Daher TBM 960 turboprop on tarmac at private aviation terminal

TBM 960 Charter Cost: Hourly Rates, Route Pricing, and What Drives the Number

The TBM 960 is the fastest single-engine turboprop in production. It cruises at 330 knots, climbs to FL310, and does it on one Pratt & Whitney PT6E-66XT burning roughly 60 gallons per hour. That fuel efficiency is the reason charter operators quote it at rates that undercut most light jets by 30 to 40 percent.

In This Article

Hourly Rate Breakdown Sample Route Pricing When the TBM 960 Makes Sense Over a Jet Factors That Move the Price The TBM 960 vs the PC-12: Charter Market Position Frequently Asked Questions

Hourly Rate Breakdown

TBM 960 charter rates in the U.S. market range from $2,200 to $2,800 per flight hour as of mid-2026. This is the occupied hourly rate, meaning it applies only to the time the aircraft is airborne with passengers. Positioning legs, where the aircraft flies empty to reach you, are billed separately or bundled into the total trip cost depending on the operator.

The rate gap between a TBM 960 and a light jet like the CJ3 or Phenom 300 is significant. On a 500 nm flight, the TBM saves $1,500 to $2,000 compared to a light jet. The tradeoff is speed: the TBM takes approximately 90 minutes where a CJ3 takes 75. For flights under 600 nm, most passengers find that 15-minute difference irrelevant relative to the cost savings.

The 960's PT6E-66XT engine with autothrottle and integrated EGNOS/WAAS approach capability makes it operationally efficient for operators. Single-pilot operation reduces crew cost. Combined with the low fuel burn, this gives operators margin to quote competitive rates while maintaining profitability, which is why TBM charter availability has expanded significantly since 2023.

Sample Route Pricing

These estimates include standard fuel surcharges and FBO fees at destination. They do not include positioning costs if the aircraft must reposition from a different base. One-way pricing is typically 60 to 75% of round-trip pricing because the operator must reposition the aircraft after dropping you off. Round-trip pricing with a wait or overnight is almost always more economical.

The TBM 960 is particularly cost-effective on short-haul routes under 400 nm. Island hops, mountain approaches, and regional business trips are where this aircraft delivers maximum value per dollar. It also accesses shorter runways than most jets: the TBM needs only 2,380 feet for takeoff and 2,070 feet for landing, opening airports that Citation CJ3s and Phenom 300s cannot reach.

When the TBM 960 Makes Sense Over a Jet

The TBM is the right aircraft when the mission is under 600 nm, the passenger count is five or fewer, and the departure or arrival airport has a short runway. Mountain destinations like Aspen (ASE), Telluride (TEX), and Jackson Hole (JAC) are prime TBM territory. The aircraft's single-engine turboprop design gives it short-field performance that most jets cannot match.

It is not the right aircraft when you need to cover more than 800 nm nonstop, when you have more than five passengers, or when speed is the primary constraint. A corporate executive flying New York to Chicago for a same-day meeting is better served by a CJ3 at 415 knots than a TBM at 330. The 20-minute time savings on that route justifies the higher hourly rate for time-sensitive travelers.

The TBM 960 occupies a specific niche: it is the most economical pressurized aircraft you can charter for short regional flights. If you are chartering a light jet for a 300 nm flight with three passengers, you are almost certainly overpaying relative to what a TBM would cost for the same mission.

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Factors That Move the Price

Fuel cost is the largest variable. Jet-A prices at FBOs range from $5.50 to $8.50 per gallon depending on location. At 60 GPH, a one-hour flight burns $330 to $510 in fuel alone. Operators bake fuel into the hourly rate and adjust with surcharges when prices spike. In 2026, fuel surcharges on TBM charters run $50 to $150 per flight hour above the base rate.

Positioning cost is the second major factor. If the nearest available TBM is based 200 nm from your departure airport, the operator flies it empty to pick you up. That positioning leg adds $1,500 to $2,500 to your total cost. Operators in TBM-dense markets like Florida, Texas, and the Northeast can usually find aircraft within 100 nm, reducing or eliminating positioning fees.

Overnight fees apply when you need the aircraft to wait at your destination. Crew hotel, per diem, and hangar or ramp parking fees add $800 to $1,500 per night. Day trips that depart and return the same day avoid overnight charges entirely, making them the most cost-efficient use of a TBM charter.

Peak season pricing affects TBM availability just as it does jets. During Nantucket and Martha's Vineyard summer season (June through September), TBM demand in the Northeast spikes and rates can increase 15 to 25% above standard pricing. Holiday weekends, ski season, and major events also drive premium pricing on high-demand routes.

The TBM 960 vs the PC-12: Charter Market Position

The TBM 960 and Pilatus PC-12 are the two dominant single-engine turboprops in the charter market. The TBM is 60 knots faster in cruise but carries fewer passengers (6 vs 9) and has less baggage volume. The PC-12 is the workhorse; the TBM is the speedster. Charter operators with both types typically dispatch the TBM for time-sensitive business flights with 4 or fewer passengers and the PC-12 for groups, cargo-heavy trips, and longer missions where the extra fuel capacity matters.

Hourly rates reflect this positioning. The TBM 960 at $2,200 to $2,800 per hour is typically $200 to $400 more than a PC-12 at $1,800 to $2,400 per hour. The premium buys speed: on a 400 nm flight, the TBM arrives 20 to 25 minutes sooner. Whether that time savings justifies the cost depends entirely on the passenger's schedule and priorities.

Insurance costs for TBM charters are slightly higher than PC-12 charters due to the aircraft's faster approach speeds and the smaller margin for error in short-field operations. Operators pass this through in the hourly rate. The TBM 960's enhanced autothrottle and automated engine management system have helped reduce the insurance differential in recent years.

Brian Galvan

Written By

Brian Galvan

Founder, The Jet Finder ยท Private Aviation Operations & Technology

Former Director of Technology at FlyUSA (Inc. 5000 fastest-growing private jet company). Decade of hands-on experience across Part 135 operations, charter sales, fleet management, and aviation data systems.

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Common Questions

Frequently Asked Questions


6 questions about chartering a TBM 960 turboprop

Yes. The TBM 960 is pressurized to a 6.2 PSI differential, maintaining a cabin altitude of approximately 10,000 feet at its maximum operating altitude of FL310. This is comparable to most light jets and significantly more comfortable than unpressurized turboprops for flights above 18,000 feet.

The TBM 960 seats up to 6 passengers in a club configuration with facing seats, but charter operations typically configure for 4-5 passengers for optimal comfort and baggage capacity. The cabin is 4.1 feet wide, narrower than a Citation CJ3 at 4.8 feet, so groups of 5 or more may prefer upgrading to a light jet for shoulder room.

Yes. The TBM 960 requires only 2,380 feet for takeoff and 2,070 feet for landing, opening hundreds of smaller airports that light jets with 3,000+ foot requirements cannot use. This includes mountain strips, island airports, and rural airfields that would otherwise require driving hours from the nearest jet-capable airport.

Three factors drive the cost difference. First, fuel burn: the TBM burns roughly 60 GPH compared to 120+ GPH for a light jet. Second, maintenance cost per flight hour is lower for a single-engine turboprop than a twin-engine jet. Third, single-pilot operation eliminates the second crew member's salary, reducing the operator's cost structure.

Maximum range with full fuel is approximately 1,730 nm under optimal conditions, but practical charter range with passengers and baggage is 1,000 to 1,200 nm. Most operators will not quote TBM charters beyond 800 nm because the time advantage of a jet becomes significant on longer routes and fuel stops add complexity.

The TBM 960 has an optional emergency relief tube but does not have an enclosed lavatory. For flights over 2 hours, this is a consideration for some passengers. Light jets like the Citation CJ3 and Phenom 300 offer enclosed or semi-enclosed lavatories that provide more privacy on longer flights.

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