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billvon 3,079
>total?
Modified Racer RSL's have caused hung risers/hard reserve pulls, so it's possible. Any RSL, if incorrectly routed or attached, can cause a cutaway failure.
rhys 0
Quoteif you have a rotation mal and chop while on your back....
I was spinning on my back under a small stiletto and had a beautiful skyhook aided reserve deployment. I was at line stretch horizonally - quick with perfect line groups (no twists). I can't wrap my head around your concern. If you are spinning when you chop the centrifical force causes you to move laterally away from the spinning main. The reserve pilot chute launches after this lateral movement starts (at the point your risers release) and it would seem to me that there is little chance the pilot chute being anywhere but overhead (not relative to the ground but in line with the orientation of your body.
i think you misunderstood me, I like the skyhook very much but do not like the ordanary rsl, there is a chance of an entaglement with the reserve bridle! not fun.
skyhooks eliminate this problem.
mnealtx 0
I love you, Shannon and Jim.
POPS 9708 , SCR 14706
rhys 0
Quotet: I'm not seeing your logic - can you explain, please?
as i said before if you have a rotaing mal on your back there is a chance of the reserve pilot chute being tangled with your body. as it just pops your reserve. when you are in dead air on your back. i have a friend whos reserve pilot chute came between there legs on a tandem because if the rsl. this was in africa.
also if you cutaway and only one riser releases (this happens from time to time for various resons) then you get a main reserve entaglement, tandems are not allowed to have rsl's attached (with the exception of skyhooks)in New Zealand for this reason we had a fatatlity a few years ago
mnealtx 0
If you cut away from a hard spinner, you'll be "thrown" away from the departing main (centripetal force, anyone?) and will have airflow travelling up the length of your body - just as you would with a "normal" cutaway. In fact, with a "normal" cutaway with an RSL, you'd have more of a "dead air" effect. I don't see any way it could be "dead air" from a spinner.
I could see the possibility of a tumble/entanglement, if you don't get a clean cutaway - all the more reason to do your 3-ring maintenance every 30 days!
I love you, Shannon and Jim.
POPS 9708 , SCR 14706
QuoteQuotename one reason an ordanary RSL has an advantage over a skyhook?
It doesn't have a hook on the bridle that if installed incorrectly can cause a total.
It would have to be wrongly installed at manufacture, i.e stiched wrong, not just misrouted. That could apply to any RSL.
Practise the 6 P's!
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QuoteQuoteQuotename one reason an ordanary RSL has an advantage over a skyhook?
It doesn't have a hook on the bridle that if installed incorrectly can cause a total.
It would have to be wrongly installed at manufacture, i.e stiched wrong, not just misrouted. That could apply to any RSL.
Really? How?
You're not as good as you think you are. Seriously.
As far as I'm aware you can't cause a skyhook total by a packing error.
You would have to sew the hook on incorrectly, which would take either a rigger or be at the time of manufacture.
Then it could produce a total, by causing a reserve pilot chute in tow. Although its not strictly a total as a release of the rsl shackle should sort it.
Anyway my point was any RSL can be misinstalled by someone, you don't necessarily need a hook.
Practise the 6 P's!
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Bill's idea is genius, and it is no wonder that RWS has been VERY careful as to who is permitted to install one.
As good as the SkyHook may be, it a) is a more complex system, and b) is not some sort of "miracle" device.
You're not as good as you think you are. Seriously.
Quote
Quote
It doesn't have a hook on the bridle that if installed incorrectly can cause a total.
Set incorrectly by whom ? the rigger ? the mfg ?
Safe Rigging !!!
Installed = a manufacturing function.
Assembled = a rigging function.
You're not as good as you think you are. Seriously.
Practise the 6 P's!
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You're not as good as you think you are. Seriously.
Why not email Bill Booth?
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