Daher TBM 900
Pratt & Whitney Canada PT6A-66D, 850 shp (flat-rated from 1825 thermodynamic shp). TBM 900 = 2014-2017.
The TBM 900 is the speed leader in the single-engine turboprop class. Daher (formerly SOCATA) builds it in Tarbes, France. Production ran from 2014 to 2016 before being succeeded by the TBM 910, 930, 940, and currently the TBM 960. The 900 series introduced a 5-blade composite Hartzell propeller, redesigned cowling, and aerodynamic refinements that bumped cruise speed to 330 KTAS at FL280. The same PT6A-66D engine that powered the previous TBM 850 delivers more efficient cruise because of the aerodynamic gains.
Used market prices in mid-2026 run $2.4 to $3.2 million depending on year, hours, and avionics. Newer TBM variants (910, 930, 940, 960) trade higher and are still in production. The 900 sits in a useful price band for buyers who want modern TBM performance and refinements without paying for the latest production aircraft. This page covers what a TBM 900 actually costs to own and where it gets out-competed.
History
SOCATA developed the TBM line in partnership with Mooney in the late 1980s. The original TBM 700 entered service in 1990 with a PT6A-64 at 700 shp (hence the model number). Production refinements led to the TBM 850 in 2005 with a PT6A-66D thermodynamically rated at 850 shp but flat-rated for hot-and-high operations. The 850 became the volume aircraft and built the type's reputation as the speed leader among owner-flown turboprops.
Daher acquired SOCATA in 2009 and rebranded the airplane as the Daher TBM. The TBM 900 launched in 2014 with the new 5-blade composite Hartzell prop and the airframe refinements. The 900 was an aerodynamic-and-prop update rather than a powerplant change. The PT6A-66D from the 850 stayed. Production ran for about 18 months before Daher succeeded it with the TBM 930 (G3000 avionics) in 2016 and the TBM 910 (G1000 NXi avionics) shortly after.
The 900 remains in fleet operation because the aerodynamic and prop changes hold up well against newer variants. Daher continues to support all TBM variants through Pratt & Whitney's ESP program and through the global Daher service center network. Annual TBM owner-pilot conferences (organized by TBMOPA) provide type-club support and direct manufacturer access.
Variants
TBM 900 (2014-2016)
2014-2016First of the 900-series TBMs. 5-blade composite Hartzell propeller and aerodynamic refinements over the TBM 850. Honeywell Primus 2 avionics initially, with various aftermarket upgrades. Used market $2.4 to $3.2 million.
Performance
The TBM 900 cruises at 330 KTAS at FL280 burning about 64 gph total fuel. Long-range cruise drops to 290 KTAS on 50 gph. The TBM 900 is the fastest single-engine turboprop in the category, beating the PC-12 NG by about 60 knots on similar fuel and the M600 by about 50 knots. Service ceiling is FL310. Time-to-climb from sea level to FL280 is about 18 minutes at maximum gross weight.
The cabin is the TBM's compromise. Useful load is about 1,500 pounds, meaningfully less than the PC-12's 3,200 pounds. Full fuel (290 gallons usable, 1,950 lbs) leaves about 350 pounds for people and bags. The TBM seats six in club configuration but the cabin width is 4 feet narrower than a PC-12. Two adults plus overnight luggage is comfortable. Four adults plus weekend gear requires offloading fuel. Range with reserves is about 1,650 nm at long-range cruise.
Powerplant
The Pratt & Whitney Canada PT6A-66D is the engine on the TBM 900. It's a free-turbine turboprop thermodynamically rated at 1,825 shp but flat-rated by Daher to 850 shp for the airframe. The flat-rating gives the airplane consistent power output across temperature and altitude until the engine runs out of thermodynamic margin, which is well above what most owners ever encounter. Pratt's published TBO is 3,600 hours with a hot section inspection at 1,800 hours.
Real-world reliability tracks the rest of the PT6A family. Free-turbine architecture, easy borescope access, deep parts network through Pratt & Whitney Canada. Most TBM 900s are enrolled in Pratt's Eagle Service Plan (ESP) and the maintenance economics work through that lens. Off-program ownership exists but is rare and usually associated with commercial-utility operations rather than personal owners.
Off-program engine overhauls run $350,000 to $550,000 depending on findings. The lower end is for engines that have been run by-the-book through ESP-equivalent maintenance practices. The high end is for engines with significant findings or older airframe operating histories. Most personal owners never see this bill directly because ESP converts it to a per-hour expense.
Cost of ownership
Plan on $700 to $950 per flight hour at 200 hours a year of utilization, all-in. The TBM 900's cost structure is dominated by fuel and ESP. Fuel runs $355 to $450 per hour at 64 gph and $5.50 to $7 for Jet A. ESP runs $180 to $300 per hour at typical utilization tiers. Annual fixed costs (hangar, insurance, annual inspection, training) add another $80 to $145 per hour at 200 hours a year of utilization.
Insurance is the wildcard, same as on the PC-12. First-time turboprop owners with no comparable-type background pay $28,000 to $50,000 a year for first-year coverage. Established TBM owners with 300-plus hours in type pay $11,000 to $20,000. TBMOPA recurrent training and SimCom or FlightSafety initial training are typically required by underwriters.
Acquisition cost in mid-2026: TBM 900 aircraft (2014-2016) trade $2.4 to $3.2 million depending on year, hours, and avionics upgrades. Some TBM 900s have been aftermarket-upgraded to G1000 NXi or G3000 panels, which adds $50,000 to $150,000 to comparable airplanes with original Primus 2 panels. The TBM 900 is the most price-accessible variant in the 5-blade-prop TBM family.
Daher service network is built around authorized Daher service centers. North American coverage is reasonable but less dense than the PC-12 or King Air networks. Plan on flying or trucking the airplane to an authorized facility for major service events. Daher has been investing in North American service capacity through Skytech and other dealer partnerships.
| Fixed cost | Range | Frequency |
|---|---|---|
| Hangar (turboprop-capable) | $700–$2,300 | monthly |
| Annual inspection (typical, on ESP) | $7,000–$16,000 | annual |
| Insurance (established TBM pilot) | $11,000–$20,000 | annual |
| Insurance (first turboprop) | $28,000–$50,000 | annual |
| Initial type training | $14,000–$22,000 | per-event |
| Annual recurrent training | $6,000–$9,000 | annual |
Estimate the cost for your situation
Defaults are pre-filled for the Daher TBM 900. Tweak fuel price, hangar, insurance, and hours to match your scenario.
Common issues & gotchas
Hartzell 5-blade prop seal weeping
moderateThe 5-blade composite Hartzell prop introduced with the TBM 900 has had some hub seal weeping issues across the fleet. Hartzell and Daher have issued service bulletins covering seal updates. Verify SB compliance during pre-buy. Repair work is typically minor when caught early.
Honeywell Primus 2 avionics aging
moderateOriginal TBM 900 aircraft were delivered with Honeywell Primus 2 panels that are now nearly a decade old. Database and software support continues, but newer Garmin G1000 NXi and G3000 aftermarket installations have become common. Pre-buy avionics inspection should include power-up of every system and review of installed-equipment STC documentation.
Cabin pressurization seal aging
moderateDoor and window seals on pressurized turboprops wear with thousands of cycles. Replacement intervals on TBM door seals typically fall during annual inspections. ESP coverage varies.
Landing gear cycle wear
lowTBM landing gear holds up reasonably well in normal use. Plan on tire replacement every 200 to 400 cycles and brake service every 300 to 600 cycles. Higher cycle rates for charter operations.
Type training and recurrent currency
moderateFAA and EASA regulations require type-rating training for owner-pilots. Most insurance underwriters require annual recurrent. Plan training and currency as a continuous commitment. TBMOPA-recommended providers cluster around SimCom and FlightSafety.
Who it's for
Good fit for
- ✓ Owner-flyers who prioritize speed and want the fastest single-engine turboprop in the class
- ✓ Owners flying 150 to 400 hours a year on 600 to 1,500 nm legs
- ✓ Pilots stepping up from a high-performance piston single (Cirrus SR22T, Bonanza A36) who like the cockpit feel
- ✓ Couples or small families who don't need the PC-12's full cabin capacity
- ✓ Owners committed to TBMOPA participation and annual recurrent training
Less good for
- ✗ Buyers who need cabin space and useful load (the PC-12 is the right answer)
- ✗ Pilots flying fewer than 100 hours a year (turboprop fixed costs dominate at low utilization)
- ✗ Owners cross-shopping a turbine twin (King Air B200 offers redundancy at higher per-hour cost)
- ✗ Pilots without a structured plan for annual recurrent training and a Daher service center relationship
The verdict
The TBM 900 is the fastest single-engine turboprop you can buy. The 5-blade prop and the aerodynamic refinements deliver real cruise speed. The cockpit feel is more pilot-focused than the PC-12 and the airplane handles like a sports car relative to its peers. Owners who want speed and don't need the PC-12's cabin volume tend to land here.
The compromise is cabin. Useful load is half what the PC-12 offers. Four-up cross-country requires offloading fuel. The TBM is a two-adults-plus-luggage airplane in practical use. If your mission profile is speed-and-distance with one or two passengers, the TBM 900 is hard to beat. If your mission profile involves carrying more people or freight, you're shopping the wrong airplane.
Cross-shop these
- Pilatus PC-12 NG →
The cabin-volume alternative. PC-12 NG is 60 KTAS slower than the TBM 900 but seats nine and has the 53-inch cargo door. Cross-shop directly if cabin matters more than speed.
- Piper M600 (PA-46-600TP) →
Slower single-turboprop alternative at meaningfully lower acquisition cost. M600 is about $500K to $1M less than a comparable TBM 900. Halo autoland system is a meaningful safety feature.
- Cirrus SF50 Vision Jet G2/G2+ →
The single-engine jet at similar acquisition cost. Slower than the TBM 900 but with CAPS parachute and a different ownership experience. Cross-shop if jet versus turboprop is the question.
- Beechcraft King Air B200 →
Twin-turboprop alternative at higher operating cost. Twin-engine redundancy, comparable speed, much larger cabin. Worth cross-shopping if the second engine matters for your mission.
Type club
TBM Owners and Pilots Association (TBMOPA) →TBMOPA is the type club for all TBM variants. Annual dues run roughly $400. Members get the forum, technical articles, type-specific safety training programs, and direct manufacturer access through Daher. The annual TBMOPA convention is the major North American type-club event for TBM owners.
Frequently asked
How much does a Daher TBM 900 cost? +
Used market in mid-2026: $2.4 to $3.2 million depending on year, hours, and avionics. Aftermarket panel upgrades to G1000 NXi or G3000 add $50,000 to $150,000 to comparable airplanes. Newer TBM variants (910, 930, 940, 960) trade higher and are still in production.
What's the typical fuel burn for a TBM 900? +
About 64 gph total at high-speed cruise (FL280, 330 KTAS), dropping to about 50 gph at long-range cruise (290 KTAS). Climb fuel runs higher (90 to 100 gph) for the first 15 to 20 minutes. Plan on 70 gph block fuel for a typical 2-hour flight.
Is the TBM 900 on Pratt's ESP program? +
Almost every TBM 900 in personal-owner hands is enrolled in Pratt & Whitney's Eagle Service Plan (ESP). Rates run about $180 to $300 per flight hour depending on utilization. ESP covers scheduled HSI, overhaul, most unscheduled engine work, and turbine-related ADs. Most insurance underwriters effectively require it.
TBM 900 vs PC-12: which should I buy? +
Buy the TBM 900 if speed matters most (330 KTAS vs 270 KTAS on similar fuel). Buy the PC-12 if cabin matters most (9 seats vs 6, cargo door, 4 extra feet of cabin width). The two airplanes serve overlapping but meaningfully different missions. Cost difference is roughly $500,000 to $1.5 million in favor of the TBM at used-market pricing.
Is the TBM 900 a good first turboprop? +
Yes, with structured training. TBMOPA, SimCom, and FlightSafety all run TBM-specific initial training programs. Plan on $14,000 to $22,000 for initial type training and $6,000 to $9,000 annually for recurrent. First-year insurance for a first-time turboprop owner can run $28,000 to $50,000 and drops significantly after the first year.
What's the engine TBO on the TBM 900? +
Pratt & Whitney Canada lists the PT6A-66D at 3,600 hours TBO with a hot section inspection at 1,800 hours. Real-world fleet experience tracks the published numbers. Most owners reach TBO through ESP enrollment, which makes the actual overhaul bill less directly visible to the owner.
Data sources
- Engine: Daher TBM 900 spec brochure + AOPA 'Hello TBM 900'
- Fuel burn 65%: AOPA 'Hello TBM 900' (long-range cruise FL310 ~262 KTAS / 39 gph)
- Fuel burn 75%: AOPA 'Hello TBM 900' (max cruise FL280 ~330 KTAS / 64 gph)
- Oil consumption: PT6A operator's manual + TBM owner community typical (0.2-0.4 qt/hr)
- Engine TBO: PT6A TBO & HSI service intervals (PT6A-66 series = 3600 hr basic TBO)
- Prop TBO: Hartzell SL HC-SL-61-61Y Rev 12 (5-blade composite or 4-blade aluminum turbine prop)
- Engine overhaul: Aviation Consumer 'PT-6 Overhauls: Complex and Expensive' + AvBuyer PT6A market (PT6A-66D off-program $350-550k)
- Prop overhaul: Hartzell aftermarket price list (5-blade swept composite TBM prop)
- Airframe reserve: planephd Daher TBM 900 + TBMOPA community surveys (airframe-only reserve ex-engine/prop)