Pilatus PC-24: Specifications, Operating Cost Per Hour, Fuel Burn and Flight Support Guide

The Pilatus PC-24 is a highly versatile business jet that excels in a variety of conditions, making it an ideal choice for discerning travelers. Designed and manufactured by Pilatus Aircraft, the PC-24 offers impressive performance capabilities combined with a spacious and comfortable cabin. This jet is known for its ability to operate from shorter runways, opening up a wider range of airports and airfields for travel. 

These experiences include efficient ground handling, which ensures seamless arrival and departure procedures at airports worldwide. Permit coordination, fueling arrangements, and catering services are meticulously managed to facilitate smooth and hassle-free journeys. Whether for business or pleasure, this extraordinary aircraft sets new standards in private aviation, offering the perfect blend of advanced technology and uncompromised comfort.

Pilatus PC-24 Specifications: Cruise Speed, Range, Runway Performance and Cabin Capacity

The following specifications cover the Pilatus PC-24 cruise speed, range, short-field performance, fuel capacity, engine details, and cabin configuration data that operators and crew most commonly reference for mission planning.

The Pilatus PC-24 cruise speed reaches a maximum of 440 knots, or approximately 815 kilometers per hour, giving operators fast intercity transit times that compare favorably with larger and more expensive business jets. This allows for efficient and timely travel between destinations, reducing flight durations compared to slower aircraft. The Pilatus PC-24 range extends to approximately 2,035 nautical miles, or 3,765 kilometers, with full fuel and four passengers. The PC-24 range enables non-stop coverage of many regional and transcontinental city pairs, and the short-field capability means that this range is accessible from a much wider set of departure airports than comparable business jets require.

This range allows for non-stop flights between many major city pairs. The PC-24 can accommodate up to 11 passengers in a typical configuration, including the pilot. However, it can be configured with fewer seats for more spacious arrangements or additional options like a lavatory or additional storage space.

The PC-24 is powered by two Williams FJ44-4A turbofan engines and utilizes jet fuel (usually Jet A or Jet A-1) for propulsion. These engines provide the necessary power and efficiency for the aircraft’s performance. One of the key advantages of the PC-24 is its ability to operate from shorter and unimproved runways. 

It has a remarkably short takeoff distance of 2,810 feet (856 meters) and a landing distance of 2,525 feet (770 meters) when operating at maximum takeoff weight. This enables the PC-24 to access smaller airports and airfields that are often closer to the final destination.

Pilatus PC-24 Short-Field Performance: Takeoff Distance and Landing Distance

One of the defining operational characteristics of the Pilatus PC-24 is its short-field performance, which sets it apart from most business jets in its range and speed class. The PC-24 takeoff distance at maximum takeoff weight is approximately 2,810 feet, or 856 meters, which is shorter than many turboprop aircraft and dramatically shorter than comparable business jets. The Pilatus PC-24 landing distance at maximum landing weight is approximately 2,525 feet, or 770 meters, enabling the aircraft to operate from grass strips, gravel runways, and short paved strips that are inaccessible to virtually all other jets of comparable performance.

This short-field capability is achieved through the combination of the Williams FJ44-4A engine thrust characteristics, the aircraft’s aerodynamic design, and its certified approval for operations on unpaved surfaces. For operators serving remote locations, resource extraction sites, island destinations, or smaller regional airports without the infrastructure to support conventional business jets, the PC-24 opens access to destinations that would otherwise require a helicopter transfer from a larger airport.

Operators planning PC-24 missions to short-field destinations should verify that the specific runway surface, elevation, slope, and obstacle clearance requirements are within the aircraft’s certified performance envelope for the planned departure weight and atmospheric conditions. Just Aviation’s trip planning team coordinates the destination research, permit applications, and ground arrangements that make remote and short-field PC-24 operations reliable.

Pilatus PC-24 vs Other Light and Midsize Business Jets: Key Operational Differences

The Pilatus PC-24 occupies a genuinely distinctive position in the business jet market that makes direct comparisons with other aircraft in the light-to-midsize category somewhat misleading. Understanding where it differs from competitors helps operators decide whether the PC-24 is the right tool for their specific mission profile.

Compared to other light jets in its range class, the PC-24 has a significantly larger cabin. At 25 feet in length with a flat floor, the cabin more closely resembles a midsize business jet than a light jet, yet the aircraft’s short-field performance gives it access to runways typically reserved for turboprops and piston aircraft. This combination is genuinely unique among certified business jets.

On pure cruise speed, the PC-24’s 440-knot maximum is competitive with light jets but slower than large-cabin business jets. Operators for whom speed is the primary priority and who operate exclusively from long runways will find faster options in the same budget range. Operators who need reliable access to shorter runways, remote destinations, or airports at high altitudes where density altitude restricts heavier aircraft will find the PC-24 has no direct equivalent.

The PC-24’s operating cost per hour is lower than most midsize business jets and comparable to lighter jets, despite the larger cabin and superior short-field performance. This cost-to-capability ratio is one of the most compelling aspects of the aircraft for operators evaluating fleet composition or selecting a single aircraft for diverse mission types.

For fractional ownership and charter operators, the PC-24’s versatility across mission types, from urban executive travel to remote site access, makes it a more commercially flexible asset than a purpose-built short-field turboprop or a faster but runway-limited business jet.

Pilatus PC-24 Flight Management Systems

The Pilatus PC-24 features advanced avionics and cockpit automation systems that enhance the aircraft’s operational capabilities and pilot experience. Here are some details about the avionics and cockpit automation on the PC-24:

Advanced Avionics

The Honeywell Primus Apex integrated avionics suite on the PC-24 includes three high-resolution 12-inch LCD displays: two Primary Flight Displays (PFDs) and one Multi-Function Display (MFD). These displays provide pilots with detailed flight information, including airspeed, altitude, vertical speed, attitude, heading, navigation data, and system status. 

The avionics suite incorporates advanced systems such as a Dual Flight Management System (FMS) with GPS capability, allowing for precise navigation and flight planning. Pilots can input flight plans, waypoints, and approaches into the FMS, which calculates optimized routes and provides lateral and vertical navigation guidance. The system integrates a Weather Radar that displays real-time weather information on the MFD, enabling pilots to avoid hazardous weather conditions and optimize flight routes.

Autopilot System

One unique avionics feature of the PC-24’s autopilot system is its Emergency Descent Mode. In the event of a rapid decompression or an emergency situation requiring a rapid descent, the PC-24’s autopilot can engage the Emergency Descent Mode to assist the pilot in executing a controlled descent to a safe altitude.

In this mode, the autopilot takes over and initiates a steep descent while maintaining a target airspeed. The autopilot commands the aircraft to descend at a high rate, typically around 4,000 to 6,000 feet per minute, ensuring a quick descent to a safe altitude where the crew and passengers can breathe normally without supplemental oxygen.

During the emergency descent, the autopilot coordinates with other avionics systems such as the cabin pressurization system and the flight controls to ensure a smooth and controlled descent. It also provides necessary alerts and annunciations to the crew, including guidance on when it is safe to level off.

Cockpit Automation

The PC-24 may incorporate advanced safety features such as an Enhanced Ground Proximity Warning System (EGPWS), which provides visual and audio alerts to prevent controlled flight into terrain (CFIT) incidents. It monitors the aircraft’s position and terrain databases to warn pilots of potential collision risks. The Traffic Collision Avoidance System (TCAS) alerts pilots to the presence of nearby aircraft and provides guidance to avoid potential collisions. 

It displays traffic information on the cockpit displays and issues advisories and resolution advisories (RAs) if necessary. The PC-24 can also be equipped with a weather radar system that displays real-time weather information, such as precipitation and storm cells, on the MFD. This helps pilots to navigate around adverse weather conditions and select safer flight paths.

Cabin Amenities of Pilatus PC-24

The Pilatus PC-24 offers a range of cabin amenities designed to provide luxury, comfort, and convenience for passengers. Here are some examples of the cabin amenities available in the PC-24:

Seating

The PC-24 offers a wide range of seating options, including executive club seating arrangements. These arrangements typically consist of two or more sets of facing seats with a central table, allowing passengers to have face-to-face discussions or conduct meetings inflight. The seats are often designed with ergonomic considerations, featuring adjustable headrests, lumbar support, and reclining mechanisms. Some seats may also have built-in massage functions for added comfort during long flights.

Entertainment Systems

The PC-24 can be equipped with a cutting-edge in-flight entertainment system to enhance the passenger experience. This system may include high-resolution display screens strategically mounted throughout the cabin. Individual touchscreen controls placed near each seat allow passengers to personalize their entertainment experience, selecting their preferred content and adjusting audio settings.

Galleys

Just Aviation arranges catering for PC-24 flights at airports and FBOs worldwide, coordinating meal specifications, dietary requirements, and delivery timing to align with each departure schedule. Additionally, the galley may incorporate features such as ovens or microwaves for warming and cooking meals. This allows for onboard meal preparation, catering to the specific culinary preferences of passengers.

Lavatories

Lavatories on board the PC-24 typically include features such as a sink, toilet, and mirror. High-quality finishes and materials, such as premium flooring and decorative accents, are often incorporated to create an upscale ambiance. Some lavatories may also include additional amenities, such as vanity areas, storage compartments for personal items, and enhanced lighting for a pleasant and refreshing experience.

Pilatus PC-24 Operating Cost Per Hour and Annual Cost Breakdown

The Pilatus PC-24 operating cost per hour reflects its position as a fuel-efficient light-to-midsize business jet with lower variable costs than larger cabin aircraft in its performance class. The total cost of Pilatus PC-24 ownership spans fuel, maintenance, crew salaries, insurance, hangar fees, and administrative expenses. The figures below represent approximate industry averages for typical utilization profiles, and operators should obtain specific estimates from aviation advisors and maintenance providers based on their intended usage pattern, geographic base, and chosen maintenance program. Whether it’s for executive travel or specialized missions, the PC-24 offers a reliable and versatile solution for those seeking a high-performing business jet.

Pilatus PC-24 Fuel Burn Per Hour and Fuel Efficiency

The Pilatus PC-24 fuel burn per hour averages approximately 160 US gallons under typical cruise conditions, making it one of the more fuel-efficient aircraft in the light-to-midsize business jet category. At current Jet-A prices, this fuel burn rate translates to an estimated fuel cost of between 320 and 480 US dollars per flight hour depending on fuel price at the departure location and route conditions. The PC-24 is powered by two Williams International FJ44-4A turbofan engines with a combined thrust output of 6,800 pounds. These engines are optimized for the short-field and high-altitude performance that distinguishes the PC-24 from other business jets in its class, and their fuel consumption profile remains consistent across the range of altitudes and runway elevations where the aircraft commonly operates. Operators planning PC-24 missions in regions with higher fuel prices should factor the per-hour fuel cost into their trip budgeting. Just Aviation coordinates aviation fuel supply at FBOs and remote locations worldwide, including advance pricing confirmation for high-volume or remote uplift requirements.

Maintenance Costs

The maintenance costs for the PC-24 can vary depending on several factors, including the aircraft’s usage, the type of maintenance program chosen (e.g., hourly-based or calendar-based maintenance), and the specific operator’s contractual agreements with maintenance providers. On average, the annual maintenance costs for a midsize business jet like the PC-24 can range from $150,000 to $350,000. These costs typically include routine inspections, scheduled maintenance tasks, component replacements, and other necessary upkeep to ensure the aircraft’s airworthiness and compliance with regulatory requirements.

Crew Salaries

The salaries for the crew members of a Pilatus PC-24 can vary based on several factors, including the level of experience, region of operation, and employment arrangements (e.g., employee or contractor). As a rough estimate, the average annual salary for a PC-24 pilot can range from $100,000 to $250,000, depending on the factors mentioned above. The average salary for a PC-24 flight attendant can range from $40,000 to $80,000 per year.

Total Cost of Pilatus PC-24 Ownership: Annual Estimates

The total ownership costs of the Pilatus PC-24 encompass a wide range of expenses, including aircraft acquisition, fuel costs, maintenance, crew salaries, insurance, hangar fees, and administrative expenses. On average, the total annual ownership costs for a Pilatus PC-24 can range from $1.2 million to $1.8 million. It’s important to note that these figures are approximate averages, and the actual costs can vary significantly depending on factors such as aircraft utilization, financing terms, geographic location, and other individual factors.

Pilatus PC-24 Flight Support: Coordinating Operations at Remote and Short-Field Airports

The Pilatus PC-24’s ability to operate from short and unprepared runways creates operational planning requirements that differ meaningfully from conventional business jet trip support. Operators who use the PC-24 to access remote or infrastructure-limited destinations need ground support coordination that accounts for the realities of operating at locations where full FBO services may not be available.

Fuel availability is the most critical planning variable for remote PC-24 operations. At small airstrips and regional airports, Jet-A fuel may be available in limited quantities or may need to be arranged in advance through a fuel truck delivery from a nearby supplier. Confirming fuel availability, quantity, and quality before departure is essential for maintaining the planned return routing, particularly when operating in areas where alternative fuel sources are not within the aircraft’s range.

Ground handling expectations at remote destinations are different from FBO operations at major business aviation airports. Operators should not assume that a conventional ground handling service will be in place at short-field destinations and should confirm what specific services are available before departure: parking, power, baggage assistance, customs and immigration access where applicable, and basic maintenance support.

Permit and airspace requirements for flights into remote areas vary significantly by region. Some of the destinations that the PC-24 can access due to its short-field performance are in airspaces with complex or bureaucratic permit requirements. Overflight permits, landing permits at private or military-adjacent airstrips, and customs pre-clearance arrangements may all need to be in place before departure.

Weather and runway condition monitoring is more important for remote PC-24 operations than for conventional business jet trips. Short runways leave less margin for degraded surface conditions, crosswind components, or density altitude variations from forecast values. Operators should have a clear diversion plan and alternate fuel source identified before departing for remote destinations.

It’s important to consult with aviation professionals, financial advisors, and industry experts for accurate and up-to-date cost estimates specific to individual circumstances and operational profiles.

Just Aviation provides dedicated flight support services for Pilatus PC-24 operators across global and remote destinations. Our team manages the ground coordination that PC-24 missions require: aviation fuel arrangements at FBOs and remote airstrips, ground handling at destination airports, overflight and landing permit management, and trip planning for multi-leg domestic and international itineraries. For operators using the PC-24 specifically to access destinations that larger jets cannot reach, having reliable ground support pre-arranged at each stop is essential to making the aircraft’s short-field advantage deliver its full operational benefit.