Complete Detail at Payerne (Swiss Aeropole) (LSMP)

How does airside access work at Payerne for a third-party detailing crew?

Civil use of the airfield shares infrastructure with the Swiss Air Force base, home to F/A-18 squadrons and aerospace flight-testing activity. Every arrival requires prior permission through the Swiss Aeropole online portal, and handling by Speedwings Business SA is mandatory. That handler issues the airside escort and coordinates apron movements, GPU supply and any towing into or out of the heated hangars.

Our crew arrives the evening before or early on the morning of the first work day, checks in at the Speedwings terminal and meets the duty manager to confirm hangar allocation, lighting, water supply and waste disposal. The handler expects a brief outlining which areas of the aircraft will be masked, when we need the gear down or the main door open, and roughly when the aeroplane will be released. If you are scheduling a pre-buy inspection or maintenance at the same time, we build a joint timeline with the engineer so that no task blocks another.

Escort requirements apply whenever we move between the FBO apron and the hangar or cross any painted line that separates civil from military zones. The process is straightforward once PPR is granted, but it cannot be arranged on the day of arrival.

What changes at Payerne (Swiss Aeropole) that affects a multi-day detail?

The field sits at 1,460 feet above sea level in the Swiss midlands, with a single runway shared by military fast jets, resident test aircraft and business aviation. The Speedwings FBO, inaugurated in 2019, offers a dedicated apron with direct ramp access and 6,600 m² of heated hangar space described as 'aircraft residences', alongside 1,240 m² of office facilities. That heated environment means we can polish, compound and disinfect interiors throughout the Swiss winter without waiting for ambient temperature or relying on portable heaters.

Payerne is not slot coordinated—only Geneva and Zurich fall under the Slot Coordination Switzerland regime—but the PPR portal enforces a structured flow of movements. Universal Weather lists the airport as an entry point, though customs availability is noted as limited; confirm arrangements through your handler well in advance if you are arriving from outside Schengen. Operating hours and any curfew are not published in the civil NOTAM chain; the handler will specify the window during which ground power, towing and our crew may work.

Water for rinseless wash and interior work comes from the FBO's own supply. Waste-water disposal follows the site environmental plan, and the handler provides the collection point. If winter operations bring de-icing into the schedule, our crew masks pitot tubes and static ports before any Type I or Type IV application and inspects leading edges and the belly after the holdover period expires.

Why does Complete Detail at Payerne take two to five days?

Duration depends on aircraft size, the condition of the paint and how much contamination has built up since the last polish. A super-midsize jet that has flown through a European summer—industrial fallout over the Rhineland, salt haze along the Mediterranean, bug strikes, exhaust staining on the nacelles—will sit at the lower end of that range. An ultra-long-range airframe returning from multiple continents, or one that has not seen a compound and polish in eighteen months, pushes toward the five-day mark.

We start with a dry wash of the entire exterior to lift loose dirt and establish a clean working surface. Paint decontamination follows: a clay-bar treatment that removes bonded contaminants the wash cannot reach. Single-stage machine polishing comes next, restoring gloss and levelling minor oxidation. Brightwork—exhaust surrounds, nacelle lips, windscreen frames—is polished by hand. While the exterior cures under hangar lighting, the cabin team completes the full interior detail: every surface vacuumed, wiped or shampooed, galley and lavatory disinfected, flight deck cleaned around avionics with no-touch protocols. The final disinfection pass covers high-contact surfaces throughout the aircraft.

Each stage must cure or dry before the next begins. Rushing a polish risks hazing; hurrying a cabin shampoo traps moisture in seams. The photographic report we deliver at the end documents the before-and-after state of every treated surface, a record that supports pre-buy negotiations or reassures a new owner.

How do you coordinate Complete Detail around other maintenance or inspections at LSMP?

Operators often combine a multi-day detail with scheduled maintenance, an avionics upgrade or a pre-buy inspection, particularly when the aircraft is already inside a heated hangar and the downtime is planned. We begin by sharing a work statement with the engineer or inspection team: which panels we need open for gear-bay cleaning, when we require access to the belly, whether brightwork polish will happen before or after any engine ground run.

If maintenance discovers an AOG defect or a part arrives late, the detail schedule flexes. Exterior wash and decontamination can pause while a cowling is removed; interior work shifts to the flight deck or the aft cabin while a technician occupies the galley. The Speedwings handler tracks all activity through a single point of contact, so everyone knows when the GPU will be moved, when the aircraft will be towed to a different stand, or when the apron must be clear for an arriving test flight.

For a pre-buy inspection, we typically complete the exterior polish and cabin detail before the surveyor arrives, so the aircraft presents in the condition the buyer expects to receive. The photographic report then forms part of the delivery documentation.

Is Payerne practical for recurring detail work, or only one-off projects?

Both models work. Flight departments that base an aircraft in Switzerland or schedule regular stops at Payerne treat Complete Detail as an annual or twice-yearly appointment, often timed to the change of season: a spring refresh after winter salt and de-icing fluid, or an autumn preparation before the aircraft enters a charter programme. The heated hangars and the FBO's office space make the site equally practical in January and July.

One-off projects—pre-sale details, post-delivery corrections, or the restoration of an airframe that has sat outside for months—suit Payerne just as well. The PPR process and mandatory handling mean every visit is planned in advance, which aligns with the lead time a comprehensive detail requires anyway. Operators flying in from elsewhere in Europe appreciate the central location and the absence of slot coordination; those managing a sale or a pre-buy value the privacy of a military-adjacent field with limited civil traffic.

We return to LSMP several times each year, so the handler knows our crew, our equipment list and our waste-disposal routine. That familiarity speeds airside clearance and reduces the administrative overhead for your flight department.

What does the handler expect from a detailing crew working at Speedwings Payerne?

Speedwings Business SA manages every civil movement on the apron and inside the hangars, and the duty team expects a clear brief before work begins: the scope of the detail, the equipment we will bring airside, the schedule for each day, and any request for towing, GPU repositioning or extended hangar access outside the usual daytime window. They also want to know whether we will generate waste water—rinseless wash produces almost none, but a full gear-bay clean or a belly decontamination may require a collection cart—and where we will stage our kit between shifts.

The handler's operations frequency is 131.880 MHz. If the aircraft needs to be moved or if another operator has requested the hangar slot, the duty manager will call or walk over; we keep a radio on that frequency whenever we are airside. At the end of each day, we confirm the hangar will remain heated overnight, that the aircraft is chocked and the main door is secured, and that all waste has been removed to the designated point.

Because the airfield hosts military fast-jet operations and industrial test flights, the handler enforces strict FOD discipline. Every panel we remove is photographed and logged; every tool is accounted for before we leave the apron. That rigour protects both the client aircraft and the wider operation, and it is a regime we follow as standard on every job.