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Alright, what exactly is going on in this picture? I can usually tell immediately from one picture how something is set up/works, but I'm lost here. Does the orange cord have a cover starting at the cross in the back? Why are the eyes a different color? Can you post a picture of the components disassembled?
So the eyes are formed with the core of the orange cord, but a larger cover is used near the eyes. Or is the larger cover slipped over the original cover? How does splicing that work, wouldn't it slip with such a loose cover? Sorry for my ignorance about splicing double braids (or anything other than hollow braid and 3 Strand).The cord is an attempt to make it more flexible. The larger cover at the ends allows the expanded core of the splice to not be restricted. The small cord is used in place of a pulley. Thanks to John’s picture of the Totem, when the slots of the plate are vertical the tender cord can go inside. View attachment 59521

Cool, even I could splice that, although I'm not ready to trust my life to my own splices.Sorry, forgot about the eyes, they have a separate cover. The core is Sk99 dyneema, with locked brummel and bury, with an orange polyester cover from some accessory cord. The larger ends from 9.2mm dynamic rope are sewn to the orange.
This is how the eyes get covered, the tails get cut off or buried before being buried.
View attachment 59522
So you just add the extra friction for long descents? Will this still work with shorter tails than you have there? Does the lower part of the robot get in the way? I like the idea of being able to add more friction without adding additional hardware, as I am not a fan of using the sticht hitch for long descents because of the wear on the hitch. however, I like running a micropulley under it, that isn't an option with the robot it seems.Another fortunate coincidence, got the Kong Robot because it was on sale and needed to reach the free ship threshold. Didn’t have this in mind, but it works very good.
Dangling Robot
View attachment 59592
Descending Robot
View attachment 59593
I like the look of that a lot. The added friction is a great way to ensure a safer descent, while extending the life of the hitch cord. What's the actual diameter and length of the cord? I'm guessing 10mm and maybe 30" in the photo. I'm also curious to know how long the hitch cord would need to be in a 5 or 6 wrap configuration, using the Kong Robot.Another fortunate coincidence, got the Kong Robot because it was on sale and needed to reach the free ship threshold. Didn’t have this in mind, but it works very good.
What about tying the 10mm cord? Would it fit through the robot with plain ends?I don’t think a cord larger than 8mm would fit through the 1” diameter hole on the Robot. Something just as easy to use would be a carabiner brake bar, for larger diameter cords.
It works with the proper combination of rope, eye and eye hitch cord, #wraps, ring size. It may get harder to release after a while on SRT, but on DdRT it'll run all day long.So this works on a single line without any additional friction from a wrench or munter?
Looks to be correctly tied
yes but we still need more testing to know exactly how much friction the rings take from the hitch cord but I can tell you from my testing and others ive seen here that brocky is definatly onto something with this.So this works on a single line without any additional friction from a wrench or munter?
Looks to be correctly tied
if you like hitches then follow that man on here.