Exterior Dry Wash at Rimini Federico Fellini (LIPR)

What changes at Rimini Federico Fellini?

Rimini sits at just forty feet elevation on the Adriatic coast, where the combination of sea air, summer heat and resort-season traffic creates specific demands on exterior surfaces. The single runway—13/31, measuring 2,962 metres—handles seasonal peaks from May through September, when business jets arrive for coastal villas, yacht transfers and events across Emilia-Romagna. Salt carried inland on the prevailing breeze settles on paint and windscreens within hours; left untreated, it bonds to the clear coat and accelerates oxidation, particularly on dark registry schemes.

The airport is managed by AIRiminum 2014 and functions primarily as a commercial passenger facility; general-aviation infrastructure is limited, and handling agents present at the airport coordinate all airside access for third-party service providers. Customs is available on site, making Rimini a practical entry point for inbound European flights. The dry-wash method suits the operational rhythm here: no wash-bay slot, no GPU dependency, and the crew works around your turnaround without tying up the stand longer than the published ground time.

How does the handler coordinate a dry wash on the Rimini apron?

Handlers at Rimini expect advance notice—typically forty-eight hours—so they can secure the airside escort, confirm stand availability and align the service window with your arrival or overnight stop. We submit our personnel details and insurance certificates before each job; the handler issues temporary passes and meets the crew landside to escort them through security. Because the airport's public information covers only scheduled passenger operations, coordination flows entirely through the handling agent, who also manages any timing changes if your slot shifts or weather delays the inbound.

On the ramp we position our kit upwind when possible to keep overspray off adjacent aircraft, though the waterless formulation produces minimal aerosol. If you are parked near a commercial stand or close to passenger-boarding bridges, the handler may ask us to work specific sections during quieter periods; we adapt the sequence—starting with the belly and gear bays, then moving to the fuselage and wings—so that high-traffic areas are completed first. The handler receives a copy of the photo report and tech-log entry at the end of the job, which simplifies their own close-out paperwork.

What does Adriatic salt do to exterior surfaces between washes?

Salt haze is less dramatic than a post-flight bug strike but more insidious over time. Sodium chloride particles suspended in coastal air settle on horizontal surfaces—wing roots, the crown of the fuselage, nacelle tops—and absorb moisture from the atmosphere, creating a thin corrosive film that etches through wax and into the clear coat if left for weeks. Dark paint shows the damage first: a dull, chalky bloom that no longer reflects light cleanly. Windscreens develop a haze that interior cabin crew sometimes mistake for film on the inside.

Dry wash removes the salt layer without the risk of streaking that comes from a traditional hose rinse on a hot airframe. The waterless solution emulsifies contaminants and suspends them in the product, which we then lift away with microfibre cloths, leaving a light hydrophobic layer that repels the next round of salt until your next scheduled clean. For aircraft based at Rimini or returning weekly during the season, we recommend a two-week interval; transient jets benefit even from a single pass if the next leg takes you inland or across the Alps, where the salt stops being a factor.

Which parts of the aircraft receive the most attention during an exterior dry wash?

We start at the belly and landing-gear bays, where hydraulic weeps, brake dust and apron grime concentrate. Degreasing these areas properly requires a separate product and stiff brushes for the wheel wells; the dry-wash solution alone will not cut through baked-on brake residue or oil films. From there we move to the fuselage, working in sections from nose to tail, removing exhaust soot around the APU outlet and any streaking below the lavatories.

Wings and empennage come next: leading edges receive a careful wipe to clear bug residue without abrading the paint, and we inspect the cheat line for scuffs or areas where the wax has worn thin. Nacelles are cleaned from the spinner back to the pylon, including the intake lip and the visible portion of the fan blades if the engine has cooled. Exterior windows and lights are polished last, using a separate glass cleaner that leaves no film. Brightwork—nose cone, leading-edge strips, windscreen frames—gets a light touch-up if tarnish is present, though a full polish is a different service and requires additional time.

How long does the exterior dry wash take at Rimini, and can it fit inside a turnaround?

Duration depends on aircraft size and condition. A super-midsize jet in regular service, arriving with light soiling, takes three to four hours from chocks-on to final inspection. An ultra-long-range airframe that has crossed the Atlantic and picked up a winter's worth of grime may need six to eight hours, particularly if the belly has not been touched in months. We give you a time estimate when you request the service, based on the registration and the last-wash date if you have it.

Turnarounds are possible for shorter aircraft if your ground time exceeds four hours and the handler can guarantee uninterrupted stand access—no GPU swap mid-job, no fuel truck blocking the tail. Overnight stops are more common and less pressured: we start after the passengers deplane and finish before your morning departure, leaving the photo report in the tech log. If you are AOG for maintenance and the aircraft will sit for a day or more, we can schedule the wash around the engineers without competing for access to panels or gear doors.

What documentation and photo reporting do you provide after the dry wash?

Every job closes with a dated tech-log entry summarising the work performed, products used and any observations—paint chips, missing fasteners, fluid stains that suggest a leak upstream. We photograph the aircraft before we begin and again at completion, capturing each major section: nose, fuselage left and right, tail, wings, belly and gear. The images are time-stamped and geotagged, stored in a shared folder that you and your handler can access for records or insurance purposes.

If we find anything that warrants the chief pilot's attention—a deep scratch on the leading edge, a nacelle dent, corrosion blooming around a door seal—we flag it in the report and photograph the detail. We do not perform repairs, but the documentation gives your maintenance team a head start when the aircraft returns to base. The handler receives a copy of the final report as part of their own ground-services file, which simplifies audit trails if the aircraft is under a management contract or operating under Part-NCC.