@@jack002tuber I just send the first loop back through the tail and then take the twist out and you don't need to send the long end through. Seems easier to me.
A bowline will only maintain about 25% of the ropes strength (i.e. if the rope had a maximum working load of 500kg then a bowline would reduce the strength of that rope to only 100kg). Whereas, with a splice, it will maintain around 90% of the ropes strength so therefore the rope that I stated earlier would only reduce to 450kg. A bowline would be more useful if you wanted to constantly undo it and re-tie it and can be undone very easily even after it is put under a large load however this knot makes the rope significantly weaker under large loads. I hope that that helped!
That was amazing. The cleanest Brummel ever.
Amazing, very clever
you don't guess the length of the bury end in the rope..... You need to calculate it with the diameter of the rope and the class of the rope
The most complicated way to do a brummel ever
This way the long end never was needed to pass thru, you can do this one with just one end free
@@jack002tuber I just send the first loop back through the tail and then take the twist out and you don't need to send the long end through. Seems easier to me.
😂😂😂. Sorry for this but can’t resist, “massage the hole to relax it”.
I'm new to the world of knots. What is the advantage of this over a bowline?
If you passed the end of the rope thru the eye to create a choker , a knot 🪢 might catch when you pull tight ..plus a knot might snag in general
A bowling looks like crap.
A bowline will only maintain about 25% of the ropes strength (i.e. if the rope had a maximum working load of 500kg then a bowline would reduce the strength of that rope to only 100kg). Whereas, with a splice, it will maintain around 90% of the ropes strength so therefore the rope that I stated earlier would only reduce to 450kg.
A bowline would be more useful if you wanted to constantly undo it and re-tie it and can be undone very easily even after it is put under a large load however this knot makes the rope significantly weaker under large loads. I hope that that helped!
Seems very over engineered !
LOL!