Naval maneuvering. (Letters).As a Navy engineer, I'm pleased to hear that the Navy is doing something correctly ("Studs and Duds," by Eric Umansky, December 2001). Most of us in the Navy civil service work tirelessly tire·less adj. Not yielding to fatigue; untiring or indefatigable. tire less·ly adv. to
provide the war fighter the best possible product. Ben R. Rich, the
one-time head of Lockheed's aircraft developer in Burbank, Calif.,
wrote a book called Skunk skunk, name for several related New World mammals of the weasel family, characterized by their conspicuous black and white markings and use of a strong, highly offensive odor for defense. Works in which he described the famous site
where the U-2, SR-7, F-117 and the B-2 discussed in your article were
all developed. In the book, Rich described the "10
Commandments" of a contractor, one of which was never to work with
the Navy since "they will break your back, your balls, and your
spirit? It is good to hear that that hard-nosed approach is paying off.
DR. WILLIAM J. SCHARPF NAVAL RESEARCH LABORATORY Washington, D.C. "Studs and Duds" is based on a fundamentally flawed flaw 1 n. 1. An imperfection, often concealed, that impairs soundness: a flaw in the crystal that caused it to shatter. See Synonyms at blemish. 2. thesis that the Navy's rigorous testing of its systems results in better weapons on the battlefield. The Joint Standoff stand·off n. 1. A tie or draw, as in a contest. 2. A situation in which one force neutralizes or counterbalances the other. 3. A standoff insulator. adj. Standoffish. Weapon (JSOW JSOW Joint Standoff Weapon ), which the author, without any evidence, holds up as a model weapons program, was originally conceived as a "joint" weapon with the Air Force. It has suffered a host of serious technological setbacks in recent months. The program is not "fully operational." In fact, until significant software problems are corrected, final production JSOWs cannot be used by Navy F-18 or Air Force F-16 aircraft. The JSOWs used in Iraq, Kosovo, and--in very limited numbers--Afghanistan, are early-production models. The story also grossly misrepresents the development of remotely piloted vehicles An unmanned vehicle capable of being controlled from a distant location through a communication link. It is normally designed to be recoverable. See also drone. like Predator predator an animal that derives its life support by predation. and Global Hawk. Both were developed by defense agencies (not the Air Force), without the cumbersome cum·ber·some adj. 1. Difficult to handle because of weight or bulk. See Synonyms at heavy. 2. Troublesome or onerous. cum framework of regulations that burden traditional acquisition programs. To suggest that either would be in better shape had it gone through the Navy's testing program is ridiculous. How many remotely piloted vehicles has the Navy developed in the past 10 years? Zero. JOHN ROBINSON MANAGING EDITOR Defense Daily via email As a defense reporter who followed the Air Force's Predator and Global Hawk programs, I'd like to point out a couple of inconsistencies in Umansky's article. Predator didn't follow the Pentagon's typical acquisition and testing process because it began as an "advanced concept technology demonstration"--an effort to swiftly field useful technologies. In fact, the Predator has been a victim of its own success. The program began in the early '90s, with its first flight only a few years later. By the late `90s the demonstration vehicles were flying combat missions in Bosnia and later over Kosovo. Weather problems have indeed been a problem. But the service is now procuring Procuring, in general, is the act of acquiring goods or services, usually by contract. It may refer to:
adj. Conspicuously bad or offensive. See Synonyms at flagrant. [From Latin errors acquiring and employing systems, I don't think Predator was the best example. AMY BUTLER MANAGING EDITOR Inside the Air Force via email Umansky muses of the V-22 Osprey The V-22 Osprey is a joint service, multimission, military tiltrotor aircraft with both a vertical takeoff and landing (VTOL) and short takeoff and landing capability (STOL). that "had it gone through the Navy's testing system, the Osprey osprey (ŏs`prē), common name for a bird of prey related to the hawk and the New World vulture and found near water in most parts of the world. might be available to commanders in the field right now." The truth is, all U.S. Marine Corps aircraft, including the V-22, are developed and tested at the direction of the Navy's acquisition and test communities. The V-22 is actually one of the Navy's most embarrassing examples of how test results were ignored, overlooked, and misrepresented en route to acquisition milestones. BRENT CRABTREE INSTITUTE FOR DEFENSE ANALYSES Alexandria, Va. Umansky Replies: The Pentagon considers the JSOW program to be "Navy-led." As for Mr. Robinson's assertion that I held it up as "a model weapons program," I simply said "It works." My evidence for that, as the piece made clear, is the Pentagon's own finding that JSOW "exceeded requirements" in Iraq. And so what if the Navy hasn't developed remotely piloted vehicles? My point wasn't that they develop every weapon. What sets the Navy apart is its commitment to a forward-thinking approach to testing every weapon. Regarding the Predator, Ms. Robinson is correct to note its accelerated development track, which I should have mentioned. But that doesn't change the fact that the system wasn't adequately tested: A decade into its development, the Pentagon still hasn't adequately tested the Predator. The Air Force could have chosen to fund further testing and deploying. Instead, it de-emphasized testing and paid a price. To Mr. Crabtree's assertion about the V-22 Osprey, the GAO agrees it was a "Marine Corps aircraft" developed with "Marine Corps requirements." Also: due to an editing error, the newsletter "Inside the Pentagon" was misidentified. |
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