The Daher TBM Nine Sixty, Three Hundred Thirty Knots in a Single-Pilot Turboprop, and the Used Market Question Behind a Nearly New Listing

Flying Magazine flagged a 2022 Daher TBM 960 listed on AircraftForSale as a top pick in the high-performance turboprop category. At 330 knots true airspeed and a service ceiling of FL310, the TBM 960 does not compete incrementally with fast piston aircraft - it operates in a different mission category. For the right buyer, a nearly new example on the used market represents a compelling acquisition opportunity worth examining closely.

What Is the Daher TBM 960?

The TBM 960 is the current flagship of Daher’s single-engine turboprop line. The name is literal: 960 refers to 960 shaft horsepower, delivered through a Pratt & Whitney Canada PT6E-66XT - a FADEC-equipped variant of the PT6 family that fundamentally changes how the airplane is flown.

The TBM program originated in the late 1980s as a joint venture between Socata, a French aircraft manufacturer, and Mooney Aircraft of Kerrville, Texas. The goal was to package light business jet performance into a single-engine turboprop that an owner-pilot could afford to buy and operate. Mooney stepped away from the program in the early 1990s. Socata, now part of the broader Daher aerospace group, carried it forward.

The original TBM 700 entered service in 1990 - pressurized, fast, single-pilot capable, and already in a different performance class from anything in the high-performance piston world. Successive variants (the 850, 900 series, 910, 930, 940, 950) each brought aerodynamic refinements, avionics upgrades, and engine improvements. By the time the TBM 960 launched in 2022, the platform had been in continuous development for over thirty years.

Why Platform Maturity Matters When Buying Used

A design that has been in production for three decades brings tangible operational advantages. The airframe is mature, the maintenance community knows it deeply, parts availability is solid, and failure modes are well documented.

Unlike early-generation designs, a TBM has a deep institutional support base. Type-experienced shops, designated pilot examiners, and qualified instructors are not difficult to find. That matters when evaluating a used example and planning long-term ownership.

What Made the TBM 960 Different: FADEC and Autothrottle

Two specific upgrades separated the 960 from its predecessors: the PT6E engine with Full Authority Digital Engine Control (FADEC), and an integration with the Garmin G3000 NXi avionics suite that enabled autothrottle.

The Pratt & Whitney Canada PT6 family powers everything from Beechcraft King Airs to the Pilatus PC-12. In production since the early 1960s, the PT6 has accumulated hundreds of millions of flight hours and is by any reasonable measure one of the most reliable aircraft engine designs in aviation history.

Previous TBM variants used conventional PT6 configurations where the pilot managed power directly - monitoring torque, inter-turbine temperature, and gas generator speed continuously. That is a manageable workload, but it is a continuous one, particularly in a single-pilot environment where attention is already distributed across navigation, communications, weather, and traffic.

FADEC places a computer between the pilot’s power lever and the fuel control unit. The pilot sets intent; the FADEC determines exact fuel delivery, manages propeller speed, and enforces all operating limits automatically. Engine management shifts from active workload to supervised automation. In high-workload phases - departure into IMC, weather penetration, complex instrument approaches - the cognitive reduction is meaningful.

The Garmin G3000 NXi takes this further. The three-display widescreen glass cockpit integrates autopilot, synthetic vision, terrain awareness and warning (TAWS), traffic collision avoidance (TCAS), and connected weather datalink. In the 960, Garmin’s autothrottle communicates directly with the FADEC - under the right conditions, the airplane manages its own airspeed, flight path, and engine parameters simultaneously. The pilot monitors, decides, and communicates. That represents a qualitatively different environment from single-pilot turboprop flying even a decade ago.

TBM 960 Performance Numbers

Maximum cruise speed: 330 knots true airspeed at optimal altitude
Range with reserves: approximately 1,730 nautical miles
Service ceiling: FL310 (31,000 feet)
Pressurization differential: 5.2 psi, yielding a cabin altitude of roughly 8,000 feet at FL280
Maximum takeoff weight: approximately 7,400 pounds
Fuel capacity: approximately 280 gallons of Jet A
Climb performance: FL250 in approximately 15 minutes from sea level under standard conditions

For context: a Piper Malibu Mirage cruises around 210–215 knots. A Cessna 400 delivers approximately 225 knots. The TBM 960 at 330 knots is not incrementally faster. On a 1,200-nautical-mile trip, the speed advantage translates to roughly three hours saved compared to the fastest piston alternatives - on some itineraries, the difference between an efficient workday and an exhausting one.

Why Is a 2022 TBM 960 Already on the Used Market?

A 2022 TBM 960 is approximately three years old. For a well-maintained turboprop, that is very young. PT6E engines carry TBOs measured in thousands of hours, and a typical three-year-old example is likely in the 300–500 hour range - significant engine life remaining before major scheduled maintenance events.

Nearly new high-performance turboprops reach the used market for consistent, predictable reasons. Upgrade cycling is the most common in this category: Daher releases refined variants on a regular cadence, and buyers who purchased a TBM 950 moved to the 960 at launch. Some 960 owners will move to whatever Daher releases next. The airplane is not failing - the owner wants the latest version.

Business model changes also move airframes. A company that needed owner-operated turboprop capability during one growth phase may have transitioned to fractional jet access or a dedicated company aircraft, changing the financial model and putting the airplane up for sale.

Less frequently, medical certificate changes, retirement from active flying, or significant life events put a low-time airplane on the market at any age. Whatever the reason, a 2022 example with low hours, factory equipment, and a clean maintenance history is a genuinely appealing acquisition for the right buyer.

Who Is the Right Buyer?

The TBM 960 requires a type rating - an FAA regulatory requirement involving a type-specific checkride with a designated pilot examiner, preceded by structured ground school and simulator training. The primary training providers are FlightSafety International in Wichita, Kansas and SIMCOM Aviation Training Centers. Initial courses typically run seven to ten days, and the cost is real: budget several thousand dollars for the initial program before touching an airplane.

Beyond the regulatory requirement, the insurance underwriter sets a separate, often higher bar. On an airplane likely listed in the $3–$5 million range, hull insurance carriers typically want to see:

Total pilot time in the 4,000–5,000 hour range
Substantial documented instrument time
Meaningful turbine-specific hours

That is not universal. Brokers who specialize in high-value GA aircraft can sometimes structure coverage for less experienced pilots. But the buyer who enters this process with realistic expectations will be better positioned than one who discovers the bar mid-transaction.

Once the initial type rating is held, the commitment continues. Insurance carriers commonly require annual recurrent training specific to the TBM type, meaning a return to a simulator facility each year. That investment is also genuinely valuable: high-performance turboprop operation in actual IMC with FADEC automation benefits from regular scenario-based practice. The TBM owner community has developed a culture of voluntary continuation training that goes beyond regulatory minimums - and that culture is a significant part of why the TBM carries an excellent safety record.

Operating Costs: What to Budget

Direct operating costs include Jet A fuel at regional pricing, engine reserves against eventual overhaul, avionics subscriptions and database services, scheduled inspections, and unscheduled maintenance. Daher and third-party providers offer structured maintenance programs that bundle some of these into a predictable hourly figure.

For a typical profile of 100–150 flight hours per year on cross-country routes, direct operating costs run approximately $500–$800 per flight hour, depending on fuel prices and maintenance approach.

Compared against first-class commercial travel for a family of four on routes without direct service, or against fractional jet ownership at similar annual utilization, the economics look materially different. The TBM 960 is not cheap. For the mission it serves, it is not necessarily the most expensive solution either.

The schedule flexibility premium compounds with every flight. TBM operators typically depart from airports minutes from their actual origin and land at airports minutes from their actual destination. A commercial routing through a major hub adds two to four hours to the same trip. At 330 knots, that advantage stacks with every mile flown.

How the TBM 960 Compares to Alternatives

Piper M600: A capable pressurized turboprop at lower acquisition cost and somewhat lower cruise performance - a realistic step-down alternative for buyers with lower utilization or budget constraints.

Pilatus PC-12: A larger airplane in a higher cost tier, with a bigger cabin and a different mission profile suited to cargo, medevac, or larger passenger groups.

Light jets (Cirrus Vision Jet, entry-level Citations): These overlap from the other direction, offering comparable speeds with different economics and a jet type rating requirement.

The TBM 960 holds the top end of the single-engine turboprop performance envelope, a position Daher has maintained by continuing to invest in the platform across three decades.

For any specific acquisition, work with a type-specific purchase consultant and conduct a pre-purchase inspection at a facility with documented TBM experience. On a transaction in this price range, the cost of expert guidance is a small fraction of the cost of missing a discrepancy that affects airworthiness or long-term value.

Key Takeaways

330 knots in a pressurized single you can fly yourself is not theoretical - the TBM 960 is a certified production airplane with a 30-year track record, currently in production by Daher.
The PT6E-66XT with FADEC, combined with Garmin G3000 NXi autothrottle integration, meaningfully reduces single-pilot workload compared to any earlier turboprop configuration.
A 2022 example with low hours on the used market most likely reflects an upgrade-cycle or business-model transaction, not an airplane with a problem.
The right buyer holds or is pursuing a type rating, meets (or is building toward) insurance-market experience thresholds, and has modeled $500–$800 per flight hour in direct operating costs at realistic annual utilization.
On cross-country missions where range and speed are fully utilized, the TBM 960’s economics compete more favorably with first-class commercial and fractional jet alternatives than acquisition cost alone suggests.