Skid-gear AW109 variant aimed at fast point-to-point utility with simplified ground handling for off-airport work.
The AW109 Trekker is a light twin built around the AW109 family’s speed-oriented airframe, paired with skid landing gear to better suit uneven or unimproved landing sites. It targets operators who want a compact, IFR-capable twin for regional transport, medical and public service roles, and utility missions where wheeled gear is less practical. Compared with classic wheeled AW109 variants, the Trekker emphasizes robustness and mission flexibility over ramp convenience.
Currently for saleIn typical buyer use, the Trekker fits 2–6 passenger transport and special-mission configurations where a light twin’s performance and redundancy matter. It is commonly considered for mixed profiles—executive shuttle on some days, mission kits on others—provided the cabin configuration and weight-and-balance are managed for each role. If your mission is dominated by large medical interiors, heavy external loads, or consistent high-density seating, a larger helicopter category may be a better match.
Cabin experience is defined more by configuration than by a single standard layout. The AW109 Trekker’s cabin is sized for light-twin transport—comfortable for short to medium legs, with practical access for passengers and mission equipment. Noise and vibration levels are typical for the class; buyer perception depends heavily on interior completion, headset/intercom setup, and door/seat configuration. For medical or public-service missions, the value is in how easily the cabin can be arranged for equipment and attendant access.
The Trekker is typically equipped with an integrated glass cockpit and IFR avionics suite appropriate for single-pilot or two-pilot operations, depending on certification and operator policy. The philosophy is modern integration—navigation, communication, and aircraft systems monitoring in a consolidated flight deck—while keeping the airframe within the proven AW109 lineage. Actual capability (e.g., coupled approaches, digital maps, HTAWS, weather) is determined by the installed avionics options and software levels.
450 nm from New York
Agusta / Leonardo AW109 Trekker — 450 nm range
Operationally, the AW109 Trekker is used for high-cycle regional flying where speed and twin-engine redundancy are valued, and for missions that benefit from skid gear at the destination. Planning should account for payload-range tradeoffs typical of light twins: fuel load, passengers, and installed mission equipment can quickly compete for useful load, particularly in hot/high conditions. Standardization of cabin layout and mission kits can reduce turn-time variability and simplify dispatch.
Maintenance considerations follow a modern, turbine twin profile: scheduled inspections, component life limits, and avionics/software configuration management. For buyers, the practical differentiator is how the aircraft has been operated—high-cycle transport versus mission work can drive different wear patterns—and how well records and modifications are controlled. Supportability is strongest when the aircraft configuration stays close to standard and when mission equipment installations are well-documented.