Daher TBM 700 to TBM 960

Updated: October 2026 – On the general aviation apron a small, glossy-painted low-wing aircraft rolls up, a single five-blade propeller up front, small winglets on the wingtips. On takeoff it pulls away so briskly that you briefly think of a jet: that is very likely a Daher TBM. The series from Tarbes in southern France has been in production for more than 35 years and has evolved step by step from the TBM 700 to the TBM 960. On this page you learn how to recognize the TBM, how to tell the generations apart and where you are most likely to get it in front of your lens.

What is the Daher TBM?

The TBM is a single-engine pressurized turboprop for up to six people, the pilot included. Its concept is quickly explained: an engine from the proven PT6 family from Pratt & Whitney Canada pulls a compact, aerodynamically clean fuselage to cruising altitudes around 28,000 feet and to speeds otherwise reserved for small jets. Most aircraft are flown by their owners themselves, plus companies and charter operators.

The story begins in the 1980s with an unusual partnership. The French manufacturer Socata of Tarbes and the US manufacturer Mooney developed a turboprop variant from Mooney’s piston-engine prototype, the Mooney 301. The name reveals its origin: “TB” for Tarbes, “M” for Mooney. In 1987 Mooney and Socata’s then parent company Aérospatiale founded a joint venture, and the first flight of the TBM 700 followed on July 14, 1988. In January 1990 the type received French certification, in August 1990 American certification. Mooney withdrew in 1991, and Socata carried on alone.

The manufacturer’s present-day name is the result of several changes of ownership. Socata long belonged to Airbus predecessor EADS. The French family-owned group Daher first took over 70 percent in early 2009 and the rest in 2014. Since 2015 the aircraft business has operated only under the name Daher. The TBM is still built in Tarbes, near the Pyrenees. By the end of 2025, Daher says it had delivered 1,294 TBMs of all versions.

The three features that are enough to identify it

Small single-engine turboprops look alike at first glance. With three observations you can still pin down the TBM with confidence.

If you see the combination of one propeller, a low horizontal stabilizer and a compact low wing, you usually end up at the TBM or at Piper’s single-engine turboprops. The final certainty comes from the registration: you use it to look the aircraft up in registers and databases. How to read registrations and which country is behind them is explained in the guides on aircraft registrations and country codes.

The generations: from the TBM 700 to the TBM 960

Over more than three decades the manufacturer has upgraded the TBM again and again without giving up the basic shape. For spotters the most important thing is this: the biggest visible leap came in 2014 with the TBM 900. Since then the versions have differed mainly in the cockpit and the engine.

Version	Introduced	Engine	Key new feature
TBM 700 (A, B, C)	In service 1990	PT6A-64	First production version; the B brought a wider cabin door
TBM 850	from 2006	PT6A-66D	More power in cruise, later with Garmin G1000 cockpit
TBM 900	March 2014	PT6A-66D	Winglets, five-blade propeller, larger air intake, single-lever power control
TBM 930	April 2016	PT6A-66D	Garmin G3000 cockpit with touchscreens
TBM 910	April 2017	PT6A-66D	Lower-priced version with Garmin G1000 NXi
TBM 940	March 2019	PT6A-66D	Autothrottle and automatic de-icing
TBM 960	April 2022	PT6E-66XT	Digital engine and propeller control, Hartzell Raptor propeller, optional Prestige cabin

The TBM 700 came in several sub-versions: the 700B got a wider cabin door, the 700C a baggage compartment without pressurization in the tail and a higher takeoff weight. The TBM 850 looks very similar to the 700 on the outside. Its PT6A-66D is limited to 700 shaft horsepower on takeoff but may deliver 850 in cruise, which makes it faster at altitude.

With the TBM 900, 2014 brought the biggest exterior revision so far. Socata gave it specially developed winglets, an air intake about 40 percent larger, reshaped exhaust stacks, additional inner landing gear doors and a small, sharp-edged strip in front of and below the left wing leading edge that improves stall behavior. In addition, the five-blade Hartzell propeller became standard. In the cockpit a single power lever combines the functions that previously needed several levers.

The TBM 960 replaced the TBM 940 in 2022. Its PT6E-66XT is the first engine in the series with dual-channel digital engine and propeller control; takeoff runs automatically after a single switch press. According to the manufacturer, the new composite Raptor propeller reduces weight, noise and vibration. Maximum takeoff weight rose to around 3,454 kilograms. The TBM 910 stayed in the lineup at first as a lower-priced variant.

One detail makes the TBM 960 interesting even for non-pilots: HomeSafe. A passenger can trigger the automatic emergency landing function in the Garmin cockpit if the pilot becomes incapacitated. The system then picks a suitable airport on its own, flies to it and lands.

TBM, PC-12, Piper or Kodiak?

The finder helps you sort a small single-engine turboprop with three observations.

The TBM is most often confused with the Pilatus PC-12 – after all, both fly with a PT6 at the same airfields. But tail and size reliably separate them. Closer is the Piper PA-46 in its turboprop versions: also a low-wing aircraft with a pressurized cabin and a low horizontal stabilizer. When in doubt, only the type code in the tracking service or the registration helps here. The Daher Kodiak and the Cessna 208 Caravan, by contrast, are boxy high-wing aircraft with fixed gear and play in an entirely different league. For an overview of other propeller aircraft, see the guide Telling turboprops apart.

Where to find the TBM

The TBM is a general aviation and business aviation aircraft. There are practically no scheduled flights with fixed times; owners, companies and charter operators decide when and where it flies. According to available information, around 90 percent of all TBMs are flown by their owners themselves. So you find them where private and business travel traffic is handled.

At Zurich Airport and Geneva Airport, the TBM regularly mixes in among the business jets. In Zurich you have a good view of the apron from observation deck B, in Geneva from the observation deck onto the main runway. Smaller commercial and regional airfields that see a lot of general aviation have even better chances – there a TBM stands out immediately among piston-engine aircraft.

One date belongs firmly in the calendar: AERO in Friedrichshafen, Europe’s big general aviation show. Daher regularly exhibits there; in 2026 the TBM 980 had its European show premiere here. Around the show, numerous private aircraft land at Friedrichshafen Airport, often including several TBMs. More in the article on AERO Friedrichshafen.

Place	Chance of a hit	Why
Tarbes area (southwestern France)	high	Manufacturer’s site with test and delivery flights
AERO Friedrichshafen	high, but only during the show	Manufacturer presentation and many owners flying in
Geneva and Zurich	medium	Heavy business aviation traffic
Regional airfields with lots of general aviation	medium	Private, corporate and charter flights
Large hubs like Frankfurt	low	Little general aviation, high fees

How to follow such flights live is explained in the guide on flight tracking with ADS-B. General tips on private and business travel traffic are under Spotting general aviation and Spotting business jets. Why type codes like TBM9 are so handy is explained in IATA and ICAO codes explained.

Military TBMs in France

The TBM is not only a private aircraft. In France both the air and space force and the army aviation (ALAT) use the TBM 700; in 2016 that was a good 20 aircraft combined. They wear military liveries and markings and are seen mainly in France. If you want to photograph at military airfields, read the guide Photographing military airfields first.

Spotting in practice: small, fast, often a surprise

The TBM poses similar challenges to other general aviation aircraft: it is small, sometimes uses secondary runways, taxis to remote aprons and shows up without advance notice. With a little preparation you still get good pictures.

The runway direction in use tells you which way the TBM lands; how to judge it in advance is explained in Understanding the runway direction at an airport. Whether your location is legally fine is covered in Is plane spotting allowed?.

Photo tips specifically for the TBM

With its long nose, slim fuselage and winglets, the TBM is an elegant subject. A few points lift your picture considerably.

If you are specifically after more general aviation exotics, you will find inspiration under spotting rare aircraft. The same aprons often host small jets like the Cirrus Vision Jet or the Pilatus PC-24 and twin turboprops like the Beechcraft King Air 200.

Common mix-ups and how to rule them out

Conclusion

The TBM shows how far a basic concept from the 1980s can be carried. One propeller, a low-set horizontal stabilizer and the compact shape reveal the type; winglets and a five-blade propeller separate the modern 900 series from the TBM 700 and 850. Getting down to the individual version – 910, 940, 960 or 980 – usually only works via the registration. Because the TBM has no scheduled flights, every sighting becomes a small hunt: live tracking and a location close to general aviation turn it into a plan.