DAHER Kodiak 100 Series III
Rugged, short-field turboprop optimized for remote access, mixed payloads, and simple operations.
The Kodiak 100 Series III is a high-wing, fixed-gear, single-engine turboprop designed around utility missions where runway length, surface quality, and loading flexibility matter more than cruise speed or a pressurized cabin. It is commonly configured to switch between passengers, cargo, and medevac-style layouts with minimal downtime, making it a fit for operators who routinely fly into short or unimproved strips and need predictable dispatch with straightforward ground handling.
Currently for saleMission Alignment
This model suits point-to-point flying where the destination is the constraint—short runways, rough surfaces, limited ground support, or the need to carry bulky items. It can serve as a practical regional shuttle, adventure/outfitter platform, or special-mission aircraft. If your typical flying emphasizes high cruise efficiency, high-altitude comfort, or consistently long legs, other turboprops or light jets may align better.
Best For
Not Ideal For
Cabin Experience
Cabin experience is oriented toward utility and access. The high-wing airframe supports good visibility and typically easier boarding/ground clearance around the cabin area. Interiors vary widely by operator: from durable, easy-clean passenger seating to more refined private-use finishes. Expect a functional environment with an emphasis on payload flexibility and practical stowage rather than a quiet, pressurized executive cabin.
Configuration Notes
Technology & Systems
Series III updates generally focus on incremental improvements to avionics integration, cockpit ergonomics, and operational capability rather than introducing complex, cutting-edge systems. The design goal is to keep pilot workload manageable for utility missions while maintaining broad supportability for single-engine turboprop operations.
Buyer Checks
Operating Profile
Operationally, the Kodiak is typically flown as a low-to-mid altitude utility platform with strong takeoff and landing performance. Its fixed gear and robust airframe are aimed at frequent cycles and less-prepared airfields. Owners/operators often value predictable turnaround, simpler handling on the ground, and the ability to operate with limited infrastructure, accepting the comfort and speed limits of a non-pressurized single-engine turboprop.
Key Triggers
Maintenance & Ownership
Maintenance planning tends to be straightforward for a single-engine turboprop, but utility use can shift costs toward inspections and component wear related to cycles, field conditions, and corrosion control. The airframe’s mission profile often means close attention to landing gear, tires/brakes, and airframe condition from gravel/dirt operations, as well as propeller condition if operated near debris.