• Speed advantage: The Daher TBM 960 cruises at up to 330 KTAS, making it roughly 40 knots faster than the Pilatus PC-12 NGX’s 290 KTAS ceiling — a real-world gap of about 12 minutes on a 1,000 nm leg.
• Cabin size matters: The PC-12 NGX wins decisively on interior space, offering a nearly 17-foot cabin with seating for six to nine passengers versus the TBM 960’s four to six seats and no cargo door.
• Same engine family, different tuning: Both aircraft use variants of the Pratt & Whitney Canada PT6 engine, but Daher tunes the PT6E-66XT for high-speed performance while Pilatus prioritizes lifting a heavier, more versatile airframe.
• Price gap is significant: A new TBM 960 runs approximately $4.5 million fly-away versus roughly $6.8 million for a new PC-12 PRO — a $2.3 million difference that shifts the math considerably depending on your mission.
• Which one wins? The answer depends entirely on how many people you fly and how far — keep reading to find out which aircraft fits your specific mission profile.

Key Takeaways: TBM 960 vs. PC-12 NGX at a Glance

Two turboprops, one decision — and it is one of the most debated choices in owner-flown aviation today.

The Daher TBM 960 and the Pilatus PC-12 NGX represent the absolute pinnacle of single-engine turboprop engineering in 2026. Both aircraft are built by manufacturers with decades of refinement behind them, both are flown single-pilot, and both command serious money. Yet they are built around fundamentally different philosophies. One is a speed machine. The other is a flying SUV. Understanding which one fits your life requires an honest look at the numbers, the cabin, the engine, and the mission you actually fly — not the one you imagine flying.

GlobalAir.com has been tracking turboprop market data and aircraft comparisons for years, providing owner-pilots with the kind of side-by-side analysis that makes decisions like this clearer. This comparison draws on current specifications, pricing, and real-world performance data to help you cut through the noise.

The TBM 960 Is Faster. The PC-12 NGX Carries More. Here Is What That Means for You

Before diving into individual specifications, it helps to understand the core trade-off. The TBM 960 and PC-12 NGX are not competing for the same buyer — they serve overlapping but distinct missions. Choosing wrong means paying for capability you will never use or suffering a limitation you feel on every single flight. For a detailed comparison, you can check out this article on TBM 960 vs. PC-12 NGX.

• Solo or two-seat missions, 300–700 nm: The TBM 960 is almost always the faster, more efficient, lower-cost answer.
• Five or more passengers regularly: The PC-12 NGX is not just preferable — it may be the only single-engine turboprop that genuinely fits.
• Cargo or mixed freight/passenger missions: The PC-12 NGX’s aft cargo door and flexible interior configurations make it the obvious platform.
• Speed over distance above all else: The TBM 960’s 330 KTAS ceiling is unmatched in the single-engine piston or turboprop segment.
• Budget-conscious buyer wanting top-tier capability: The TBM 960 enters at roughly $2.3 million less than the PC-12 PRO new.

With that framework in place, here is what the data actually shows across the metrics that matter most to owner-pilots.

Speed and Range: Where the TBM 960 Pulls Ahead

Speed is where this comparison becomes one-sided fast. The TBM 960 tops out at a maximum cruise speed of 330 KTAS, which is genuinely remarkable for a single-engine turboprop. It puts the airplane in a category of its own — closer to light jet territory than to traditional turboprop performance. The PC-12 NGX, for all its strengths, maxes out at 290 KTAS, and its recommended high-speed cruise in real-world operations sits right at that ceiling.

TBM 960 Maximum Cruise Speed: 330 KTAS

In practical terms, the TBM 960’s recommended high-speed cruise runs near 308 KTAS in everyday operations. That figure reflects the balance between speed and fuel burn that most owner-pilots settle into over time. At 308 KTAS, the airplane is still moving faster than most turboprops even manage at their absolute limits.

The engine responsible for that performance is the Pratt & Whitney Canada PT6E-66XT, a dual-channel FADEC-controlled powerplant that Daher has specifically tuned for high-speed output. The FADEC system reduces pilot workload significantly — engine management in the TBM 960 is largely automated, which is a meaningful quality-of-life upgrade for single-pilot operations on long legs.

PC-12 NGX Maximum Cruise Speed: 290 KTAS

The PC-12 NGX is not slow — 290 KTAS is a strong number for an airplane carrying six to nine passengers with a full cargo door. But it is worth being precise here: that 290 KTAS figure is the maximum for the NGX, not a high-altitude optimized cruise. The PC-12 NGX balances speed and range more efficiently across a wider portion of its flight envelope, which partially explains why its range of roughly 1,800 nm slightly edges out the TBM 960’s approximately 1,730 nm.

What a 40-Knot Speed Gap Means on a 1,000 NM Trip

On a 1,000 nautical mile leg flown at each aircraft’s respective high-speed cruise, the TBM 960 arrives approximately 12 minutes ahead of the PC-12 NGX. That gap widens with distance and compounds across a full travel year. For an owner-pilot flying 200 hours annually on 500–800 nm legs, the TBM 960’s speed advantage translates to meaningful hours reclaimed over a calendar year. For more insights on aircraft performance, check out this comparison of Gulfstream vs. Bombardier business jets.

Cabin Size and Passenger Capacity

This is where the comparison flips completely. If speed is the TBM 960’s defining strength, cabin volume is the PC-12 NGX’s. The difference is not subtle — it is architectural. These are two different categories of interior experience wearing the same single-engine turboprop label.

The PC-12 NGX cabin runs close to 17 feet in length with a flat floor, a stand-up interior in executive configuration, and the ability to seat anywhere from six passengers in a club arrangement to nine in a high-density layout. The TBM 960, by contrast, offers a more intimate cabin that seats four passengers comfortably, stretching to six in its maximum configuration — but with meaningfully less personal space per occupant at that capacity.

TBM 960 Comfortably Seats 4 Passengers

The TBM 960’s cabin is well-finished and genuinely comfortable for its intended mission. Four adults traveling in the main cabin have adequate legroom and a refined environment, with modern materials and ergonomic seating that reflect Daher’s ongoing investment in interior quality. The honest limitation is that at five or six occupants, the TBM 960 starts to feel like what it is — a fast single-engine airplane that was designed primarily around speed and pilot experience rather than passenger volume.

There is no cargo door on the TBM 960. Baggage loads through the cabin, which limits bulky item transport and adds a step to aircraft preparation that the PC-12 NGX eliminates entirely.

PC-12 NGX Seats 6 to 9 Passengers Depending on Configuration

The PC-12 NGX’s passenger capacity is genuinely in a different class for a single-engine turboprop. In executive configuration, six passengers travel with the kind of space that starts to compete with light jet interiors. In high-density layout, nine seats fit within the airframe — a number that has made the PC-12 platform a staple of charter, air ambulance, and regional feeder operations worldwide. For a detailed comparison of business jets, check out Gulfstream vs. Bombardier for cost and performance insights.

Cargo Door and Mission Flexibility on the PC-12 NGX

The large aft cargo door on the PC-12 NGX is more than a convenience feature — it is a mission multiplier. Skis, golf bags, medical equipment, freight pallets, and oversized luggage all load without the contortions required by cabin-only access. The door measures approximately 52 by 52 inches, which is large enough to load a standard medical stretcher — one reason the PC-12 platform has become one of the most widely used air ambulance airframes in the world.

Engine Specs: The PT6 Family Powers Both Aircraft

It is a genuinely interesting quirk of this comparison that both aircraft are powered by variants of the same engine family. The Pratt & Whitney Canada PT6 is the most successful turboprop engine ever built, and its presence under both cowlings means the performance differences between these two airplanes come almost entirely from how each manufacturer has chosen to tune and deploy that shared DNA — not from fundamentally different powerplants. For those interested in comparing other aircraft, consider exploring the Diamond vs. Cirrus aircraft for flight training schools.

The PT6E series that powers both the TBM 960 and PC-12 NGX represents the most advanced iteration of the platform, incorporating dual-channel FADEC for the first time across both airframes. That is a significant upgrade from earlier PT6A-powered variants, where torque, ITT, and prop management required active pilot intervention. On both of these aircraft, the engine essentially manages itself within defined parameters, reducing single-pilot cognitive load on high-workload phases of flight.

Where the two engines diverge is in their tuning philosophy. Daher worked with Pratt & Whitney Canada to extract maximum shaft horsepower for speed in a lighter airframe. Pilatus took a different approach — optimizing for torque delivery across a wider power band to move a heavier airplane with a larger cabin efficiently across a broader range of altitudes and operating conditions.

TBM 960 Uses the PT6E-66XT Tuned for Speed

The PT6E-66XT in the TBM 960 produces 1,825 shaft horsepower driving a five-blade Hartzell composite propeller. The FADEC integration means the pilot sets a single power lever and the system handles torque limiting, ITT protection, and propeller governing automatically. At altitude, this combination delivers the 330 KTAS ceiling that defines the TBM 960’s competitive identity. The engine is mounted in a relatively lightweight airframe — the TBM 960’s maximum takeoff weight is 7,394 pounds — which is why the power-to-weight ratio translates so directly into speed rather than payload.

How Pilatus Tunes the Same Engine Family for a Heavier Airframe

The PC-12 NGX uses the PT6E-67XP, a variant producing 1,845 shaft horsepower — marginally more than the TBM’s engine, but tasked with moving an airframe with a maximum takeoff weight of 10,450 pounds. That is more than 3,000 pounds of additional gross weight over the TBM 960, which explains precisely why the PC-12 NGX’s speed ceiling sits 40 knots lower despite having slightly more raw power on tap. Pilatus tunes the PT6E-67XP for broader torque delivery, prioritizing the ability to climb efficiently with full passenger and cargo loads rather than chasing top-end cruise numbers.

Safety Technology Built Into Both Aircraft

Single-engine turboprops have historically carried an implicit question mark around pilot incapacitation — one engine, one pilot, and no redundancy if something goes wrong in the cockpit. Both Daher and Pilatus have now addressed that concern directly through integrated emergency autoland systems, making the 2026 versions of these aircraft meaningfully safer than their predecessors in a way that goes well beyond avionics upgrades.

Daher HomeSafe: One-Button Autoland on the TBM 960

The TBM 960 comes standard with Daher’s HomeSafe system, a single-button emergency autoland capability integrated into the Garmin G3000 avionics suite. If the pilot becomes incapacitated or otherwise unable to fly, a passenger — with zero flight training — can press the HomeSafe button and the aircraft will autonomously identify the nearest suitable airport, navigate to it, configure for landing, execute the approach, and bring the airplane to a stop on the runway. The system communicates with ATC automatically throughout the sequence, broadcasting the aircraft’s position and intentions. It is one of the most consequential safety technologies ever installed in a production single-engine aircraft.

Emergency Autoland Now Available on the PC-12 NGX

The PC-12 NGX now offers Pilatus’s own emergency autoland capability, also integrated through the Garmin avionics platform. The system operates on the same fundamental principle as HomeSafe — autonomous airport selection, approach, and landing triggered by a single button press accessible to any occupant. For an aircraft that regularly carries six to nine passengers in charter and owner-flown configurations, the addition of this technology addresses a legitimate concern that previously existed as a gap between the two platforms.

Both systems represent a philosophical shift in how single-engine turboprop manufacturers think about their responsibility to the people inside the cabin, not just the pilot in the left seat. The practical implication for buyers is meaningful: both aircraft now carry a level of passenger protection that was simply unavailable in any single-engine turboprop five years ago.

The avionics environment on both aircraft is anchored by Garmin’s G3000 integrated flight deck, which provides synthetic vision, traffic awareness, weather datalink, and LPV approach capability as standard equipment. Pilot workload in both cockpits is genuinely manageable for a current, proficient single-pilot operator — and the FADEC engine management on both platforms removes one of the historically demanding elements of turboprop operations from the equation entirely.

New Aircraft Pricing and Resale Value

The price gap between these two aircraft is substantial enough to change the financial calculus of ownership significantly. A new Daher TBM 960 carries a fly-away price of approximately $4.5 million, while the Pilatus PC-12 PRO — the current production designation for the NGX — lists at roughly $6.8 million in typical equipped configuration. That $2.3 million difference buys a meaningful amount of operating reserve, training, and hangar time.

On the pre-owned market, the gap narrows slightly but remains significant. A pre-owned TBM 960 averages near $4.1 million, while a pre-owned PC-12 NGX averages approximately $6.7 million. Both aircraft hold their value well relative to the broader turboprop market, reflecting strong demand and limited supply at the top end of the single-engine segment. For those interested in exploring other aircraft options, you might consider the Gulfstream vs. Bombardier business jets for cost and performance comparisons.

• New TBM 960 fly-away price: ~$4.5 million
• New PC-12 PRO equipped price: ~$6.8 million
• Pre-owned TBM 960 average: ~$4.1 million
• Pre-owned PC-12 NGX average: ~$6.7 million
• Estimated hourly operating cost, TBM 960: ~$1,855/hr at 450 annual hours and $9/gallon fuel
• Estimated hourly operating cost, PC-12 NGX: ~$1,918/hr at the same assumptions

The hourly operating cost difference between the two aircraft is relatively modest — approximately $63 per hour in favor of the TBM 960 under the same fuel price and utilization assumptions. Over 450 annual hours, that gap amounts to roughly $28,000 per year, which is real money but not the defining factor in a purchase decision at this price level. Acquisition cost and mission fit carry far more weight than hourly operating delta for most owner-pilots in this segment.

What the numbers reveal is that the PC-12 NGX commands a significant premium at every stage of ownership — purchase, operation, and eventual resale. The question is whether the additional capability justifies that premium for your specific mission. For a buyer regularly filling six or more seats, the answer is almost certainly yes. For a buyer flying solo or with one passenger on fast point-to-point legs, the TBM 960 delivers equivalent or superior performance at a meaningfully lower total cost of ownership.

Which Aircraft Has the Deeper Resale Market

The PC-12 platform has a significant advantage in resale market depth. With thousands of PC-12 airframes in service globally across commercial, charter, military, and owner-flown applications, the secondary market is broad and liquid. TBM 960 resale volume is lower simply because fewer airframes exist, but demand from owner-pilots specifically remains strong. Both aircraft are considered blue-chip assets in the turboprop segment, and neither is likely to depreciate aggressively given current production rates and sustained demand.

Dollar Exposure and Entry Price Differences

For a first-time turboprop buyer stepping up from a piston twin or a TBM 850, the $4.5 million entry point on the TBM 960 represents a more accessible threshold than the PC-12 NGX’s $6.8 million. That $2.3 million difference is not trivial — at current financing rates, it represents a substantial monthly payment differential that compounds across a typical five-to-seven-year ownership cycle.

The practical takeaway is this: if your mission genuinely requires the PC-12 NGX’s cabin and cargo capability, the premium is justified and the aircraft will earn it on every flight. If your honest assessment is that you will rarely fill more than three or four seats, the TBM 960 delivers a faster, lower-cost ownership experience — and the $2.3 million delta sitting in your account earns its own return.

Which Aircraft Fits Your Mission

Every specification in this comparison ultimately feeds one question: which airplane fits the flights you actually take, not the flights you plan for in theory. For more insights on aircraft choices, check out our detailed comparison of Gulfstream vs. Bombardier business jets.

The honest answer requires separating two types of buyers. The first flies frequently, often alone or with one or two passengers, values speed above all else, and wants the lowest total cost of ownership at the top of the single-engine turboprop segment. The second regularly fills five or more seats, needs cargo flexibility, and is willing to pay a premium for an airframe that genuinely serves a larger group. These buyers are not wrong or right — they are simply different, and the TBM 960 and PC-12 NGX are each precisely right for one of them.

Choose the TBM 960 If Speed Is Your Priority

If your typical mission is a solo or two-seat leg between 300 and 700 nautical miles, the TBM 960 wins this comparison without much debate. You will feel the 330 KTAS ceiling on every single flight, the $4.5 million acquisition price leaves meaningful capital in reserve, and the FADEC-managed PT6E-66XT makes single-pilot turboprop operations as manageable as they have ever been. The HomeSafe autoland system adds a layer of passenger protection that has no parallel in the segment.

The TBM 960 rewards the owner-pilot who values efficiency — in time, in fuel, and in dollars. If you are stepping up from a piston twin or a legacy TBM 850, the 960 represents a genuine performance leap that you will appreciate on every departure. The one honest limitation is the cabin: four passengers is the comfortable ceiling, and if that number regularly grows to five or six, the airplane will start to feel like a compromise on the missions that matter most. For a detailed comparison, you can explore the Pilatus PC-12 NGX vs. Daher TBM 960 to see how these aircraft measure up against each other.

Choose the PC-12 NGX If You Fly Five or More People Regularly

The PC-12 NGX is the right answer the moment your passenger count consistently exceeds four. The nearly 17-foot cabin, six-to-nine seat capacity, and large aft cargo door create a mission capability that no other single-engine turboprop in production can match. The $6.8 million acquisition price is a real number, but for a buyer who genuinely uses that cabin, the premium earns itself in utility on every loaded departure.

Mission Decision Framework

Choose the TBM 960 if: You fly solo or with 1–3 passengers on 300–700 nm legs, speed is your primary metric, and you want the lowest acquisition cost at the top of the single-engine turboprop segment.

Choose the PC-12 NGX if: You regularly carry 5–9 passengers, need cargo door access, fly mixed freight and passenger missions, or require the flexibility of a reconfigurable cabin interior.

Either aircraft works if: Your missions are 400–800 nm, you carry 3–4 passengers consistently, and the $2.3 million price difference is the deciding factor — in that case, the TBM 960 delivers comparable utility at a significantly lower entry point.

The PC-12 NGX’s versatility also extends well beyond owner-flown operations. The same airframe that flies a family of six to a mountain destination on Saturday can be reconfigured for freight on Monday or equipped for air ambulance operations. That flexibility has made the PC-12 platform one of the most successful turboprop programs in aviation history, with over 1,800 airframes delivered across more than 60 countries.

Operating costs between the two aircraft are remarkably close — approximately $1,855 per hour for the TBM 960 versus $1,918 for the PC-12 NGX at 450 annual hours and $9-per-gallon fuel. That $63-per-hour difference is real but secondary to the mission fit question. Buying the wrong airplane for your actual flights costs far more than $63 an hour in utility lost. For a broader comparison of aircraft options, you might consider reading about Gulfstream vs. Bombardier business jets.

Both aircraft are available with Garmin G3000 avionics, dual-channel FADEC engine management, five-blade Hartzell composite propellers, and emergency autoland capability. At the top of the single-engine turboprop market in 2026, the competition is genuinely between two exceptional machines — and the decision comes down to whether you are buying speed or space.

Frequently Asked Questions

Owner-pilots comparing these two aircraft tend to circle back to the same core questions. The answers below reflect current production specifications and real-world operating data.

Is the Daher TBM 960 faster than the Pilatus PC-12 NGX?

Yes, the TBM 960 is significantly faster. It cruises at a maximum of 330 KTAS versus the PC-12 NGX’s 290 KTAS ceiling — a 40-knot advantage that translates to roughly 12 minutes saved on a 1,000 nautical mile leg at each aircraft’s respective high-speed cruise setting. The gap is consistent across the TBM 960’s operating envelope and represents its single most defining competitive advantage over the PC-12 NGX.

How many passengers can the Pilatus PC-12 NGX carry compared to the TBM 960?

The PC-12 NGX carries six to nine passengers depending on interior configuration, in a cabin running close to 17 feet in length with a flat floor and aft cargo door access. The TBM 960 seats four passengers comfortably, with a maximum configuration of six — but at that capacity, personal space per occupant is notably reduced compared to the PC-12 NGX at the same load. For any mission regularly requiring five or more seats, the PC-12 NGX is the only single-engine turboprop in current production that genuinely delivers that capacity with comfort.

Do both the TBM 960 and PC-12 NGX have autoland safety systems?

Yes. The TBM 960 comes standard with Daher’s HomeSafe system, which allows any occupant to trigger a fully autonomous emergency landing sequence with a single button press — the aircraft selects the nearest suitable airport, navigates, configures, approaches, and lands without pilot input. The PC-12 NGX now offers an equivalent emergency autoland capability through its Garmin avionics integration. Both systems represent a fundamental shift in single-engine turboprop safety, providing meaningful protection in pilot incapacitation scenarios that previously had no automated solution in this aircraft category.

Which aircraft holds its resale value better, the TBM 960 or the PC-12 NGX?

Both aircraft hold their value well relative to the broader turboprop market, but they do so in different ways. The PC-12 platform benefits from a larger, more liquid global resale market — with over 1,800 airframes in service across commercial, charter, and military operators worldwide, buyers exist at every price point. The TBM 960 pre-owned market is narrower but demand from owner-pilots specifically is strong, with pre-owned examples averaging near $4.1 million versus $6.7 million for the PC-12 NGX. Neither aircraft is considered a depreciation risk at current production rates and market demand levels.

Can a single pilot fly both the Daher TBM 960 and the Pilatus PC-12 NGX?

Yes. Both aircraft are certified for single-pilot operations and are actively marketed to owner-pilots flying without a co-pilot. The dual-channel FADEC engine management on both the PT6E-66XT and PT6E-67XP variants significantly reduces the turboprop-specific workload that historically made single-pilot turboprop operations demanding. Garmin G3000 avionics on both platforms further simplify systems management, navigation, and approach execution in a single-crew environment.

Type ratings are required for both aircraft and are distinct — a TBM 960 rating does not cover the PC-12 NGX and vice versa. Training programs are well-established for both types, with SimuFlite, FlightSafety, and manufacturer-authorized training centers offering initial and recurrent courses globally. Most pilots transitioning from complex piston or turboprop backgrounds complete initial type training in TBM or PC-12 programs within two weeks of ground school and simulator time.

For the owner-pilot committed to single-pilot operations, both aircraft represent genuinely manageable platforms — but neither should be approached casually. Current, recurrent, and proficient are the three non-negotiable conditions for flying either aircraft safely at the top of the single-engine turboprop performance envelope. The technology helps, but it does not replace the pilot.

GlobalAir.com provides current aircraft valuations, market data, and side-by-side comparisons for turboprops including the TBM 960 and PC-12 NGX to help owner-pilots make informed acquisition decisions.