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pyke

Holiday SAFETY CHECKS!!!!

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i just found this information about the raven... there was an incident with a raven ripping a good deal at eloy while i was out there. I believe that he was overloading it highly, but im not sure..
anybody with more details on it?
im not trying to trash any one company, but two raven problem stories in less than 1 month.. gotta put that out there

oh yeah, i had a total and dumped the reserve. a raven was in there, and i landed safely, a little rough, but safely. im underloading it, but ive got to say something good about raven (dont want to get hate mail)
http://www.geocities.com/flynfroggie/skydiving_friends.html

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This post is not about bashing Ravens.
It is about bashing guys who overload Ravens.
Last winter a guy tore a Raven 282-M at Perris.
He weighted more than the placarded weight NAKED!
He was buffeting and going faster than the placarded speed when he scared his Cypres!
Despite making a series of mistakes that tore his reserve, he was lucky enough to slam into a recently plowed field and limped out of the hospital a few months later.
The moral of the story is that it takes a series of mistakes to kill you.
He tore a reserve that had been sitting on the shelf for a year and was not built as tough as the Ravens that were being built then or now.
If your buddy is having too many pilotchute hesitations start by trying to pick up his rig by the bridle. Also check how much bridle he is stuffing under the right side flap. Stuffing bridle too deep can cause it to snag on the corner of the bottom flap stiffener and hesitate.

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Something that's not been mentioned by anyone is that the length of the kill line should be checked. Hold the PC up by the bridle and look through the mesh. Once it's fully cocked there should be some slack (I'd say 1/4" min) in the kill line compared with the confluence line (not sure of the terminology- the piece that runs from the bridal attachment point to the other end of the PC, inside it).
If the kill line was a little too short when the rig was supplied or natural shrinkage has resulted in the same, the PC will appear to be fully cocked at first glance, but even a half inch too short and the efficiency of the PC is seriously compromised as air spills around the side.
A fully cocked and properly configured PC in good condition exerts a phenomenal amount of pull force at flat terminal and should be able to pull *just about* any pin.

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