amsteel friction saver

I was think of having a friend splice a friction saver for me with amsteel. He said that amsteel splicing instructions call for a straight bury and not a locking brummel. I have some reservations about life support on a straight bury but don't want to go against the manufactures instructions.
Any suggestions or comments
 
Yep a straight bury is OK, but you should do a cross over on it.

Amsteel might be a little overkill for this, usually guys use 16 strand rope, but I would be interested to see if if other guys climb on a Amsteel saver. Seems like you could use a 5/16 size and have a real small one that would be strong enough.
 
TBH, amsteel is a bit snaggy, I love the stuff, because its so strong, locking brummels are the answer, because straight buries can be slippy slidey.

I have made 100's of the things out of 10mm stuff.

Heres a pic of one of mine...missing the other ring in the pic.
friction.webp
 
Here is another picture of my pulley saver, this rope is race dyneema, sk75 core, with a very tough cover.

The eyes are locked brummels, and locked stitched.

Pinto is spliced onto 6mm vectran, and the big ring is 8mm x 100mm, and a 4ton shackle for recovery.

dyneema_usaver.webp
 
Snaggy? Thats interesting because its suppose to be be less apt to pick compared to tenex. I guess snaggy and pick are two different things. If I was to do a straight bury I would probably do the entire length ( minus the back splice) of the friction saver and lock stitch. Thanks for the feedback
 
when it wet, its like a different rope...the same under tension, I have used it loads without a webbing cover.

only certain trees, like scots pines, give it a problem.

Yep, a good deep bury is a winner, and check out the samson lock stitch method.
 
I got a short friction saver made out of amsteel 5/16. Strong enough to do whatever really. I brummel locked one end and long bury and lockstitched the other end, through some tubular nylon over it. It does what its told LOL.
 
I reconsidered the use of amsteel and paired it with steel rings for a removable rigging point. I did end up making a friction saver/redirect out of tech cord and aluminum rings. Or remove the rings and use carabiners for mid-line redirect.
 

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