Bumblebee
Commodore
I'm pretty sure you've made lame jokes before too...don't make me do research!See, we're different that way. Everything I've ever posted is awesome. Just ask me.![]()

I'm pretty sure you've made lame jokes before too...don't make me do research!See, we're different that way. Everything I've ever posted is awesome. Just ask me.![]()
So, since RARA had a Mass Casualty exercise just before the accident happened...where are the people crying "CONSPIRACY!"?
(ref the UAL 93 thread....)
If the pilot wasn't expecting and sitting properly for a G load that high, isn't it possible he could have broken his neck too. I have a friend that flies F-16's and said one of the guys in his unit did a rapid pitch up at the end of the runway showing off for his family and severly damages his neck as he wasn't seated correclty for it.
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Anything is possible, and nothing can be discounted until there's evidence for or against. That said, my question would then be what the pilot would've been doing to be out of position, ie head turned, etc. Normally seating and looking forward, one shouldn't expect a G onset to cause neck injuries.
On that note, your F-16 pilot friend's incident is even more perplexing regarding injury, since he was making an intentional maneuver and would've obviously been prepared for it.
For some reason, the pictures where you can't see him have been nagging me. I assume in that plane he would be wearing a proper 5/6 point harness, which shouldn't allow him to slump that much... or its just a very small canopy.
I assume in that plane he would be wearing a proper 5/6 point harness, which shouldn't allow him to slump that much... or its just a very small canopy.
I can't speak for the harness setup in Galloping Ghost specifically, but if it's like every other Mustang and high performance airplane I've been in, the harness is on an inertial reel that only locks with x axis deceleration. Under Z-axis (G force) acceleration, it would remain unlocked (unless manually locked, as Daff mentioned).
Like MikeD, I also never flew around with the harness locked for cockpit mobility reasons. Being able to check six, as well as reach all the switches in the cockpit, was more important than having my shoulders pinned to the seat the entire sortie.
Unless the cockpit was specially configured such that all the switches and controls could be fully manipulated with the harness locked, I can't think of a reason I'd fly around with it locked all the time.
You might want to look at that again, a lot of people have died at Reno in the last 5 years. Maybe 17? I was blasted on the AOPA forum in 2007 when I said the Reno races were too deadly and should be stopped. What NASCAR track in America kills 3.5 people a year?
So I have been hearing that all the fragments of blue foam in the debris field were from some kind of tank design/system to prevent a plane from erupting into flames upon crashing. Anyone know anything about this?
Depends if the harness is locked or unlocked, allowing forward movement or not and assuming that feature was available in the cockpit. In that regard, to give a frame of reference, in 10 years of flying fighter-type aircraft, I never flew with the restraining system locked, as I needed the movement mobility within the cockpit. I tested that the locking mechanism worked when first getting in the seat each flight, but the only real time I would've locked it would be prior to a controlled ejection. Photo-wise, it'd depend on the seat height and picture angle. Could be any number of factors.
Right, I was thinking they would run something more like what you would find in a pits/etra etc... just a straight up harness without the reel. Makes sense if that's what they were running. Our harnesses are the same, 5 point inertial wheel, with a lock... only time I've had it locked would be when the fo sneaks it on.
So I have been hearing that all the fragments of blue foam in the debris field were from some kind of tank design/system to prevent a plane from erupting into flames upon crashing. Anyone know anything about this?
Assuming 22g, couldn't the seat belt/harness attachments have broke?
It is a tough call whether to leave those videos posted or not - on one hand it is freedom of publication, on the other it is sad for the families.
Thankfully in this instance it seems to have done its job extremely well and probably prevented far more injury and deaths.They've been using this for fuel cells in auto racing for years. The fuel is suspended in the foam and prevents it from sloshing and it also prevents it from atomizing in the event the cell is ruptured.
http://www.fuelsafe.com/store/enduro-cell/core-cells.html