Aircraft model
SOCATA TBM-700N
Everything here is true of every aircraft of the type, not of any one aircraft.
The TBM is a single-engine turboprop built for speed rather than volume: it cruises at 300 knots and more in the flight levels, which is jet territory, in a pressurised six-seat cabin, on a single PT6. It is the aeroplane an owner-pilot buys to do 1,200-mile business trips alone or with two or three others, quickly and at flight levels where the weather mostly is not. Unlike the PC-12 it has no cargo door and a much smaller cabin — it is a fast personal aeroplane, not a utility one. Every TBM ever built is certified as a TBM 700, so the registry name hides thirty years of development. The original 700A of 1990 has a 700 shp PT6A-64 and conventional instruments; the 700B added the wide entry door, the 700C1 a rear cargo compartment, and the 700C2 raised gross weight to 7,394 lb. The TBM 850 of 2006 has the PT6A-66D rated at 850 shp in flight, with the Garmin G1000 standard from 2008. The TBM 900 of 2014 added winglets and a five-blade propeller, the 930 of 2016 the Garmin G3000 touchscreen deck, the 940 of 2019 an autothrottle and automatic de-icing, and the 960 of 2022 a FADEC-controlled PT6E-66XT and autoland. A 1995 TBM 700 and a 2015 TBM 900 are a hundred knots and two generations of cockpit apart on paper that says the same thing.
The constraint is payload. With full fuel the cabin load is around a thousand pounds and in practice a TBM flown to its full range carries the pilot and two or three people, not six. Operating costs are turbine costs — hot section inspections, an eventual overhaul in the high six figures, and Jet-A at around 55-60 gallons an hour. It is fast and slippery and demands real energy management on descent and approach; the type's accident record includes several loss-of-control events involving pilots transitioning from slower aircraft. No type rating is required at this weight, but every insurer requires formal initial and recurrent simulator training, and a mentor pilot requirement for low-time owners is common.
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- SOCATA TBM-700N
What it is
| Seats | 6 |
|---|---|
| Landing gear | tricycle |
| Engines | 1 |
| Engine | Pratt & Whitney Canada PT6A-66D |
| Horsepower | 850 hp |
| Fuel | JetA |
| Certification basis | FAR23 |
| Production start | 1990 |
| Production end | current |
| Endorsements required | complex;high-performance;pressurized/high-altitude |
Performance
| Cruise speed | 320 KTAS |
|---|---|
| Range | 1,585 nm |
| Service ceiling | 31,000 ft |
| Climb rate | 2,380 ft/min |
| Stall speed (Vso) | 65 KCAS |
| Takeoff over 50 ft | 2,380 ft |
| Landing over 50 ft | 2,430 ft |
Load and fuel
| Seats | 6 |
|---|---|
| Useful load | 2,754 lb |
| Full-fuel payload | 804 lb |
| Max takeoff weight | 7,394 lb |
| Empty weight | 4,640 lb |
| Usable fuel | 291 gal |
| Fuel burn at cruise | 58 gal/h |
Cost of ownership
| Price, low | $1,500,000 |
|---|---|
| Price, high | $3,000,000 |
| Prices as of | 2026 |
| Engine TBO | 3,500 h |
| Overhaul cost, low | $500,000 |
| Overhaul cost, high | $750,000 |
The fleet and its record
| Registered, all time | 1 |
|---|---|
| Active fleet | 1 |
| Median year built | 2015.0 |
| NTSB events, last 10 years | 0 |
| Fatal events, last 10 years | 0 |
| Events per 1,000 active, last 10 years | — |
| Personal-flying events per 1,000 active | — |
| Ownership transfers, last 24 months | 0 |
| Transfers per 100 active | — |
| Airworthiness directives | 34 |
| Directives, last 5 years | 6 |
| Rate confidence | none |
Peer scores6
| Peer class | Fixed wing single-engine, turbo-prop, 1 engine, 5-6 seats |
|---|---|
| Accident record | —1 |
| Severity | —2 |
| Access | —3 |
| Support | —4 |
| Liquidity | —5 |
- Accident record: class median 21.76 · 4 models in class.
- Severity: class median 20.83.
- Access: class median 3,135.2.
- Support: class median 107.
- Liquidity: class median 62.18.
- Each of the five categories places the model within its peer class, from 0 (the worst of the class) to 10 (the best): a position among comparable models, not a grade. The overall score is the sum of the categories shown that are scored, out of 10 for each (50 when all five are); it is given only when at least 4 of the five are scored, and it can be set against another model's only when both are in the same peer class and scored on the same categories.