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Post by longezdreamer on Nov 30, 2018 16:18:51 GMT
The OAIP (Office of Accident Investigation and Prevention) report for both my nose wheel collapse landings came to the same conclusion - "Pilot failed to maintain controllable airspeed after crossing threshold, resulting in touchdown at -1000 fpm and nose wheel collapse." The nose wheel collapse resulted in the aircraft quickly sliding to a stop oriented along the centerline. It is noted the pilot had 6 hours and 6 landings in his "new EZ" prior to this last incident. The pilot was found babbling something about what his wife was going to say this time. Pilot Report: In both cases, I was crossing the threshold stabilized at 65KIAS, full speed-brake, -300 to -400 fpm VSI, at 30 to 40 feet AGL, at which time I dumped the power and pulled up to raise the nose. Airspeed dropped to 60 kts, vertical speed increased to -1000 fpm with the nose falling to touchdown first. This is how not to land.
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Post by longezdreamer on Dec 7, 2018 5:08:14 GMT
Update: I have avoided further embarrassment, so far, by not trimming further nose up than the take-off position, not easing off the power till later, with slower decrease, and not flying like every landing should be “short field” parameters.
Pattern: (Leave trim in takeoff pos.) 1. Take off climb: keep cowling at horizon. Turn crosswind at 500’, 2. Crosswind: At 1000’ AGL, reduce pwr, level out
. Turn downwind as soon as leveled out. 3. Downwind: power 1900-2000
. End Of Runway: add speedbrake-1, pwr at 2000 for 80Kts
. Distance grows to 1.9-2.0 nm: turn base
. 4. Base: Watch for turn soon, Pwr back a little to start slow descent 1800rpm. 5. Final: add speed brake-2, power 1900-2000.
I’m going to need a lot of practice in slow flight before trying a loss of power landing.
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