Tree Machine
Addicted to ArboristSite
I can see it in my head; the prussik would be on the tree side of the captive eye. Pulling the rope through the captive eye would force the coils up against the captive eye. Weighting the rope would engage the hitch. Pretty cool.
Once the hitch is engaged, that is, constricting the flipline, it seems that to adjust further in you'd be pulling against the force of the friction being created by the hitch. I'm imagining resistance on adjusting in, but with excellent, non-slippage when weighting the flipline.
Resistance while trying to adjust in would get old quick.
If you had to loosen the coils whenever you wanted to adjust in, or just tolerate the resistant from the force of the coils, it makes for a tricked out system, but less than ideal, practically speaking. Really, though, I don't know how much resistance it would offer, but there has to be some. That's just the nature of a distel. A VT would collapse better, but you trade for excess slop in a system where things should be exact and precise
Having to do any more than one single, one-handed motion to adjust in or out, or EVER having to adjust your adjuster is more work than necessary. I'm of the 'time is money' school.
That's a problem I had with this setup below: It was a two-way rope grab. I liked the swivel aspect but had to physically reach across and hold the adjuster in mid-position and use the other hand to pull rope and adjust into the tree. I've tried a number of useful adjusters, this was not one of them. I imagine this piece has practical uses, just not on a flipline. It gave me the same headaches I used to have using prussics on flipline (though I've honestly never actually tried the cool prussik-on-flipline with a captive-eye biner).
Once the hitch is engaged, that is, constricting the flipline, it seems that to adjust further in you'd be pulling against the force of the friction being created by the hitch. I'm imagining resistance on adjusting in, but with excellent, non-slippage when weighting the flipline.
Resistance while trying to adjust in would get old quick.
If you had to loosen the coils whenever you wanted to adjust in, or just tolerate the resistant from the force of the coils, it makes for a tricked out system, but less than ideal, practically speaking. Really, though, I don't know how much resistance it would offer, but there has to be some. That's just the nature of a distel. A VT would collapse better, but you trade for excess slop in a system where things should be exact and precise
Having to do any more than one single, one-handed motion to adjust in or out, or EVER having to adjust your adjuster is more work than necessary. I'm of the 'time is money' school.
That's a problem I had with this setup below: It was a two-way rope grab. I liked the swivel aspect but had to physically reach across and hold the adjuster in mid-position and use the other hand to pull rope and adjust into the tree. I've tried a number of useful adjusters, this was not one of them. I imagine this piece has practical uses, just not on a flipline. It gave me the same headaches I used to have using prussics on flipline (though I've honestly never actually tried the cool prussik-on-flipline with a captive-eye biner).