Broach Bend

The Broach Bend consists of two interlocking figure-eight knots and is used to join two ropes of similar diameter. It provides a secure connection that resists jamming, making it easy to untie even after being placed under load. The knot is well suited for general rope work, boating, and camping applications where a reliable, non-jamming bend is needed. Like its conceptual predecessor the Zeppelin Bend, the Broach Bend is appropriate for medium-sized lines where both security and ease of release are priorities.

The Broach Bend was created by Dr. Harry Asher, a retired research scientist and one of the most original knot designers of the late 20th century. Asher was a prominent member of the International Guild of Knot Tyers and authored The Alternative Knot Book (1989) and A New System of Knotting, which introduced systematic approaches to knot design and several innovative knots including the Simple Simon bends. The Broach Bend was inspired by the Zeppelin Bend and applies its interlocking principle using figure-eight knots rather than overhand knots.

The Broach Bend consists of two interlocking figure-eight knots, with each working end making its final tuck through the other rope's original loop. To tie, begin by interlocking a pair of overhand loops, then take an additional turn around the standing part of each line to form the figure-eight structure. The working end of each line is then tucked into the other line's original loop. Each figure-eight should be tightened individually before the entire knot is set by pulling the standing parts in opposite directions. The resulting structure is beautiful, symmetrical and compact. The figure-eight structure offers substantial bulk and friction, making it particularly well suited for modern synthetic ropes.

The Broach Bend is described as a secure way of joining medium-sized lines without risk of jamming. Its figure-eight structure provides greater bulk and friction than bends using simple overhand knots, contributing to its holding power. Like the Zeppelin Bend family of knots, the interlocking nature of the construction allows the knot to be untied relatively easily after loading. For critical applications, ensure the knot is properly dressed and inspect it before use.