single turboprop

Pilatus PC-12 NG

Pratt & Whitney Canada PT6A-67P, 1200 shp (PC-12/47E NG, 2008-2019). Earlier 47E used PT6A-67B.

Pilatus PC-12 NG in cruise flight, three-quarter view
Photo: ZLEA via Wikimedia Commons , licensed under CC BY-SA 4.0 .
Typical cost/hr
$895.74
Fuel @ 65%
55 gph
Engine TBO
3500 hr
Overhaul
$450,000$650,000

The Pilatus PC-12 is the benchmark single-engine turboprop. Production started in 1994 in Stans, Switzerland, and the airplane has been continuously refined through PC-12/45, /47, /47E (NG), and PC-12 NGX generations. As of 2026, more than 2,000 PC-12s have been delivered worldwide. The NG variant (2008-2019, with PT6A-67P engines at 1,200 shp) is the volume-leader on the used market and the airplane this page focuses on. The NGX (2020+) is the current production variant with the more efficient PT6E-67XP and updated avionics.

Owning a PC-12 is different from owning anything else in the single-engine turboprop class. The cabin is bigger than any competitor. The cargo door (a 53-by-52-inch portside opening) lets you load freight, ski gear, or stretchers in ways that no other personal turboprop can match. The price reflects all of that. Used NGs in mid-2026 run $3.0 to $4.5 million. New NGXs from Pilatus start above $5.5 million with delivery slots running 18 to 30 months. This page covers what a PC-12 actually costs to own and where it gets out-competed.

History

Pilatus announced the PC-12 in 1989 as a clean-sheet single-engine turboprop designed for utility, business, and quasi-airline operations. First flight was 1991. FAA certification arrived in 1994. The original PC-12 had a PT6A-67B at 1,200 shp and a relatively spartan cabin. Early adopters included corporate flight departments looking for a King Air alternative and bush operators looking for a faster Caravan.

The NG (Next Generation) version arrived in 2008 with the PT6A-67P engine, an upgraded panel built around the Honeywell Primus Apex avionics suite, and refinements to the interior. The NG became the volume Pilatus during the 2010s and grew the fleet meaningfully. PlaneSense, the fractional operator based in New Hampshire, built its entire fleet around PC-12 NGs and currently operates more than 60 aircraft. Charter operators, missionary aviation programs, and personal owners filled out the rest of the fleet.

Pilatus introduced the NGX in 2020 with the PT6E-67XP, a new digital engine control system, and a panel update. NGX deliveries continue at roughly 80 to 100 aircraft per year. Pilatus continues to refine the airplane through annual production-block improvements. The PC-12 has the longest continuous production run of any current single-engine turboprop and the highest production volume.

Variants

PC-12/45 and /47 (1994-2008)

1994-2008
Pratt & Whitney Canada PT6A-67B, 1,200 shp

First-generation PC-12s. Older Honeywell Primus II avionics. Less refined cabin and quieter than the NG. Used market $1.5 to $2.8 million depending on year and hours.

PC-12 NG (2008-2019)

2008-2019
Pratt & Whitney Canada PT6A-67P, 1,200 shp

Volume-leader variant on the used market. Honeywell Primus Apex panel. Refined interior and cabin systems. Used market $3.0 to $4.5 million.

PC-12 NGX (2020-present)

2020-present
Pratt & Whitney Canada PT6E-67XP with FADEC

Current production. Digital engine control reduces pilot workload. Updated panel. New from Pilatus above $5.5 million with 18 to 30 month delivery wait times.

Performance

The PC-12 NG cruises at about 270 KTAS at FL280 and burns roughly 65 gph total fuel. Long-range cruise drops to about 250 KTAS on 55 gph. Service ceiling is FL300 (FL300 was raised from the earlier FL250 in 2008 with the NG variant). The airplane is slower than a TBM 900 (which runs 330 KTAS) but it's also dramatically more spacious inside, and that trade-off is the central decision in this category.

Useful load is the PC-12's defining advantage. The NG has about 3,200 pounds of useful load. With full fuel (375 gallons, 2,515 lbs), that's still 700 pounds for people and bags. The cabin holds nine passengers in airline-style seating or six in club configuration. Cargo can be loaded through the 53-by-52-inch portside cargo door, which accepts freight pallets, snowmobiles, and stretcher operations. Range with reserves is about 1,800 nm at long-range cruise.

Powerplant

The Pratt & Whitney Canada PT6A-67P is the engine on the NG variant. It's a free-turbine turboprop rated at 1,200 shp, flat-rated for hot-and-high performance. Pratt's published TBO is 3,500 hours with a hot section inspection at 1,750 hours per Pratt & Whitney Canada service documentation. Run in line service, the PT6A-67P routinely reaches TBO. The fleet history is strong.

Real-world reliability is what makes the PT6 the engine of choice for owner-flown turboprops. The free-turbine architecture is forgiving of misuse. The hot section is easily inspected via borescope. And Pratt & Whitney Canada's parts and shop support is the most extensive in the turbine market. Most PC-12 NGs are enrolled in the Pratt & Whitney Eagle Service Plan (ESP), which we cover in the cost section below.

Off-program engine maintenance costs run higher than most owners expect. A full overhaul on a PT6A-67P at 3,500 hours runs $450,000 to $650,000 depending on findings and the shop. Most owners don't pay that bill directly because ESP enrollment converts engine maintenance into a per-hour expense. The few off-program owners we see are typically commercial operators with specific cost-management reasons rather than personal owners.

Cost of ownership

Plan on $750 to $1,000 per flight hour at 200 hours a year of utilization, all-in. The PC-12's cost structure has three dominant variables: fuel, ESP, and insurance. Fuel runs $360 to $455 per hour at 65 gph and $5.50 to $7 for Jet A. ESP runs $210 to $320 per hour at typical utilization tiers. Annual fixed costs (hangar, insurance, annual inspection, training) add another $90 to $160 per hour at 200 hours a year of utilization.

Insurance is the wildcard. First-time turboprop owners with no comparable-type background can pay $30,000 to $55,000 a year for first-year coverage. Established PC-12 owners with 300-plus hours in type pay $12,000 to $22,000. Pilatus Authorized Service Centers and the Pilatus Owners and Pilots Association (POPA) recurrent training program are key to securing favorable insurance terms.

Acquisition cost in mid-2026 spans a wide range. Early PC-12/45 and /47 aircraft (1994-2008) trade $1.5 to $2.8 million depending on year, hours, and condition. PC-12 NGs (2008-2019) run $3.0 to $4.5 million. PC-12 NGXs (2020+) trade $5.0 to $7.0 million depending on age and equipment. New NGX deliveries from Pilatus start above $5.5 million. Many buyers cross-shop a clean used NG against a new NGX delivery slot. The used market has been less volatile than the Vision Jet's, partly because the PC-12 fleet is larger and the value proposition more established.

Pilatus Authorized Service Center coverage in North America is reasonable but not as dense as the King Air network. Plan on flying or trucking the airplane to an authorized facility for major service events. Pilatus has been increasing North American service capacity gradually.

Fixed cost Range Frequency
Hangar (turboprop-capable)
Larger hangar slots required. Major metros run higher.
$800$2,500 monthly
Annual inspection (typical, on ESP)
Engine items covered by ESP. Airframe, gear, pressurization, and avionics still on the owner's annual.
$8,000$18,000 annual
Insurance (established PC-12 pilot)
$12,000$22,000 annual
Insurance (first turboprop)
$30,000$55,000 annual
Initial type training (PlaneCS or SimCom)
$15,000$25,000 per-event
Annual recurrent training
Required by most insurance underwriters.
$6,000$10,000 annual

Estimate the cost for your situation

Defaults are pre-filled for the Pilatus PC-12 NG. Tweak fuel price, hangar, insurance, and hours to match your scenario.

Your cost per hour
$895.74
Pilatus PC-12 NG · Pratt & Whitney Canada PT6A-67P, 1200 shp (PC-12/47E NG, 2008-2019). Earlier 47E used PT6A-67B.
100 hrs/yr · 65% cruise
Per month
$7,465
Per year
$89,574
Cruise power
Pre-populated values are sourced estimates. Verify with the POH and a current quote before buying.

Common issues & gotchas

Cabin pressurization seal aging

moderate

Door and window seals on pressurized turboprops wear with thousands of cycles. Replacement intervals on PC-12 doors and emergency exits typically fall during annual inspections. ESP coverage varies by program tier.

Honeywell Primus Apex software currency

moderate

NG aircraft with Primus Apex avionics require regular software updates and database subscriptions. Pilatus and Honeywell maintain the system. Annual subscription and update costs run $4,000 to $8,000. Older Primus II panels on PC-12/45 and /47 aircraft have more update friction as Honeywell deprecates baselines.

Landing gear and brake wear

low

PC-12 landing gear and brakes hold up well in normal use. Plan on tire replacement every 200 to 400 cycles and brake service every 300 to 600 cycles. Higher cycle rates on charter or fleet aircraft.

Honeywell beta-coupling system maintenance

low

The propeller beta range and reverse system requires periodic functional checks and occasional adjustments. Most operators see minimal direct cost, though related items can show up at annual inspections.

Type-rating training compliance

moderate

FAA and EASA regulations require type-rating training for owner-pilots. Most insurance underwriters require annual recurrent. Plan training and currency as a continuous commitment, not a one-time event.

Cabin temperature regulation in extreme weather

low

Some PC-12 NG owners report cabin temperature regulation challenges in extreme heat or cold. Bleed-air system service can address this. Pilatus has issued service letters covering several refinements.

Who it's for

Good fit for

  • Owner-flyers stepping up from a high-performance piston single or piston twin who want the cabin space the PC-12 uniquely offers
  • Owners flying 150 to 400 hours a year on routes from 500 to 1,500 nm
  • Family travelers who value the 4-to-9-passenger cabin and cargo door capacity
  • Bush and utility operators who want a high-cabin-volume turboprop with cargo loading capability
  • Charter and fractional operators (PlaneSense and others)

Less good for

  • Owners who prioritize speed over cabin space (TBM 900 is 60 KTAS faster on similar fuel)
  • Pilots who fly fewer than 100 hours a year (calendar fixed costs are punishing)
  • Buyers comparing cost-per-hour against turbine twins (the cost difference is real but the cabin width difference is too)
  • Pilots without a structured plan for annual recurrent training and a Pilatus service center relationship

The verdict

The PC-12 is the most usable single-engine turboprop you can buy. The cabin width, the cargo door, the 9-seat capacity, and the ramp footprint that fits into general aviation fields are all unique advantages. No other single-engine turboprop matches the PC-12 on practical capability for family, business, or utility missions. The ESP-driven engine maintenance model makes the per-hour cost predictable.

But the PC-12 is slower than the TBM in the same category and more expensive than the M600. If you don't actually need the cabin space or the cargo door, the TBM 900 will get you there faster on similar fuel and the M600 will get you there for noticeably less acquisition cost. The PC-12 wins on the days you load it up. It pays the cost of that capacity on every other day.

Cross-shop these

Type club

Pilatus Owners and Pilots Association →

POPA is the type club for PC-12 owners. Annual dues run roughly $400 to $500. Member benefits include the forum, technical articles, type-specific recurrent training programs (often required by insurance), and direct technical contact with Pilatus through POPA channels. The annual POPA convention is the major North American type-club event.

Frequently asked

How much does a Pilatus PC-12 cost? +

Used market in mid-2026: PC-12/45 and /47 aircraft (1994-2008) run $1.5 to $2.8 million. NG aircraft (2008-2019) run $3.0 to $4.5 million. NGX aircraft (2020+) trade $5.0 to $7.0 million. New NGX deliveries from Pilatus start above $5.5 million with 18 to 30 month wait times.

What's the typical fuel burn for a PC-12 NG? +

About 65 gph total at high-speed cruise (FL280, 270 KTAS), dropping to roughly 55 gph at long-range cruise. Climb fuel runs higher (90 to 110 gph) for the first 15 to 20 minutes. Plan on 70 to 75 gph block fuel for a typical 2-hour flight.

Is the PC-12 on Pratt's ESP program? +

Almost every PC-12 in the fleet is enrolled in Pratt & Whitney's Eagle Service Plan (ESP). Rates run about $210 to $320 per flight hour depending on utilization tier and contract terms. ESP covers scheduled engine maintenance (HSI and overhaul), most unscheduled engine work, and turbine-related ADs. Most insurance underwriters effectively require it.

Is the PC-12 a good first turboprop? +

Yes, with structured training. The cabin and cockpit are designed for owner-flyer transition from piston aircraft. Initial type training at FlightSafety or SimCom runs $15,000 to $25,000. Annual recurrent training is essentially required by insurance. First-year insurance for a first-time turboprop owner can run $30,000 to $55,000 and drops significantly after the first year in type.

PC-12 vs TBM 900: which should I buy? +

Buy the PC-12 if cabin space matters most (9 seats, cargo door, 53-inch cabin width). Buy the TBM 900 if speed matters most (330 KTAS vs 270 KTAS on similar fuel). The PC-12 is roughly $500,000 to $1.5 million more expensive to acquire than a comparable-year TBM 900 and has a similar per-hour operating cost. The decision is mission-driven, not budget-driven.

How does the NG differ from the NGX? +

The NGX (2020+) has the PT6E-67XP engine with FADEC digital engine control (the NG has the PT6A-67P without FADEC), updated avionics, and several cabin refinements. The NGX is the current production variant. Owner-flyer ergonomics improve with the FADEC. Operating economics are similar. Used pricing reflects the newer aircraft and lower hours.

Data sources