Pilatus PC-12: Market Price, Costs, and Realistic Alternatives

The Pilatus PC-12 is one of the most frequently cited single-engine turboprops in the business jet class—and that’s why a lot of oversimplifications have sprung up around it. This article sets the record straight: what the aircraft is really like, what missions it was designed for, how much it costs on the secondary market, and how it stacks up against real alternatives when compared to a utility turboprop and a light jet. We approach the topic as an advisor, not as a salesperson for a specific model.

What is the Pilatus PC-12, and what missions was it designed for?

The Pilatus PC-12 is a single-engine turboprop aircraft with a pressurized cabin, powered by a Pratt & Whitney Canada engine from the PT6 family (in the NGX version, this is the PT6E-67XP with FADEC). The design combines a relatively large, high-ceiling cabin with a single engine, resulting in lower unit costs than in twin-engine aircraft, while maintaining a range and speed suitable for medium-range flights.

The PC-12’s maximum cruising speed is on the order of 285 knots (approximately 520 km/h), and its range—depending on configuration and payload—reaches approximately 1,800 nautical miles (nearly 3,400 km). The maximum takeoff weight is 4,740 kg. In an executive configuration, the aircraft typically carries 6–8 passengers; in a combi or cargo configuration, it carries more. Typical missions include business flights on routes where access to shorter runways and large cargo doors is important, rather than maximum speed.

Pilatus PC-12 Price — New and Used Markets

The shortest answer to the question “How much does a Pilatus PC-12 cost?” is that a new aircraft with operational equipment costs around 5–6 million USD, while on the secondary market, prices vary widely and depend primarily on the model year, variant (Legacy, NG, NGX), and the remaining service life of the airframe and engine.

For the NG generation (manufactured roughly since 2008), publicly available market data indicates asking prices ranging from approximately $3 million for older models to over $5 million for newer ones. Aircraft from 2016–2020 are typically priced in the range of approximately $5.0–5.75 million according to value guides, though the actual transaction price may be lower and depends on negotiations and the results of a pre-purchase inspection (PPI). Older aircraft from before the NG generation are sometimes available at lower prices, but in such cases, questions regarding avionics upgrades and maintenance history become critical.

It’s worth distinguishing between two things: the list price (a point of reference) and the price you actually pay. The latter depends on the number of hours until the next engine overhaul, the condition of the interior, the avionics installed, and whether the aircraft was used privately or in intensive commercial operations. Two aircraft from the same model year can differ in price by several hundred thousand dollars precisely for these reasons.

Living expenses — what isn’t included in the purchase price

The purchase price is only part of the equation. The total cost of ownership (TCO) for a turboprop in this class includes fuel, reserves for maintenance and potential engine repairs (the so-called “engine reserve,” calculated per flight hour), routine and periodic maintenance, hangar storage, insurance, crew training, as well as depreciation and the cost of tied-up capital.

The advantage of a single-engine configuration is that it requires only one engine to maintain and one set of spare parts for repairs, rather than two. This effectively reduces the hourly operating cost compared to a light jet. On the other hand, a slower aircraft spends more time in the air on the same route, which, with a high annual flight hour count, partially offsets this advantage. Therefore, a sound cost analysis always starts with the actual mission profile: the number of hours flown per year, typical distances, and the actual number of passengers on board.

The Pilatus PC-12 Compared to Alternatives: Utility Turboprops and Light Jets

The PC-12 is rarely chosen in a vacuum. In practice, it competes with two different solutions to the same mobility challenge: a utility turboprop, which performs a different mission at a lower cost, and a light jet, which offers speed and ceiling for a similar budget. Below, we compare three representative aircraft.

Cessna Grand Caravan — a different mission, often a more accurate answer

The Cessna Grand Caravan (208B) is a single-engine, non-pressurized turboprop utility aircraft designed to transport passengers and cargo from short, poorly prepared airfields. It is slower than the PC-12 (cruise speed of approximately 170–185 knots) and has a shorter range (about 900 nautical miles), but it offers a large payload capacity (around 1.5 metric tons) and lower entry costs and operating expenses. If your actual mission involves short-haul flights, grass-strip operations, cargo transport, parachute jumps, or special missions, the Grand Caravan is often simply a better fit than the more expensive, pressurized PC-12. We discuss the economics of this aircraft in more detail in our article on the operating costs and profitability of the Cessna Grand Caravan.

Citation M2 Gen2 — a lightweight jet in a similar price range

On the other hand, a budget comparable to that of a well-equipped PC-12 opens the door to a light jet. The Cessna Citation M2 Gen2 is a twin-engine jet with a cruising speed of 400 knots (about 740 km/h), a range of about 1,550 nautical miles, and a ceiling of 41,000 feet, which allows it to fly above most weather conditions. The trade-off is two turbofan engines that require more maintenance and result in higher fuel consumption. It’s a classic trade-off: the turboprop wins in terms of hourly operating costs and access to shorter runways, while the jet wins in terms of flight time and comfort at high altitudes. We go into more detail on the aircraft’s specifications in our article on the differences between the Citation M2 Gen2 and the CJ3+.

Comparison Chart: PC-12 vs. Grand Caravan vs. Citation M2

The comparison shows that there is no single “best” aircraft here—there are three different solutions for three different mission profiles. Choosing the right aircraft starts with asking what exactly it will be carrying, how far, and how often.

How to Choose Based on the Mission Profile, Not the Name

The most common mistake when buying in this class is to start with the model rather than the mission. Before comparing prices, it’s worth calculating your actual annual flight hours, typical distances, the number of passengers, and baggage weight, as well as which airports you’ll actually be operating from. Only then can you determine whether you need the range and cabin space of a PC-12, the payload capacity of a Grand Caravan, or the speed of a Citation M2.

The second factor is the total cost of ownership over a period of several years, rather than just the sticker price. The third is the quality of the specific aircraft: its maintenance history, engine condition, documentation, and the results of the pre-purchase inspection can affect the transaction’s cost-effectiveness more than the difference in model. Our discussion on how to choose between a turboprop and a small business jet for travel within Europe will help you make this decision, and for a broader market context , see our overview of what the Citation, PC-12, and TBM aircraft.

Frequently Asked Questions (FAQ)

How much does a Pilatus PC-12 cost?
A new unit costs in the range of 5–6 million USD with operational equipment. On the secondary market, asking prices for the NG generation range roughly from 3 million USD for older machines to over 5 million USD for newer models. The actual transaction price depends on the model year, the engine’s condition, and the results of the inspection.

Is having only one engine in the PC-12 a safety concern?
The aircraft is certified for commercial passenger flights in many jurisdictions, including night flights and IFR operations. The PT6 turbine is a very mature design. Risk assessment depends on the operational profile, routes, and procedures, not solely on the number of engines—this is a matter that must be analyzed on a case-by-case basis.

PC-12 or Grand Caravan?
It depends on the mission. The PC-12 offers a pressurized cabin, higher speed, and greater range; the Grand Caravan offers lower costs, a large payload, and the ability to operate from short or unpaved airfields. For cargo flights and short-haul routes, the Caravan is often the better choice; for regular, longer passenger flights, the PC-12 is the better choice.

A PC-12 or a light jet, such as a Citation M2?
For a similar budget, a jet offers higher speed and ceiling, but at the cost of two engines and higher fuel consumption. If flight time and flying above the clouds are your priorities, the M2 is worth considering; if cost per hour and access to smaller airports are your priorities, go for the turboprop.

How much does it cost to maintain a PC-12 each year?
There is no single figure—the cost depends on annual flight hours, engine reserves, insurance, and hangar storage. A reasonable estimate can only be made after defining the mission profile, which is why the TCO calculation is done on a case-by-case basis rather than using a table.

Are you considering a PC-12-class aircraft?

If you’re considering a Pilatus PC-12 or a similar aircraft, contact GB Aircraft. We’ll objectively compare a turboprop with a light jet based on your mission profile—flight hours, routes, and actual needs—even if the best choice turns out not to be an aircraft from our lineup. We’re focused on helping you make a decision that will stand the test of time over the next few years, not on selling a specific model.