DAHER TBM-700C2
High-performance single-engine turboprop focused on efficient IFR travel with short-field flexibility.
The DAHER (SOCATA) TBM-700C2 is a pressurized, single-engine turboprop designed to cover regional-to-cross-country missions at jet-like cruise speeds while retaining access to shorter runways than most light jets. It is typically configured for one pilot plus up to five passengers, emphasizing dispatch reliability, fast climb, and practical operating economics for owner-operators and small flight departments.
Currently for saleMission Alignment
The TBM-700C2 fits missions where a single pilot wants turbine performance for point-to-point travel, including high-altitude weather avoidance and terrain clearance. It works well when passenger count is limited and when the ability to use smaller airports reduces ground time. For consistently full seats, bulky luggage, or strict corporate twin/jet policies, the airframe may be a compromise.
Best For
Not Ideal For
Cabin Experience
The pressurized cabin is arranged around a club-style seating concept with a forward cockpit separated from the cabin, providing a quieter, more stable ride than pistons at similar trip lengths. Cabin comfort is oriented toward functional business travel: upright seating, adequate personal space for a turboprop, and baggage accommodations suited to typical carry-on and soft luggage loads rather than large hard cases.
Configuration Notes
Technology & Systems
The TBM-700C2’s avionics and systems philosophy centers on workload reduction for single-pilot IFR with conventional turboprop systems architecture. Fleet avionics vary significantly by year and retrofit history, from legacy EFIS suites to modern glass upgrades, so capability should be evaluated aircraft-by-aircraft rather than assumed from model designation.
Buyer Checks
Operating Profile
Operationally, the TBM-700C2 is used for fast climbs to the mid-to-high flight levels, efficient cruise, and straightforward single-pilot handling. Runway requirements are generally compatible with many regional and community airports, but real-world performance depends on weight, temperature, elevation, and surface condition. Trip planning typically balances speed with fuel stops and payload, especially when carrying multiple passengers and baggage.
Key Triggers
Maintenance & Ownership
Supportability is generally good through established TBM service networks, but maintenance outcomes depend heavily on engine program status, compliance with airframe and avionics service bulletins, and the quality of prior maintenance records. Prebuy evaluation should focus on engine health, propeller condition, pressurization integrity, and corrosion/structural inspection items typical for the type and age range.