Brightwork Polish at Catania Fontanarossa (LICC)

Why does brightwork oxidise faster at Catania Fontanarossa?

Catania sits 39 feet above sea level, four kilometres from the Ionian Sea. Coastal humidity carries salt particles that settle on bare-metal surfaces—leading edges, inlet rings, spinners, exhausts—and accelerate oxidation. You will see the dullness appear within weeks of a polish if the aircraft operates regularly into Mediterranean coastal airports.

Mount Etna adds a second variable. Volcanic ash fallout is a recurring event; the airport uses an X-band radar to monitor ash clouds, and short closures or diversions happen periodically. Ash that settles on parked aircraft is mildly acidic and abrasive. If it sits on polished brightwork for more than a day, it etches the surface and leaves a haze that a simple wash will not remove. We see this most often on aircraft that divert in during an ash event and remain on stand while the crew waits for clearance.

Both factors mean brightwork here needs attention two to four times a year if you want to maintain a mirror finish. Aircraft based elsewhere but transiting Catania frequently will show the same pattern: leading edges lose their gloss faster than they would at an inland or northern European field.

What changes at Catania Fontanarossa for a brightwork detail?

Catania Fontanarossa is fully slot-coordinated under Assoclearance Level 3 rules. Every GA and business-aviation movement requires a slot, arranged through your handling agent. That coordination shapes how we schedule: a one-day brightwork polish fits between legs if your inbound and outbound slots are separated by eight to twelve hours. Overnight work is straightforward when the aircraft remains on stand. Multi-day details—common when brightwork has not been polished in a year or more—need advance planning so the handler can secure consecutive parking and your next departure slot aligns with the finish time.

The single runway, 08/26 at 2560 metres, handles everything from narrowbodies to heavy jets, so apron access depends on traffic flow and which stand your handler assigns. We bring our own GPU and work under airside escort when required. Volcanic-ash closures are usually resolved within a day, but if your aircraft is on the apron during fallout, we will need to decon the brightwork before starting the polish cycle—ash must come off before any abrasive or compound touches the metal.

Catania is an airport of entry with customs available, so international arrivals clear without diversion. The city is four kilometres away; crew transport and hotel arrangements go through the handler, and that proximity makes multi-day details easier to coordinate when the aircraft will remain parked.

How long does a brightwork polish take at LICC?

Duration depends on the amount of bare metal and its condition. A typical super-midsize jet with polished leading edges, inlet rings and spinners takes one full day if the brightwork was last polished within six months. An ultra-long-range aircraft with extensive bare-metal surfaces—wings, horizontal stabilisers, nacelle inlets, exhaust surrounds, window trim—will take two to three days, especially if oxidation has progressed past the point where a single-stage compound will cut it.

We work by hand: each leading edge is compounded to remove oxidation, then polished through progressively finer grades until the reflection is mirror-clear. Inlet rings and spinners follow the same sequence. Exhaust surfaces often carry heat discolouration and carbon staining, which adds time. Once the metal is polished, we apply a sealant that slows oxidation and makes the next cycle shorter.

Turnaround brightwork—touching up leading edges and inlets between legs—takes four to six hours if the surfaces are already in good condition. That fits inside a same-day slot gap. A full brightwork detail, part of a complete exterior and cabin programme, stretches across two to four days depending on the aircraft size and the scope of the cabin work running in parallel.

Which surfaces do you polish during a brightwork detail?

We polish every bare-metal surface the OEM left unpainted: wing and horizontal-stabiliser leading edges, engine inlet rings, spinners, exhaust surrounds, thrust-reverser surfaces, window surrounds and any bright trim along the cheat line or fuselage. Leading edges take the most time because they run the full span and catch the most oxidation and impact damage from rain and particulate at cruise.

Inlet rings and spinners are next. These sit in the airflow and oxidise quickly, and they are the first things a passenger or line crew notices when they walk toward the aircraft. Exhaust surrounds and thrust-reverser brightwork often show heat discolouration—blue or bronze tint—which we remove during the polish cycle. Window surrounds and trim pieces are smaller but visible, and they frame the cabin windows, so a dull surround makes the whole aircraft look tired even if the paint is perfect.

After polishing, we seal every surface with a protective coating that bonds to the metal and slows oxidation. The sealant is not permanent—it wears off over three to four months—but it extends the interval between details and keeps the mirror finish intact longer, especially in coastal or volcanic environments like Catania.

Can you fit brightwork polish into a Catania turnaround?

Yes, if the turnaround window is eight hours or longer and the brightwork only needs a maintenance polish—meaning it was last detailed within the past four to six months and oxidation is minimal. We focus on leading edges and inlet rings, the surfaces that show first. The work happens on stand; we coordinate with your handler for apron access and work around any fuelling or catering schedule.

A same-day turnaround will not accommodate a full brightwork restoration if the metal has gone dull or if there is ash residue to remove first. That level of work needs one to three days, which means an overnight or multi-day stay. Slots are required for every movement at Catania, so the handler will build the parking and departure slot around the detail timeline once we confirm the scope.

Most operators scheduling a full brightwork polish here do so as part of a longer maintenance or cabin event—an AOG delay that stretches into a second day, a planned heavy clean with exterior wash and wax, or a complete detail cycle. The Mediterranean location makes Catania a logical place to catch up on appearance work if the aircraft is already on the island for charter or positioning.

What happens if volcanic ash falls on the aircraft during a detail?

We stop polishing immediately. Ash is abrasive and acidic; if we continue working with compound or polish while ash is in the air or settling on the surface, we will scratch the metal and grind the ash into the finish. The aircraft gets covered if covers are available, or we close access panels and mask inlets and exhausts to keep ash out of the engines and APU.

Once the ashfall stops and the airport reopens—usually within a day—we decon the brightwork before resuming the polish cycle. Decon means a careful rinse to lift ash particles off the surface without dragging them across the metal, then a pH-neutral wash to remove any acidic residue. Only after the surface is clean and dry do we start compounding again.

Ash events are not predictable, but they are part of operating into Catania. The X-band radar gives the airport and handlers advance warning, so closures are rarely a surprise. If your aircraft is on the apron during an ash event and you are mid-detail, the timeline will extend by half a day to a full day depending on the severity of the fallout and how much decon is required. We have managed this scenario multiple times; it is a known risk, and we plan for it when scheduling multi-day work at LICC.