Difference between revisions of "AY Honors/Knot/Slip/en"
From Pathfinder Wiki
< AY HonorsAY Honors/Knot/Slip/en
(Updating to match new version of source page) |
(Updating to match new version of source page) |
||
(3 intermediate revisions by the same user not shown) | |||
Line 3: | Line 3: | ||
| name = Slip knot | | name = Slip knot | ||
| image = Nœud de galère.jpg | | image = Nœud de galère.jpg | ||
− | | use = A slip knot is one that will tighten under load, and which can be easily untied by pulling on the running end. | + | | use = A slip knot is one that will tighten under load, and which can be easily untied by pulling on the running end. This knot is typically a component of more complicated knots, and is generally not used by itself. |
| tying_instructions = | | tying_instructions = | ||
A slip knot can be tied by starting an overhand knot, but instead of passing the running end through the loop, pass a bight through instead. | A slip knot can be tied by starting an overhand knot, but instead of passing the running end through the loop, pass a bight through instead. | ||
− | | warnings = If tied as shown in the illustration, the running end (on the right) will pull through the loop if even the slightest load is applied to the standing end (on the left). | + | | warnings = If tied as shown in the illustration, the running end (on the right) will pull through the loop if even the slightest load is applied to the standing end (on the left). If one reverses the standing end and running ends in the illustration, the knot is far more stable. As shown, the knot will hold a load on the running end, but not on the standing end. |
}} | }} | ||
− | |||
− | |||
− | |||
<noinclude></noinclude> | <noinclude></noinclude> |
Latest revision as of 03:43, 27 July 2022
Slip knot |
---|
Use: A slip knot is one that will tighten under load, and which can be easily untied by pulling on the running end. This knot is typically a component of more complicated knots, and is generally not used by itself.
How to tie:
WARNING: If tied as shown in the illustration, the running end (on the right) will pull through the loop if even the slightest load is applied to the standing end (on the left). If one reverses the standing end and running ends in the illustration, the knot is far more stable. As shown, the knot will hold a load on the running end, but not on the standing end.
|