The Defense Advanced Research Projects Agency (DARPA) is
always on the forefront of technology. When DARPA isn’t collaborating with
research centers to develop technology for the consumer sector, it’s
looking at ways to advance
military technology. DARPA's latest achievement is no exception.
DARPA and NASA successfully completed a demonstration of an autonomous
system for in-flight refueling -- a procedure that has become all too
familiar for military pilots on extended missions.
The Autonomous Airborne Refueling Demonstration (AARD) used
a combination GPS, video mapping and fly-by-wire antics to plug an F/A-18's
refueling nozzle into a 707-300 tanker's fuel receptacle. DARPA and NASA
completed 18 successful tests using a variety of control methods and under a
varying range of flight conditions.
"The system further demonstrated the ability to join
the tanker from up to two nautical miles behind, 1,000 feet below, and 30
degrees off heading, thus providing a ready transition from the waypoint
control approach used by most unmanned aircraft to a fully autonomous refueling
mode" DARPA noted in a press release. "In recent flights, automatic
sequencing reflected improved confidence in the system, compared to last year’s
flight where pilot consent was required at specified points in the refueling
"Skilled pilots can actually save some tricky, last
second movement the basket has a habit of making, but in so doing they set
themselves up for a basket strike, ripping off the basket from the hose, or
sometimes breaking the probe or parts of the airplane," said NASA test
pilot Dick Ewers.
The AARD further removes human pilots from the equation when
it comes to combat situations. Unmanned aircraft are continually being
developed by the military to take human pilots out of harm's way. An
unmanned aircraft that has the ability to refuel on its own in combat
situations would make for an excellent weapon in the military's vast arsenal.
quote: fly-by-wire antics
quote: Jimmy: THAT was disgusting.Chazz: THAT, young man, is how babies are made.