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Maiden Flight Killer Bee UAV
Yuma AZ (SPX) Apr 19, 2007 The Killer Bee fourth generation Unmanned Aircraft System (KBUAS) flew for the first time at Yuma Proving Grounds (YPG) in Yuma Arizona. Developed by Swift Engineering of San Clemente, CA , the all new KB4 unmanned aircraft (KB4 UA) flew for 70 minutes and became the latest success story in the company's family of blended wing UAS. "The air vehicle surpassed our expectations in performance and handling" said Mark Page, Chief Scientist at Swift Engineering. "The data captured in the Swift Wind tunnel was right on target. Our testing left nothing to chance and allowed us to optimize the flying characteristics and responsiveness of the UAS." The KB4 pushes the envelope in UAS design, incorporating lessons learned during the development of earlier models of the Killer Bee. With a 10 foot wingspan and a gross weight of 136 pounds, the KB4 can carry 30 pounds of payload for up to 15 hours or, with its easily reconfigurable fuel tanks, the UAS can simultaneously carry multiple payloads weighing as much as 66 pounds. "The airframe has taken the best of what we have learned from the past four years of development and improved manufacturability" said Larry Reding KB Program Manager. Outer wings, engine package and systems have all been redesigned for quick removal and replacement as Line Replaceable Units (LRU). The wing tips have been significantly increased in length giving the air vehicle improved yaw stability and ample space for antennas. Community Email This Article Comment On This Article Related Links Swift Engineering UAV Technology at SpaceWar.com UAV News - Suppliers and Technology
Global Hawk Lands An Industry First For A Goodrich Production Electric Braking System
Charlotte NC (SPX) Apr 18, 2007Last month Northrop Grumman's RQ-4 Block Global Hawk unmanned aircraft left Northrop's Palmdale, Calif. facility and successfully landed at Edwards Air Force Base, also in Calif. The historical landing marked the first time Goodrich Corporation's electrically-actuated braking system has flown on a production basis. |
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