Brightwork Polish at Lampedusa (LICD)

What changes at Lampedusa?

Lampedusa sits at 70 feet elevation on a small island 0.5 kilometres from the town centre, with a single 1,795-metre runway (08/26). Traffic is strongly seasonal: the airport reaches its peak in the summer period with tourism-focused scheduled and charter flights, and the operator itself describes intense air activity during the summer season—expect apron congestion and short turnarounds in July and August, quiet conditions in winter.

The airport is operated by AST Aeroservizi S.p.A., which also runs the apron and passenger services on site, so there is no separate FBO: ground handling requests go to the operator. Lampedusa is a fully coordinated (Level 3) airport listed by Assoclearance, and slots are required year-round—arrivals must be planned against an allocated slot even in the low season. For brightwork polishing, that means booking well ahead in summer and choosing overnight or early-morning windows when the ramp clears. In winter the apron is yours, but the slot still applies.

Why does bare metal dull so quickly here?

Lampedusa lies 205 kilometres south of Sicily, surrounded by open Mediterranean water. Every breeze carries salt, and the island sees more than 300 days of sunshine a year. Polished aluminium oxidises faster in this environment than almost anywhere in Europe: a leading edge that gleamed in March will show a hazy bloom by May, and by August the inlet rings may look grey under certain light.

Oxidation is a surface reaction; it does not weaken the metal, but it does scatter light instead of reflecting it, robbing the aircraft of the crisp contrast that defines executive appearance. Regular brightwork polishing—two to four times a year depending on exposure—removes the oxide layer and restores the mirror finish, then a sealant slows the next cycle. For aircraft based on the island or visiting monthly through the season, we recommend a spring detail before the rush begins and a mid-summer touch-up while the jet overnights between charters.

What does a brightwork polish session involve at LICD?

We start with a walk-around to assess the condition of every polished surface: leading edges on wings and horizontal stabiliser, engine inlet rings, spinner caps, exhaust cones, thrust-reverser internals if accessible, and any bright window surrounds or cheat-line trim. Light haze needs only fine compound and a few passes; heavier oxidation or staining from exhaust soot requires stepping through progressively finer grades until the reflection is clean.

All work is done by hand—no rotary tools near thin leading-edge skins or delicate inlet lips. We mask adjacent paint, work the metal in overlapping strokes, then wipe residue and inspect under natural light. Once the surface is mirror-bright we apply a hydrophobic sealant that bonds to the aluminium and slows moisture contact, buying you another month or two before the next haze appears. Wing leading edges and nacelle inlets take the longest; smaller pieces—spinners, exhaust tips—go quickly. A typical super-midsize jet with modest brightwork runs one long day; an ultra-long-range aircraft with polished inlet rings, full-span leading edges and detailed exhaust fairings can stretch to three days if the metal has been neglected.

How do recurring programmes work on an island airport?

Most of our Lampedusa brightwork clients are charter operators whose jets return to LICD every few weeks through the season, or private owners who keep the aircraft on the island from May to September. A recurring programme means we schedule each polish in advance—usually every eight to twelve weeks—so the metal never crosses into heavy oxidation. The work happens during a planned overnight or a longer layover; the crew files the slot request with the turnaround in mind, and AST Aeroservizi reserves apron space.

Recurring work is faster than rescue polishing: we are maintaining a finish, not rebuilding one, so each session takes less time and the sealant lasts longer with every cycle. You also spread the cost and the downtime across the year instead of losing three days to a emergency detail when someone notices the inlets have gone dull the week before an owner trip. We keep notes and photos from each visit in the aircraft file, so you have a documented history of the metalwork for your own records or for pre-purchase inspection if the jet ever goes to market.

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

AST Aeroservizi expects the same coordination they would give a handler at a larger airport: airside-pass documentation for every technician, vehicle registration and insurance, a written scope of work and a mobile contact on the day. Because there is no separate FBO, all requests—GPU, water, waste, apron access—go through the operator's duty desk. We send our details a week before arrival; they issue temporary passes on the day and assign a stand if the apron is busy.

The operator also wants to know our schedule: start time, expected finish, any need for tow or engine run. Brightwork polishing is a no-engine, no-power task, but if we are combining it with a cabin detail or a wash we may need a GPU or an APU run to check systems afterward. Clear communication keeps everyone aligned, and it means the handler can plan around our work instead of discovering a crew and a van on the ramp without warning. In summer, when slots are tight and the apron is crowded, that coordination becomes even more important—AST juggles scheduled traffic, air-ambulance movements and charter arrivals all day, and they appreciate contractors who stay in their lane and finish on time.

Do you photograph the work for the tech log?

Yes. Every brightwork session ends with a photo report: before-and-after shots of each polished surface, close-ups of any staining or pitting we could not fully remove, and wide shots showing the overall result. The report goes to the chief pilot or flight-department manager by email the same day, with notes on condition, materials used and the recommended interval until the next polish. Many operators print the summary and slip it into the tech log as a maintenance record; others keep a digital file for their SMS or for the next audit.

The photos also protect both sides: if a leading edge already had a deep scratch or a dent before we touched it, the record shows that. If the metal comes up perfectly and then dulls again in six weeks, the pictures help us diagnose whether the sealant failed, the aircraft flew through a sandstorm, or the ramp crew power-washed the wings with caustic degreaser. Documentation is simply part of the job when you are working on someone else's asset, and it costs nothing but a few extra minutes at the end of the day.