No stall, it lifted just a bit just before impact. Looks like he was trying to avoid the sand trapInteresting. Did that right wing stall right before impact? Or pilot just didn’t level the wings?
The harder you try to avoid a hazard the greater the chance you'll end up in it.No stall, it lifted just a bit just before impact. Looks like he was trying to avoid the sand trap
Lol. except that guy running totally ate **** on his way. Find the longer version. Poor guy.That was a hard hit. It's nice to see someone rushing to the assistance of the pilot and passengers instead of pulling out a phone and recording video.
There is too much open mouthed gawking in today's world.
Except for the guy who recorded others "rushing to the assistance of the pilot and passengers instead of pulling out a phone and recording video."That was a hard hit. It's nice to see someone rushing to the assistance of the pilot and passengers instead of pulling out a phone and recording video.
As long as somebody was rushing to aid the pilot.Except for the guy who recorded others "rushing to the assistance of the pilot and passengers instead of pulling out a phone and recording video."
It's actually a little surprising the wing DIDN'T come off of a Cherokee with that hard of a hit.He almost broke spar.
$100 whoever hits the plane...
I find it rather comforting. For some reason when I fly my Cherokee, there's a little part of my brain that still says "hey, what do we think the odds are that the wing is going to fold up in flight? Not zero, right?" Totally irrational fear, given that my plane hasn't gone anywhere near Embry Riddle, but now I'll feel better about my wings. Of course, now I will worry about the empennage...It's actually a little surprising the wing DIDN'T come off of a Cherokee with that hard of a hit.
Fwiw, there was a flight school that commented on the most recent request for comment on the proposed AD. They flew in the same area as erau. All of there planes had come back clean. One had iirc 18,000 hours.I find it rather comforting. For some reason when I fly my Cherokee, there's a little part of my brain that still says "hey, what do we think the odds are that the wing is going to fold up in flight? Not zero, right?" Totally irrational fear, given that my plane hasn't gone anywhere near Embry Riddle, but now I'll feel better about my wings. Of course, now I will worry about the empennage...
It is always in my mind during preflight.I find it rather comforting. For some reason when I fly my Cherokee, there's a little part of my brain that still says "hey, what do we think the odds are that the wing is going to fold up in flight? Not zero, right?" Totally irrational fear, given that my plane hasn't gone anywhere near Embry Riddle, but now I'll feel better about my wings. Of course, now I will worry about the empennage...
ERAU must have several ex-Navy pilots as instructors.Fwiw, there was a flight school that commented on the most recent request for comment. They flew in the same area as erau. All of there planes had come back clean. One had iirc 18,000 hours.
One happened because the plane had been ridden hard and put away wet - pretty much nothing but patterns all day every day, and there were rumors of aerobatics done in it.It is always in my mind during preflight.
I don’t feel the information available right now supports much comfort. Just is not clear why it has happened a few times. And also if you say test and found an issue, replacement is expensive or impossible.
The other happened because of aerobatics. The report says it was a stall recovery where the wing just folded, but it makes no sense. The wing showed no prior fatigue or damage.
Not disagreeing, but you really have to pull hard or completely botch an aerobatic maneuver to over-G an aircraft, even in normal category. Normal category is rated to 3.8, while utility category is rated to 4.4. In both cases the structure must be engineered to 1.5x rated load before failure. So theoretically a PA28 should take 6.6G to pluck the wings off.
I fly acro several times a week. To get north of 5G, you have to try pretty hard. Like dive vertically to near Vne and then pull hard and sustained through the bottom.
So my suspicion would be previous bouts of overstress had weakened that spar considerably. That's one area where metal spars are actually inferior to wood. There is less elasticity and resilience one a crack
Not disagreeing, but you really have to pull hard or completely botch an aerobatic maneuver to over-G an aircraft, even in normal category. Normal category is rated to 3.8, while utility category is rated to 4.4. In both cases the structure must be engineered to 1.5x rated load before failure. So theoretically a PA28 should take 6.6G to pluck the wings off.
I fly acro several times a week. To get north of 5G, you have to try pretty hard. Like dive vertically to near Vne and then pull hard and sustained through the bottom.
So my suspicion would be previous bouts of overstress had weakened that spar considerably. That's one area where metal spars are actually inferior to wood. There is less elasticity and resilience one a crack starts.
We were kayaking at a resort in New Mexico once and the rental place advised us against getting too close to this one part of the lake as it was prone to having golf balls landing there.In the early 90's, I played golf a few times at the Hickam AFB golf course in Hawaii. One of the tee boxes was right next to a taxiway regularly used by airliners at Honolulu Intl Airport. There was a large sign which said Warning! It is illegal to hit golf balls at the airplanes! I'm 100% sure that sign was not placed preemptively.