Aircraft

Pilatus PC-24 vs Phenom 300: Speed, Cabin, and Runway Access

Comparing Pilatus PC-24 vs Phenom 300 specs and airport access

Buy the Embraer Phenom 300 if your flights depart from standard paved runways and you want higher cruise speeds backed by a deep global charter fleet, or buy the Pilatus PC-24 if you require short unpaved runway capability and pallet-sized cargo loading. At Jet & Beyond, we evaluate both aircraft by comparing real operating limitations and charter availability rather than promotional brochures. When evaluating the pilatus pc-24 vs phenom 300, operators find two light jets separated by only 10 nautical miles of range and roughly $1 million in purchase price, yet they deliver fundamentally different airfield capabilities.

The Pilatus PC-24 by Pilatus Aircraft lists at approximately $11.9 million and holds unique certification for unimproved grass and gravel airstrips. The Embraer Phenom 300 series from Embraer, priced between $11 million and $12 million for the current 300E model, cruises 24 knots faster and remains the top-selling light jet platform in business aviation.

Pilatus PC-24 vs Phenom 300 at a Glance

Flight Speed and Range for Pilatus PC-24 vs Phenom 300 Missions

The Embraer Phenom 300E delivers a 24-knot cruise speed advantage over the Pilatus PC-24, while their maximum flight ranges remain functionally equal. The Phenom 300E offers a published range of 2,010 nautical miles under National Business Aviation Association (NBAA) Instrument Flight Rules (IFR) reserves with five occupants. The Pilatus PC-24 delivers 2,000 nautical miles of range under those same reserve standards.

That 10-nautical-mile difference produces no meaningful distinction in flight planning. Both aircraft reliably connect the same regional and transcontinental city pairs without intermediate fuel stops. The real operational divergence appears on the airspeed indicator.

The Phenom 300E cruises at a maximum speed of 464 knots true airspeed (KTAS). The Pilatus PC-24 posts a maximum cruise speed of 440 KTAS. On an 800-nautical-mile flight, the Phenom 300E arrives roughly six to eight minutes earlier than the PC-24. On a longer 1,500-nautical-mile leg, that speed advantage widens to nearly 15 minutes of saved flight time. For corporate flight departments logging 150 hours annually, those saved minutes accumulate into several fewer hours billed on the airframe.

Both light jets share a maximum certified operating ceiling of 45,000 feet. That altitude allows crews to climb above commercial airline corridors and route around regional weather turbulence.

In July 2026, Embraer launched the Phenom 300EV as an upcoming update to the Phenom 300. The 300EV increases published range to 2,055 nautical miles, adds roughly 430 pounds of payload through a higher maximum zero-fuel weight, and incorporates Garmin Emergency Autoland. Customer deliveries for the 300EV are not scheduled until 2028. Because of that timeline, the Phenom 300E remains the current in-service benchmark for charter and purchase decisions today.

Runway Capabilities and Short Field Access

The Pilatus PC-24 provides short-field and unpaved-runway performance that no other certified business jet can match. Pilatus Aircraft markets the PC-24 as the “Super Versatile Jet” for this reason. Certified in 2017 with more than 200 delivered, it is the only civilian business jet approved to operate from unpaved surfaces including grass, dirt, and gravel.

On paved runways at sea level, the Pilatus PC-24 requires a balanced field length of roughly 2,690 feet. The Embraer Phenom 300E requires 3,209 feet of takeoff distance under comparable sea-level conditions.

The 519-foot runway advantage of the PC-24 opens smaller municipal airports and high-elevation strips that the Phenom 300E cannot legally touch. The unpaved field certification widens that gap further. The PC-24 lands directly on remote grass strips in rural communities, gravel strips on private ranches, and unimproved island airfields. Its reinforced landing gear and belly structure are engineered for gravel and grass strips rather than paved runways alone.

The Phenom 300E is certified strictly for paved asphalt and concrete runways. Attempting to land a Phenom 300E on an unpaved surface violates operating limitations and risks severe foreign-object damage to the airframe, landing gear, and low-slung turbofans.

If your flight calendar involves travel to remote destinations, construction operations, or rural sporting estates, the PC-24 provides direct runway access. If your destinations consist entirely of established, adequately long paved airports, the PC-24’s unpaved capability sits idle on every trip.

Cabin Dimensions and Cargo Loading Systems

Both aircraft feature similar interior heights under five feet, but the Pilatus PC-24 provides an oversized rear cargo door and flat floor that the Embraer Phenom 300E cannot match. The PC-24 cabin height measures 4 feet 10 inches. The Phenom 300E cabin height measures 4 feet 11 inches. Neither cabin offers full stand-up headroom, requiring passengers to stoop when moving through the center aisle.

Both aircraft hold certifications for up to 10 occupants. Charter operators configure the PC-24 for six to eight passengers, while the Phenom 300E typically flies with six or seven passenger seats.

The internal layout of the PC-24 stands apart because of its continuous flat floor and standard aft cargo door. The door allows line crews to load oversized cargo pallets, hunting gear, surfboards, or medical evacuation stretchers directly into the rear cabin. Passenger seats can be reconfigured or removed in minutes to expand cargo volume.

The Phenom 300E uses a conventional stepped aisle and standard passenger entry door. It provides an enclosed aft lavatory and a dedicated external baggage compartment that is accessible in flight. The baggage area is generous for the light-jet tier, but loading is restricted to individual bags and luggage pieces that fit through standard baggage compartment doors.

Cabin pressurization gives an advantage to the Phenom 300E. Embraer engineers designed the Phenom 300E pressurization system to maintain a maximum cabin altitude of 6,600 feet while cruising at 45,000 feet, the best rating in the light-jet class. A lower cabin altitude delivers higher oxygen saturation to the bloodstream. Passengers disembark with noticeably less physical fatigue, reduced dehydration, and fewer altitude-induced headaches.

Flight Deck Technology and Engine Performance

The Embraer Phenom 300E incorporates twin Pratt & Whitney Canada engines and touch-screen avionics designed for single-pilot and dual-pilot operations. Power comes from two Pratt & Whitney Canada PW535E1 turbofans, each producing 3,478 pounds of takeoff thrust. The cockpit features the Prodigy Touch flight deck, an Embraer system built on the Garmin G3000 architecture.

The Pilatus PC-24 brings Swiss engineering standards to the flight deck with modern flight control automation and digital engine monitoring. Certified in 2017 by Pilatus Aircraft, the PC-24 cockpit integrates graphical flight planning and specialized systems designed to monitor performance on unimproved airfields.

Both aircraft hold single-pilot type certification. Qualified owner-operators can fly either jet without a co-pilot. In commercial operations, however, fractional programs and on-demand charter operators fly both aircraft with two type-rated pilots to satisfy corporate safety standards and flight department insurance policies.

Buyers evaluating these cockpits often cross-shop both models against the Cessna Citation CJ4, which delivers comparable seating and transcontinental range within the light-jet category.

Acquisition Pricing and Hourly Charter Operating Rates

New acquisition prices for the Pilatus PC-24 and Embraer Phenom 300E sit within roughly $1 million of each other, while hourly charter rates overlap across the $3,200 to $4,000 range. According to the Aircraft Owners and Pilots Association (AOPA) buyer’s guide, a new Pilatus PC-24 lists for approximately $11.9 million. Pilatus Aircraft does not publish a standardized retail price list directly.

Market transactions place a factory-new Embraer Phenom 300E between $11 million and $12 million, depending on custom avionics options and cabin upholstery packages. Embraer likewise handles retail pricing through customer quotes rather than public price lists.

On the on-demand charter market, published rate cards illustrate how closely these models compete on ongoing operations. Charter rates for the Phenom 300E generally sit between $3,200 and $4,000 per flight hour. The PC-24 commands charter rates between $3,400 and $4,000 per flight hour.

To evaluate how these hourly rates perform across different annual flight schedules, consider this operating comparison:

At 100 flight hours per year, the hourly cost spread between the two aircraft totals just $10,000. That difference is negligible in the context of an overall flight department budget. Direct operating expenses do not decide this matchup. The decision depends entirely on airfield access and the physical dimensions of the gear you carry.

Fleet Availability and Charter Market Liquidity

The Embraer Phenom 300 provides unmatched charter market liquidity due to a global operating fleet of more than 900 aircraft, while the Pilatus PC-24 maintains a smaller footprint of over 200 deliveries. The original Phenom 300 entered commercial service in 2009. According to annual shipment data from the General Aviation Manufacturers Association (GAMA) cited by Embraer, the Phenom 300 has been the world’s best-selling light jet for 14 consecutive years. Embraer delivered 72 units in 2025 alone.

The Pilatus PC-24 entered commercial service after receiving certification in 2017. Pilatus Aircraft has delivered more than 200 units worldwide, establishing a loyal owner base among private operators and specialized medical evacuation providers.

That fleet size difference changes availability for charter clients and jet card members. Because the global Phenom 300 fleet is more than four times larger than the PC-24 fleet, sourcing a Phenom 300 through a jet card membership is straightforward across North America and Europe. If an aircraft experiences a mechanical delay, a fractional provider or charter broker can usually position a replacement Phenom 300 within a few hours.

Securing a Pilatus PC-24 requires targeted scheduling. Because fewer airframes exist on commercial certificates, chartering a PC-24 often involves paying empty-leg repositioning fees to bring the aircraft to your departure airport. For travelers who require the PC-24 for short-field missions, those repositioning costs are necessary expenses. For travelers using standard paved runways, booking the readily available Phenom 300 avoids repositioning friction.

Deciding Between the Pilatus PC-24 vs Phenom 300

Your choice between the Pilatus PC-24 and Embraer Phenom 300 comes down to whether your flight itinerary demands unpaved runway access or relies on high-speed travel between conventional airports.

Buy the Pilatus PC-24 if you need direct access to unpaved gravel or grass airstrips, must depart from runways under 3,000 feet, or carry oversized sports equipment and palletized cargo. The standard cargo door, continuous flat floor, and 2,690-foot balanced field length give the PC-24 utility that no other light jet provides.

Buy the Embraer Phenom 300E if you fly between standard paved runways, want a 24-knot speed advantage on longer routes, prefer a 6,600-foot cabin altitude, and value the dispatch security of a 900-aircraft fleet network. The Phenom 300E remains the market benchmark for corporate light-jet travel between major population centers.

Who this is not for: A buyer whose routine flights operate strictly between paved runways longer than 4,000 feet should not buy the Pilatus PC-24. Paying for heavy-duty landing gear and structural unpaved reinforcement while sacrificing 24 knots of cruise speed provides no operational return when every destination has paved asphalt. Similarly, buyers needing nonstop transcontinental range of 3,000 nautical miles should not choose either light jet, as both top out near 2,010 nautical miles and require intermediate fuel stops on coast-to-coast flights against winter headwinds.

What would change the verdict: If your travel profile changes to include frequent trips into unimproved gravel strips in the Mountain West, grass airstrips in the Caribbean, or remote resort runways shorter than 3,000 feet, the Pilatus PC-24 becomes the required choice over the Phenom 300E. Conversely, if your corporate schedule shifts toward high-frequency business shuttles connecting major metropolitan centers on tight booking deadlines, the 900-aircraft fleet depth and 464-knot speed of the Phenom 300E make it the superior operational platform.

Frequently Asked Questions

Is the Pilatus PC-24 better than the Embraer Phenom 300E?

The Pilatus PC-24 is better for unpaved airfields and cargo flexibility, while the Embraer Phenom 300E is better for flight speed, cabin pressurization, and fleet availability. The PC-24 lands on gravel and grass strips as short as 2,690 feet and features a standard pallet-sized cargo door. The Phenom 300E cruises 24 knots faster, maintains a lower 6,600-foot cabin altitude, and offers superior charter availability with more than 900 aircraft in service.

What is the range difference between the PC-24 and Phenom 300?

The range difference between the two aircraft is only 10 nautical miles, making their flight distance capabilities practically identical. Under National Business Aviation Association (NBAA) Instrument Flight Rules (IFR) reserves, the Embraer Phenom 300E flies up to 2,010 nautical miles with five occupants, compared to 2,000 nautical miles for the Pilatus PC-24. Both aircraft easily connect the same regional and transcontinental city pairs without stopping for fuel.

Why choose a Phenom 300 vs Pilatus PC-24 for corporate charter?

Corporate charter clients choose the Embraer Phenom 300 over the Pilatus PC-24 for its 464-knot cruising speed and superior fleet availability. With more than 900 Phenom 300 aircraft in active service worldwide, charter brokers and jet cardA prepaid block of flight hours on a set aircraft category, bought at a fixed or capped hourly rate. No aircraft ownership is involved. programs can source replacement aircraft quickly if mechanical issues arise. The Phenom 300E also provides a 6,600-foot maximum cabin altitude that keeps executives fresher during multi-leg flight days.

Can the Pilatus PC-24 land on unpaved runways?

The Pilatus PC-24 is the only certified business jet approved for takeoffs and landings on unpaved gravel, grass, and dirt surfaces. Pilatus Aircraft engineered the aircraft with specialized wing aerodynamics, rugged landing gear, and engine protection to operate safely from unimproved strips as short as 2,690 feet. The Embraer Phenom 300E is strictly certified for paved asphalt and concrete runways and cannot land on unpaved surfaces.

How much does a Pilatus PC-24 cost compared to a Phenom 300E?

A factory-new Pilatus PC-24 lists for approximately $11.9 million according to the Aircraft Owners and Pilots Association (AOPA) buyer's guide, while market reporting places a new Embraer Phenom 300E between $11 million and $12 million. On the charter market, rates for both aircraft closely overlap between $3,200 and $4,000 per flight hour. Operating costs remain comparable, meaning purchase decisions should hinge on runway requirements rather than price variances.

When will the Embraer Phenom 300EV enter service?

Embraer announced the Phenom 300EV in July 2026, with customer deliveries scheduled to begin in 2028. The 300EV upgrade introduces Garmin Emergency Autoland, expands flight range to 2,055 nautical miles, and adds approximately 430 pounds of payload through an increased maximum zero-fuel weight. Because deliveries are several years away, the current Phenom 300E remains the active production benchmark for near-term purchases and charters.

Review our complete Pilatus PC-24 overview and our Embraer Phenom 300 guide, or compare jet cards to evaluate the pilatus pc-24 vs phenom 300 against your annual flight hours and airfield destinations.

We update this guide as aircraft, program, and route pricing changes. Spotted something out of date? Tell us and we'll check it.