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Weaver at Queen Street Mill demonstrating a weaver's knot Steps in tying a weaver's knot. The sheet bend may be tied by various methods: the basic "rabbit through the hole" method of forming a half hitch in the bight of the larger rope, by a more expedient method shown in Ashley as ABoK #1431 (similar to the method used by an experienced sailor or mountaineer to tie a bowline) or by a trick ...
A bend formed by tying a single overhand knot in two lines facing the same direction. Racking bend: A bend for joining lines of different diameters. It is more secure than the heaving line bend or sheet bend due to the woven figure-eight knot "rackings". Reever Knot: A secure and compact bend. Sheet bend: A common bend for joining lines of ...
The Lapp knot is a type of bend. It has the same structure as the sheet bend, but the opposite ends are loaded. The slipped Lapp bend is also an exploding knot, which means that when pulling the quick release end it falls completely apart without further entanglement. It is as strong as or even stronger than the sheet bend, [1] though much less ...
The simple Simon over bend is a knot belonging to the category bend.The simple Simon under holds well even with slippery synthetic ropes, [1] but is less secure than the similar simple Simon under.
Sheet bend – joins two ropes together; Shoelace knot – commonly used for tying shoelaces and bow-ties; Shroud knot – a multi-strand bend knot used to join two ends of laid (or twisted) rope together; Siberian hitch – used to attach a rope to an object; Simple knot – (four-in-hand knot) a method of tying a necktie
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The simple Simon under bend is a knot belonging to the category bend. It was invented by Harry Asher. It is more secure than the similar Simple Simon over and more effective with quite large differences in thickness of the two ropes. [1] The simple Simon under holds well even with different sized ropes, or slippery synthetic ropes. [2]
The slippery eight loop is known — despite the name — to have an extraordinary ability to not slip and it is extremely secure when the legs are at less than a 90-degree angle. The man who created this knot, Dave Poston, requests that the name of the knot include "HFP" in order to honor his father, who originally introduced him to knots.