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AIRCRAFT SPOTLIGHT: DASSAULT FALCON 10X<br />
The wingspan on the Falcon 10X is about five feet (1.5 m)<br />
greater, but yields exemplary performance at both ends of<br />
the speed envelop, as well as high efficiency, even with the<br />
industry’s largest cabin. Previous Falcons were optimized<br />
around a long-range cruise of Mach 0.80. The 10X, with a<br />
high-aspect-ratio wing and new aerodynamics, is optimized<br />
for 7,500 nautical miles range at Mach 0.85, with a top<br />
speed of Mach 0.925.<br />
So even at high-speed cruise, the Falcon 10X will connect<br />
distant city pairs such as Beijing and New York or London<br />
and Singapore nonstop.<br />
The Falcon 10X wing is made entirely of carbon fiber<br />
composites, a first in business aviation and a true<br />
technological leap forward. Dassault employs the same<br />
techniques used to build the immensely strong Rafale<br />
fighter wing. The 10X wing is equipped with high lift devices<br />
for excellent low-speed performance. In this case, each<br />
wing has two large flaps, four slats and three spoilers.<br />
Preliminary figures given for takeoff distance is less than<br />
6,000 feet and landing distance less than 2,500 feet. The<br />
aircraft will, according to Dassault, have the best steep<br />
approach capability for access to London City Airport and<br />
other airports with non-standard approaches.<br />
Dassault predicts a very smooth ride in turbulence thanks<br />
to a strong, yet flexible, wing combined with Dassault’s<br />
advanced digital flight control system, which can make<br />
small, rapid responses to gusts.<br />
Dassault was the first business jet company to introduce<br />
digital flight controls with the Falcon 7X, since refined on<br />
the 8X and 6X. But the 10X goes a considerable step further<br />
with technology directly drawn from the Rafale fighter<br />
safety features.<br />
Though the 10X has two engines, it has one smart throttle<br />
to control them. It is fully integrated into the digital flight<br />
control system in order to provide a number of safety<br />
advantages. For starters, it simplifies power management<br />
in a range of conditions, from flying efficient climb and<br />
descent profiles to dealing with one-engine-inoperative<br />
scenarios. But the greatest advance is an automatic<br />
recovery mode in the event of a wake turbulence encounter<br />
or other upset scenario.<br />
The flight deck is designed for simplicity and reduced<br />
workload. There are fewer switches plus touchscreens<br />
throughout. Dual HUDs tied to the FalconEye combined<br />
vision system will allow pilots to conduct future EVS-toland<br />
operations with essentially zero ceiling. The flight deck<br />
is a roomy space, allowing pilot seats in the future to fully<br />
recline, so that one pilot could rest in cruise. While this is not<br />
permitted today, Dassault anticipates possible regulatory<br />
changes that would allow long-duration missions with<br />
just two crew members in a cockpit specifically designed<br />
around one-pilot management.<br />
The 10X is the first Falcon to have a T-tail, which designers<br />
say emerged as the lowest drag option for a twin-engine<br />
aircraft at high cruise speeds. A pair of Rolls-Royce Pearl<br />
10X engines — the most recent and powerful in the Pearl<br />
family of engines — supplies more than 18,000 pounds of<br />
thrust each. The engine is five percent more efficient than<br />
its predecessor, the BR725, and is designed to be able to<br />
accept 100 percent sustainable aviation fuels.<br />
While the 10X has yet to fly, its specifications position it at<br />
the top of the market, an enviable position for any company.<br />
Dassault expects to certify it in end of 2025.<br />
www.dassault-aviation.com