Abstract: A mechanical knot apparatus for replacing the use of a conventional knot or fitting for fastening or securing a rope or cable to an object. A spool-like body with a slot or two holes bored crosswise across the middle of the spool perpendicular to its axis is provided. A loop is first formed in the rope by either splicing or by simply creating a loop with the use of a knot. The end of the loop is passed through the slot or holes in the spool and then passed around the object to be secured. The loop is then wrapped back over the flanges of the spool to create a hitch-like configuration. When tension is applied, the rope slips through the device until flanges or body of the spool seats against the object being secured. A secondary tightly fitting flexible ring such as a rubber “O” ring is optionally slipped around the root of the loop and can be slid up against the hitch to act as a “lock” which prevents the loop from bouncing off the flanges of the spool during severe flogging.

Abstract: A mechanical knot apparatus for replacing the use of a conventional knot or fitting for fastening or securing a rope or cable to an object. A spool-like body with a slot or two holes bored crosswise across the middle of the spool perpendicular to its axis is provided. A loop is first formed in the rope by either splicing or by simply creating a loop with the use of a knot. The end of the loop is passed through the slot or holes in the spool and then passed around the object to be secured. The loop is then wrapped back over the flanges of the spool to create a hitch-like configuration. When tension is applied, the rope slips through the device until flanges or body of the spool seats against the object being secured. A secondary tightly fitting flexible ring such as a rubber “O” ring is optionally slipped around the root of the loop and can be slid up against the hitch to act as a “lock” which prevents the loop from bouncing off the flanges of the spool during severe flogging.