Falcon 6X - Dassault Falcon

Passenger – and pilot-centric, the Falcon 6X reflects the ultimate evolution of Dassault’s legendary aircraft heritage.The Falcon 6X integrates the best features from Dassault Aviation’s world-leading business and fighter aircraft expertise to create the longest-range jet in its class with unparalleled passenger comfort, maximum mission flexibility, and the most advanced cockpit technologies available.

The Falcon 6X is the most spacious, advanced, and versatile twinjet in the long-range business jet segment.

Cabin Space & Amenities

More room to work or relax. Pure comfort for passengers. The largest cabin – 6 feet 6 inches of headroom and 8 feet 6 inches wide.

The Falcon 6X offers the most interior space in the 5,000 nm segment and features the highest and widest cross-section of any purpose-built business jet.

Cabin height: 6 feet 6 inches (1.98 meters)
Max width: 8 feet 6 inches (2.58 meters)
Cabin length: 40 feet 4 inches (12.30 meters)

All that space translates to room for more personal productivity: for collaborating, for working and for sleeping on long flights.

Thanks to the extra space available, and based on extensive input from customers, Dassault Aviation’s in-house Design Studio completely rethought and restyled the cabin interior. Their solution features flowing, uninterrupted lines that enhance the feeling of spaciousness.

Up to 16 Passengers. Take a large team – there’s room enough to accommodate 12-16 passengers – with individual seating in three separate lounge areas. The extra width also means a 5-inch wider aisle compared to previous Falcons, for more elbow room and easier movement between cabin sections.

Multiple Configurations. Options include an extended entryway and galley, a crew rest area, and a spacious rear stateroom, affording greater privacy when desired, especially on long overnight flights. A new option since 2022 is the Falcon Privacy Suite with an electrically controlled lie-flat seat. One or more can be installed in the 6X cabin.

Large Windows… and a Skylight. The Falcon 6X’s extra-large windows (30 of them) both brighten the cabin naturally and provide unprecedented views, with a total of nearly 5,000 square inches and the highest percentage of window area in its class. Plus, it features an industry-first skylight that provides additional natural light in the normally dim galley area.

Quiet and Refreshing. Like the Falcon 8X, the 6X will be the quietest cabin in the sky with interior sound levels below 50 dB. Cabin air is refreshed continuously and processed through hospital-grade HEPA filters to provide added protection against airborne pathogens. “Cabin altitude” pressurization is maintained at a very comfortable 3,900 feet (1,189 m), when cruising at 41,000 feet (12,497 m). Passengers not only travel in the most comfortable conditions, they arrive at their destination refreshed and ready for the day.

Connectivity with Style. The 6X cabin comes with high-speed connectivity system solution ensuring seamless in-flight communications and high-speed access to Internet. Connectivity service options include Ka-Band network that allows even faster and more consistent data speed. The cabin also comes equipped with new in-flight entertainment and communications network technology designed to distribute crisp, high-definition audio and video content throughout the cabin. Dassault’s Innovative Cabin System (ICS) provides easy fingertip control of cabin e nvironment (temperature, shades, light) plus entertainment on touch panels and personal devices. Passengers can stream audio by Bluetooth from their personal devices to earbuds or cabin speakers.

Speed, Range, Flexibility

More airport options closer to passengers’ final destinations. Maximum mission flexibility. The longest range in its class (up to 5,500 nm) coupled with the short-field takeoff and landing capability typical of the Falcon line.

The Falcon 6X offers the longest range in its class and connects an impressive list of city pairs. Fly almost anywhere in the world and land at airports that are typically inaccessible to large business jets because of short runways or challenging approaches.

Long Range Reach. The Falcon 6X will fly a maximum range of, 5,500 nm (10,186 km) at Mach .80 or 5,100 nm (9,445 km) at Mach .85.

Short-Field Capability. With extendable leading-edge slats and trailing-edge flaps on the wings, approach speed can be as low as 109 KIAS (202 km/h) with 8 passengers, 3 crew, SL, NBAA IFR reserves, even on non-standard steep approaches up to 6 degrees. Land at London City, Lugano, Saint-Tropez, Aspen and other challenging airports.

Typical Falcon 6X missions at Long Range Cruise Speed:

Los Angeles to Geneva
São Paulo to London
Beijing to San Francisco
London to Los Angeles

The Falcon 6X can also perform an impressive list of missions at M .85 including:

Paris to Beijing
Shanghai to Melbourne
Los Angeles to London
São Paulo to Chicago
Paris to Johannesburg

Short Hop and Go. The Falcon 6X is able to land with much more fuel than competing aircraft. This allows operators to make a short hop to an interim airport, pick up passengers, and then continue on to an overseas destination without having to refuel. Washington to New York, then to London or Geneva, for example. That’s mission flexibility with economic efficiency.

Ultra-Efficient Wing. The new-generation Falcon 6X wing incorporates advanced structural architecture and curved trailing edge. The increased buffet margin and increased lift/drag ratio reduces the impact of turbulence. While optimized for steep, low-speed approaches to short-field airports, the Falcon 6X can still attain a top cruise speed of Mach .90

Proven Power. The 13,500 lb PW812D turbofan engine shares the proven, rigorously tested core technology used in Pratt & Whitney’s PurePower® family of geared turbofan commercial engines, with improvements in fuel burn, environmental emissions, engine noise and operating costs for new generation, long-range business jets. The PW812D received transport Canada certification on December 1, 2021 following more than 4,900 hours of testing, including 1,150 hours in flight and 20,000 hours on the engine core. The engine is SAF compatible up to 50 percent and has routinely flown on SAF mixtures during the Falcon 6X flight test program.

The engine delivers double-digit improvement in fuel efficiency, setting a new “green” engine standard for emissions with the advanced TALON™ X combustor, and its low-noise design and low-vibration levels will contribute to reducing cabin noise for a more comfortable passenger experience. The PW812D’s advanced common core technology, employed in 16 different PurePower engine applications, has amassed more than 585,000 in-service hours. From a

maintenance perspective, the PW800 engine family sets the industry standard, with 40% less scheduled maintenance than other engines in its class.

UTC Aerospace Systems provides an integrated power plant solution including inlet, fan cowls, thrust reverser and engine build-up (EBU) system, leveraging lightweight composites to reduce noise and increase fuel efficiency.

The Pilot’s New Office

More control under all flight conditions. Optimized situational awareness for pilots. A more spacious cockpit with larger windows and the next generation of streamlined flight technologies.

The cockpit of the new Falcon 6X will both delight pilots and improve situational awareness.

More Room to Operate. The flight deck has more headroom than any other aircraft and 30% more window space for greater situational awareness in the air and on the ground. The pilot seats recline to 130 degrees, and the broader cockpit allows entry and egress without climbing across the center console. Dassault’s FalconSphere II electronic flight bags are integrated into the console. There’s also more storage space for the flight crew

The Most Advanced Controls. The next-generation Digital Flight Control System (DFCS) provides better maneuverability and aircraft protection on primary and secondary flight controls. The DFCS commands all flight control surfaces, including slats and flaps, and each surface is multifunctional for peak performance. The DFCS also integrates nose-wheel steering for safer runway handling in strong crosswinds or on wet runways.

Dassault Aviation introduced digital flight control for business aircraft more than 15 years ago with the launch of the Falcon 7X, leveraging four decades of path-stable, closed-loop auto trim controls for military aircraft. The Falcon 6X represents the next generation of DFCS refinement, further simplifying the pilot’s workload for optimized, safer performance.

Even the streamlined starting sequence for the Falcon 6X is more automated, requiring fewer actions by the pilot other than monitoring the systems as they come online.

Revolutionary Situational Awareness. The FalconEye combined vision system (CVS) – which most Falcon 8X customers selected – will be standard on the 6X. FalconEye is the first Head-Up Display (HUD) to blend synthetic, database-driven terrain imaging and actual thermal and lowlight camera images into a single view, providing an unprecedented level of situational awareness to flight crews in challenging weather conditions and all phases of flight. The EFVS (Enhanced Flight Vision System) function provides operational credits for bad weather approaches with 100 ft minimums, with plans to achieve full EFVS-to-land capability in near zero/zero conditions. Dual HUD is optional on the 6X.

The 30×40 degree field of view is one of the widest angles on any HUD, ensuring full viewing coverage with 1280×1024-pixel resolution. FalconEye features a fourth-generation multi-sensor camera whose six sensors present top quality images in both the visible and infrared spectrums. These images are combined with three dedicated worldwide synthetic vision databases that map terrain, obstacles, navigation, and airport and runway data. FalconEye was developed in partnership with Elbit Systems

Next-Gen EASy. The improved cockpit avionics package includes the latest generation of the EASy system–EASy IV, powered by Honeywell’s Primus Epic platform. EASy IV has more processing power, improving the graphics, color and crispness of displays. It includes new capabilities such as RNP instrument approaches, the ability to display traffic in the air and on the ground, airport moving maps for easier taxiing, optional SiriusXM weather and a Runway Overrun Awareness and Alerting System (ROAAS). EASy IV includes an improved controllerpilot data link communication (CPDLC) system and RDR 7000 IntuVue 3D color weather radar that provides predictive lightning and hail detection as well as 60 nm range Doppler turbulence detection. Hazardous weather and the vertical definition of thunderstorms can be seen at distances up to 320 nm.

New Safety Features

More peace of mind. Enhanced safety by design. New flaperons for greater low-speed control. Pressurized fuel tanks. Aircraft health monitoring of thousands of systems and components.

New Flaperon Active Control. The Falcon 6X is the first business aircraft to feature new “flaperons,” active high-speed deflection control surfaces that can act as both flaps (increasing lift) and ailerons (roll control). Integrated into the DFCS, flaperons are especially beneficial during approaches with a steep descent profile, increasing drag while maintaining a high-lift coefficient.

Pressurized Fuel System. Fuel tank pressurization has long been a feature on Falcons to reduce the risk of ignition in fuel tanks. But the Falcon 6X is the first business aircraft to use a nitrogen-generating system to fill the space above remaining fuel with an inert gas, providing a higher level of protection against ignition.

Whatever It Takes® Support

More dispatch reliability. Dassault Aviation’s renowned global support network. Service centers on six continents and a team of more than 2,500 professionals to keep aircraft in the air.

Throughout the life of the Falcon 6X, customers can rely on the Whatever It Takes® philosophy of Dassault’s global service network.

In 2019, Dassault Aviation acquired the worldwide maintenance facilities of ExecuJet, strengthening its global product support footprint, especially in Asia-Pacific, Oceania, the Middle East and Africa. Dassault also acquired the maintenance activities of TAG Aviation and RUAG, reinforcing its European service center network.

Worldwide Service and Spares. Dassault Aviation supports Falcon operators with a network of more than 60 service centers, 15 regional spares distribution depots and more than 100 field representatives spread across six continents.

In 2019, Dassault Aviation opened a new $50 million, 180,000-ft² (16,500-m²) flagship spares distribution center in Tremblay-en-France, in the immediate environs of Paris-Charles de Gaulle Airport. The proximity of the facility to one of the world’s major transport hubs, together with its state-of-the-art design, will help ensure that parts and tools arrive in the hands of Falcon customers in Europe, the Middle East, Africa and the Asia/Pacific region even more rapidly than before.

Expedited Go Teams. FalconResponse, an industry first, is Dassault’s comprehensive portfolio of Aircraft on Ground (AOG) services. In the rare event that a Falcon operator has an AOG situation requiring emergency repair, a call to the global 24/7 Falcon Command Center activates a dedicated “GoTeam” of engineers, parts specialists and frontline managers to return the aircraft to flying condition as quickly as possible. If necessary, members of the GoTeam can utilize one of two dedicated Falcon Airborne Support aircraft that stand by to expedite the shipment of repair teams and spares to remote sites. Alternative lift flights – another industry first – are also available to customers affected by an AOG.

Monitoring 100,000 Parameters.A new onboard integrated maintenance system, FalconScan, sets a new industry standard in real-time system self-diagnosis. Connecting directly to all aircraft systems, FalconScan monitors more than 100,000 parameters (compared to hundreds on previous Falcons), providing visibility for the on-ground maintenance team. Patented algorithms will enable fault detection and troubleshooting for individual aircraft plus trend monitoring across the Falcon 6X fleet worldwide.

Falcon Value

More return on customer investment. Low operating costs. High resale value.

Falcon models hold their value better than any other business jet. They retain up to 10% more than their closest competitor aircraft over 10 years. Market analysis shows the high demand for Falcons means they tend to take less time to resell.

Reduced Maintenance Cost. The current fleet of more than 2,200 Falcons operated in 90+ countries fully demonstrates the exceptional strength of the Falcon models. Unlike some of their competitors, Falcons do not have any life-limited primary structural parts. Dassault’s FalconCare guaranteed maintenance cost program assures budgeting predictability related to parts, labor and AOG onsite service. Falcon 6X maintenance intervals will be extended in accordance with the latest MSG3 standards, further improving aircraft availability. The 6X will be guaranteed for 800 hours or 12 months between inspections – intervals 30% longer than previous-generation aircraft.

Falcon 6X Milestones

Test flights: March 10, 2021
Entry into service: expected mid-2023

As of June 2022, three flight test aircraft had accumulated more than 1000 hours of flight time, fully opening the flight envelope and paving the way for certification test flights with EASA. The first production aircraft had embarked on a 40-stop, 150-hour, round-the-world proving campaign. Additional aircraft were already in the completion process at Dassault’s Little Rock, Arkansas completion center.

Falcon 6X Specifications

PERFORMANCE

Range: 5,500 nm (10,186 km) at Mach .80 (8 pax, 3 crew, ISA, SL, Zero Wind, NBAA IFR Reserves); 5,100 nm (9,445 km) at Mach .85
Maximum Mach Operating (MMO) speed: Mach .90
Maximum Certified Altitude: 51,000 ft (15,545 m)
Balanced Field Length (MTOW; SL; ISA): 5,480 ft (1,670 m)
Approach Speed, Vref (8 pax, 3 crew, SL, NBAA IFR Reserves): 109 kias (202 km/h)
Landing Distance (SL): 2,480 ft (756 m)

ENGINES & AVIONICS