![]() ![]() Both chutes deployed nicely, and neither of us was injured. My Martin-Baker seat sent me staight up about 150 feet, but when Bill’s fired a split second later, it sent him forward, only gaining about 10 feet vertically. ![]() That all took 0.9 seconds as advertised 0.4 seconds later the nosewheel hit a tree! ![]() A sensitive accelerometer on the nose strut recorded and telemetered back to the ground the little blips showing the firing of the canopy and then the ejection guns on the two seats in turn. Bill quickly initiated the ejection sequence using his face curtain. The airplane then went through about two cycles of gentle but uncontrollable pitching, and then snapped violently nose down.Īt this point we were about a half-mile short of the runway, about 25 feet above the trees. In about ten minutes, we were lined up with our runway about three miles out when we blew our gear down with the nitrogen bottle, since our flight hydraulic system only powered the flight controls.Īt this time, our chase said we were venting more fluid, and our flight hydraulic system gauge went to zero. We started back to home base at 180 knots, our limit airspeed because the flaps were still extended. Twenty-one gallons of hydraulic fluid had just left the airplane. At the same instant, the combined hydraulic system gauge went to zero. Immediately after raising the gear handle, our A-6 chase pilot said we were venting fluid out of the right side of the airplane. We had rounded Montauk Point and were headed back along Long Island’s south shore when we got to gear retraction entry on the flight card. The weather was CAVU and cold, with about 20 knots of wind out of the northwest.Īfter takeoff we climbed to 10,000 feet, lest there be any hydraulic or mechanical mischief in the system. (The First Flight, taking the Tomcat up and making a few simple turns, was made on December 21.)īy agreement, we would swap seats and Bill would sit up front. We were ready for our “real” First Flight, when we would go to altitude, sweep the wings, push out to Mach 1.2, and generally exercise all systems within the modest flight envelope allowed on First Flight and, of course, take pictures. It was his goal to fly a month earlier than the optimistic schedule had promised.īy December 30th, everyone was back (from a Christmas break), bright-eyed, and the weather was bluebird day. He was a very aggressive leader with a short attention span. The F-14 program was led by a vice president who had previously spent years heading up the Preliminary Design Department. As chief test pilot, I would make the first flight, and Bill Miller, our project pilot, would occupy the rear seat. The F-14 program promised to produce an airplane ready for first flight 17 months after contract go-ahead, which would be January 1971. “After Grumman’s Chief Test Pilot was killed in an F-111B takeoff accident in the spring of 1967, I was named the new chief test pilot. Some of the stories wouldn’t fit even in 22 pages, so they’re included below, including a Grumman test pilot’s account of ejecting from the first production model of the F-14.Īircraft testing is a dangerous business, as test pilot Bob Smyth explained in a talk at the Cradle of Aviation Museum, Garden City, New York, on May 19, 2005. Nothing in the fleet today can match the long reach of its radar or the clobber of the six Phoenix missiles it could carry.įor the magazine’s cover-story tribute, the editors interviewed pilots, radar intercept officers, designers, maintainers, and fans. The F-14 is the heaviest-and probably the most famous-fighter ever to be catapulted from a carrier. When the Grumman F-14 Tomcat flew its last mission in February, an era of naval aviation ended that we aren’t likely to see again. ![]()
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