Hawkeye Week!
 A little Hawkeye Love over at Travel for Aircraft this week — head on over for a series of posts, and many photos of the mighty War Hummer!
(props – literally to JM)
 A little Hawkeye Love over at Travel for Aircraft this week — head on over for a series of posts, and many photos of the mighty War Hummer!
(props – literally to JM)
… (T)his budget represents an opportunity; one of those rare chances to match virtue to necessity, to critically and ruthlessly separate appetites from real requirements, those things that are desirable in a perfect world from those things that are truly needed in light of the threats America faces and the missions we are likely to…
Interesting development noted below in light of discussions about calling out China (or not) in context of new Maritime Strategy Iran buys (sic) Israeli fighter jets Iran has signed a contract with China for the delivery of two squadrons of J-10 fighter planes. The design was developed by Israel for its Air Force…
This Thursday, 21 October 2010, marks the 50th anniversary of the first flight of the first purpose built AEW aircraft, the E-2 Hawkeye (actually, it was the YW2F-1). Designed around the radar, rather than adapting an existing airframe, the Hawkeye symbolized function over form – from the 24ft “rotodome†prominently perched over the fuselage, to…
This year we celebrate the 50th anniversary of the E-2 Hawkeye’s entry into Fleet operations. Â Over the course of those fifty-years the aircraft has radically changed and grown in capabilities and mission focus, while visually remaining much the same as the first E-2A . Â From Vietnam to Afghanistan and Iraq, Â it has been a part…
Several items on the docket today: If at first you don’t succeed… From Ria Novosti comes word the much troubled Bulava SLBM will be tested five times in the coming year: Despite five failures in 10 trials, Russia’s Defense Ministry is planning to complete a series of Bulava tests and put the ICBM into service by…
Sometime in April 1958, Lockheed first undertook the study of a replacement for the U-2. Unlike the U-2, this would be an aircraft able to cruise at Mach 3, with a range of over 4,000 nm at altitudes exceeding 90,000 ft. It would also have an RCS (radar cross section) smaller than the U-2 and…