From Wikipedia, the free encyclopedia
Adjustable grip hitch
NamesAdjustable grip hitch, Adjustable loop, Adjustable hitch, Adjustable bend, Adjustable Cawley Hitch, Cawley Hitch
Category Hitch
Related Taut-line hitch, Farrimond friction hitch
Releasing Non-jamming
Typical useKeep a rope taut
ABoK-

The adjustable grip hitch is a simple and useful friction hitch which may easily be shifted up and down the rope while slack. It will hold fast when loaded, but slip when shock loaded until tension is relieved enough for it to again hold fast. It serves the same purpose as the taut-line hitch, e.g. tensioning a tent's guy line.

This knot is also called the adjustable loop [1] and Cawley adjustable hitch. It was conceived 1982 by Canadian climber Robert Chisnall. [2]

Tying

Tying the adjustable grip hitch (slipped)

The working end is wrapped inwards around the standing part (A-B) twice (1). Then another turn is made around both parts and a bight is pulled through the last wrap (2, 3) for the slipped version (left image), or just the end for the non-slipped version (right image). The knot needs to be pulled tight to actually grip (the slack is pulled out of the windings and the knot pulled tight at C and D). By pushing the knot along the standing part in direction of A, the line can be tightened.

The grip can be improved by adding a third turn around the standing part.

The slipped adjustable grip hitch can be easily untied by pulling the end E, even under quite heavy load.

Adjustable Bend

adjustable bend

Using the same knot core an adjustable bend can be made to join two lines. For that the knot is tied in both working ends, each around the other line's standing part. [2] The length of the line can be then adjusted by pushing the knots together or apart.

Alternatives

External links

See also

References

  1. ^ Budworth, Geoffrey (2003). The Ultimate Encyclopedia of Knots & Ropework. Hermes House. ISBN  978-1-84309-138-7.
  2. ^ a b Budworth, Geoffrey (1997). The Complete Book of Knots. The Lyons Press. p. 95. ISBN  1-55821-632-4.


From Wikipedia, the free encyclopedia
Adjustable grip hitch
NamesAdjustable grip hitch, Adjustable loop, Adjustable hitch, Adjustable bend, Adjustable Cawley Hitch, Cawley Hitch
Category Hitch
Related Taut-line hitch, Farrimond friction hitch
Releasing Non-jamming
Typical useKeep a rope taut
ABoK-

The adjustable grip hitch is a simple and useful friction hitch which may easily be shifted up and down the rope while slack. It will hold fast when loaded, but slip when shock loaded until tension is relieved enough for it to again hold fast. It serves the same purpose as the taut-line hitch, e.g. tensioning a tent's guy line.

This knot is also called the adjustable loop [1] and Cawley adjustable hitch. It was conceived 1982 by Canadian climber Robert Chisnall. [2]

Tying

Tying the adjustable grip hitch (slipped)

The working end is wrapped inwards around the standing part (A-B) twice (1). Then another turn is made around both parts and a bight is pulled through the last wrap (2, 3) for the slipped version (left image), or just the end for the non-slipped version (right image). The knot needs to be pulled tight to actually grip (the slack is pulled out of the windings and the knot pulled tight at C and D). By pushing the knot along the standing part in direction of A, the line can be tightened.

The grip can be improved by adding a third turn around the standing part.

The slipped adjustable grip hitch can be easily untied by pulling the end E, even under quite heavy load.

Adjustable Bend

adjustable bend

Using the same knot core an adjustable bend can be made to join two lines. For that the knot is tied in both working ends, each around the other line's standing part. [2] The length of the line can be then adjusted by pushing the knots together or apart.

Alternatives

External links

See also

References

  1. ^ Budworth, Geoffrey (2003). The Ultimate Encyclopedia of Knots & Ropework. Hermes House. ISBN  978-1-84309-138-7.
  2. ^ a b Budworth, Geoffrey (1997). The Complete Book of Knots. The Lyons Press. p. 95. ISBN  1-55821-632-4.



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