Automated Air Refueling
From Defense Industry Daily:
DARPA does some quietly interesting things. The latest is an autopilot that lets an aircraft perform air-air refueling – one of the most challenging routine flight tasks outside of carrier landings – without pilot intervention. While impressive on its own, such systems have special relevance because they offer the promise of unmanned fighters that can remain aloft far longer than aircraft which require human pilots. The result would be far longer strike reach and persistence, two areas that will be critical to the US Navy's ability to keep its carrier force relevant and effective through the next 3 decades. It's no coincidence that the J-UCAS program, which is now the Navy's UCAS-D, was a DARPA initiative as well.
The Autonomous Airborne Refueling Demonstration program (AARD) aimed to demonstrate that unmanned aircraft can autonomously perform in-flight refueling under operational conditions. AARD uses precise inertial, GPS, and video measurements, combined with advanced guidance and control methods, to plug a refueling probe into the center of a 32-inch basket trailed behind a tanker.
Tags: Auto, Air, Refuel
DARPA does some quietly interesting things. The latest is an autopilot that lets an aircraft perform air-air refueling – one of the most challenging routine flight tasks outside of carrier landings – without pilot intervention. While impressive on its own, such systems have special relevance because they offer the promise of unmanned fighters that can remain aloft far longer than aircraft which require human pilots. The result would be far longer strike reach and persistence, two areas that will be critical to the US Navy's ability to keep its carrier force relevant and effective through the next 3 decades. It's no coincidence that the J-UCAS program, which is now the Navy's UCAS-D, was a DARPA initiative as well.
The Autonomous Airborne Refueling Demonstration program (AARD) aimed to demonstrate that unmanned aircraft can autonomously perform in-flight refueling under operational conditions. AARD uses precise inertial, GPS, and video measurements, combined with advanced guidance and control methods, to plug a refueling probe into the center of a 32-inch basket trailed behind a tanker.
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Uploaded on August 15, 2007
By Joel Nortman
By Joel Nortman
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I hate uav's
plus one
Me too,a fighter without a pilot is just a piece of crab which you can send to the battlefield as long as you can afford the losses...
It's the pilot who gives the fighters soul!