightwork oxidise faster around Palermo?

The Mediterranean climate at Punta Raisi combines salt-laden air from the Tyrrhenian Sea with intense ultraviolet exposure and seasonal temperature swings. Salt deposits accelerate oxidation on bare aluminium and magnesium alloys, while UV radiation breaks down protective films applied during previous polishes. Aircraft based on the island or making repeated visits accumulate fine corrosion blooms within weeks, particularly on leading edges and inlet rings exposed to airflow.

Humidity remains high year-round, and summer apron temperatures regularly exceed 35°C, which softens existing sealants and allows moisture ingress. Winter brings cooler, wetter conditions that leave standing water on horizontal surfaces overnight. Together, these factors mean brightwork loses its lustre more quickly here than at northern European bases, and a twice-yearly polish schedule often becomes quarterly for jets spending significant time in Sicily.

What changes at Palermo Falcone e Borsellino that affect polishing work?

The airport sits at 65 feet elevation on the coast at Cinisi, with two runways: 07/25 at 3,326 metres and 60 metres wide with displaced thresholds at both ends, and 02/20 at 2,068 metres. The longer runway handles most jet operations, and its width provides ample space for aircraft positioning during ground services. Handling agents present at the airport coordinate stand allocation and airside access; because there is no dedicated general-aviation terminal listed, business jets typically use remote stands or positions near the commercial apron.

The 35-kilometre distance from Palermo city centre means technicians, consumables and any specialist tooling face a half-hour transfer each way, which must be factored into turnaround planning. Airside escort requirements and the need to coordinate with the handler add lead time to any AOG or short-notice polish request. The coastal location also means wind can carry sand and dust onto wet compound during polishing, so weather watch and stand selection become part of the pre-work brief.

What does a brightwork polish include on a super-midsize or larger jet?

We begin with a solvent wipe to remove oils, exhaust residue and old sealant from every bare-metal surface. Wing and horizontal-stabiliser leading edges are then polished by hand using progressively finer compounds until the aluminium reflects cleanly. Engine inlet rings and spinner cones receive the same treatment, as do exhaust outlets, thrust-reverser buckets and any exposed nacelle brightwork.

Window surrounds, cheat-line trim and other bright accents are polished to match, so the entire airframe presents a uniform finish. Once polishing is complete, we apply a hydrophobic sealant designed to slow oxidation and repel moisture; this layer typically lasts three to four months in a coastal environment before requiring renewal. The final step is a white-glove inspection under raking light to catch any swirl marks or missed edges.

Duration depends on the amount of bare metal: a super-midsize jet with modest leading-edge exposure may be finished in one long day, while an ultra-long-range airframe with extensive nacelle brightwork and window trim can require three days. We schedule around your slot and provide a realistic timeline during the initial walk-around.

How do you document brightwork condition and the work completed?

Before any compound touches the airframe, we photograph every surface to be polished under consistent lighting, capturing oxidation, pitting, previous repair marks and the baseline reflection quality. These images go into a numbered sequence that matches our work-order checklist, so there is no ambiguity about what was addressed. During polishing, we note any areas where corrosion has progressed beyond cosmetic oxidation—typically around fastener heads or panel seams—and flag them for the tech log if they warrant inspection by licensed engineers.

On completion, we shoot the same angles again to show the restored finish, then compile both sets into a PDF report with captions, time stamps and the sealant batch number. The report travels with the invoice and a copy goes to the chief pilot or flight-department manager, creating a dated record for the next maintenance interval. If the aircraft is part of a fleet programme with recurring visits, we maintain a history file so we can track degradation rates and adjust the polish frequency accordingly.

Can brightwork polish happen during a same-day turnaround at Palermo?

A full brightwork polish is not compatible with a same-day turnaround; even a light super-midsize jet requires six to eight hours of technician time, and that assumes uninterrupted access and favourable weather. If the aircraft arrives early morning and departs late evening, we can manage a single-surface touch-up—inlet rings or nose leading edge, for example—but anything more comprehensive will push into the following day.

For operators planning a longer stop, we recommend positioning the aircraft the evening before and collecting it the afternoon after the polish, which gives us a full working day plus drying time for the sealant. If the visit coincides with scheduled maintenance at a local facility, brightwork polish can run in parallel with inspections or avionics work, making efficient use of downtime. AOG or weather-diversion scenarios are assessed case by case; we keep a go-kit at the airport, but surface preparation and compound work cannot be rushed without compromising the finish.

Should brightwork polish be recurring or one-off at this airport?

For jets based in Sicily or making regular visits—charter fleets serving the island's resorts, owner aircraft spending the summer season here—a recurring schedule makes both operational and economic sense. Polishing every three to four months prevents oxidation from etching into the aluminium, which keeps each session shorter and less aggressive. We build a service rhythm around your typical routing: if the aircraft overnights at Palermo once a quarter, we slot the polish into that stop and the crew knows it is handled.

One-off work suits transient aircraft or those preparing for sale, pre-purchase inspection or a major event. The finish will be equally thorough, but without a follow-up visit on the calendar, the sealant will eventually wear off and oxidation will return at the same coastal pace. If you are evaluating whether to commit to recurring work, consider the total hours the airframe spends within a hundred nautical miles of the Mediterranean each year; above fifty hours, scheduled brightwork service usually pays for itself in preserved resale value and reduced compounding time.