Sky-X UAV Demonstrator Completes Autonomous Flight Refuelling Simulation

A new record, a world record this time, for Alenia Aeronautica, a Finmeccanica company, and for its
unmanned development and demo programme: taking-off from the Italian Air Force's Amendola Base, in
the Puglia Region, the Sky-X, jet unmanned aircraft, has successfully completed for the first time in the
world, a series of join-up manoeuvres with another airplane to simulate a flight-refuelling operation, in a
completely automated way.


During testing, the Sky-X has successfully carried out, with no intervention by the ground control station's
technicians, all chasing, approaching, alignment and flight-refuelling simulation manoeuvres with a tanker
aircraft (in this case an Alenia Aeronautica's C-27J), getting near to the air-refueller by few metres, the
actual distance necessary for this operation. The Sky-X has then returned to the base, landing and rolling
up to the parking area, always in a completely automated way.


Alenia Aeronautica's activity on the Sky-X, equipped with an advanced mission management system, has
recently focused on developing capabilities of aircraft in flight, "chasing" and approaching to another
airplane at shortest distance (in the tests made, the C-27J was flying at an altitude of 6000 feet and at 140
ktas of speed on the Adriatico Sea), in order to accomplish a "virtual" flight refuelling operation. The
manoeuvre may be manhandled by the ground operators, or in a completely automated way under the total
control of the Sky-X's board computer; this computer has skills of working-out flight data, planning
approaching routes, enter in visual contact with the tanker, thanks to a high-performance new mission
computer and to the GPS/optical chasing systems, on the basis of the sensors' reading of its visual system,
of completing flight-refuelling mission, keeping its speed and checking its position in respect to the tanker
aircraft. The system has also proved to be capable of accomplishing the outdistancing from the refueller
and of re-programming routes until landing (during tests two flights have been envisaged, with two
approachings, for a duration of the automated mission of over one hour, from taking-off to landing).


The target is double: to demonstrate the skill of managing flight in formation of one or more UAVs in respect
to a "mother" aircraft and the possible flight-refuelling through which the already high autonomy of a
surveillance UAV could reach today unimaginable levels or to guarantee the ideal mission profile with
respect to the payload for a tactical-support aircraft. Furthermore, the adequate functioning of the
GPS/optical system used for air-refuelling offers further flexibility options for such systems according to
flight autonomy, since it can be used for a completely autonomous landing system, also in absence of
ground sensors and/or differential GPS systems (that is to say, with compensation of satellite signal
degradation).


"The experience gained through this testing campaign" � Giovanni Bertolone, CEO of Alenia Aeronautica
has declared � represents a huge step forward towards the unmanned automated flight and places our
company among the leaders in this field, not only in a European perspective, but also at international level".


Alenia Aeronautica has started a roadmap to define, develop and produce technological demonstrators of
unmanned aircraft and to test specific technologies for the acquisition of the basic know-how in an area
which shows market forecast of about €90 billions and 3000 aircraft in the next 30 years.


The Sky-X and Sky-Y demonstrators, two platforms conceived to develop, respectively, technologies and
solutions for tactical support future systems and for surveillance, have allowed Alenia Aeronautica to
achieve continental records in their weight category.


In particular, the Sky-X has been the first jet UAV in Europe and the first unmanned air vehicle of the Old
Continent to carry out missions in a completely automated way. The Sky-Y instead, has been the first
European UAV, weighing over one tonne, to fly for over 8 consecutive hours.

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