Ashley Stopper Knot

Ashley Stopper Knot
Preparing the rope…

Start with a loose noose

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Make a loose overhand noose. Its loop is formed from the standing side, leaving a separate short tail.

Basics · 6 steps

Build a broad stopper by passing the free end through an overhand noose.

Also known as Oysterman’s stopper.

The Ashley stopper develops a broader bearing face than a simple overhand. Begin with an overhand noose whose small bight belongs to the standing part. Feed the working end through that bight, then draw the parts into the stopper’s three-lobed arrangement.

The lesson starts with the loose noose already formed so the final end-through-bight pass is easy to inspect. Using a slipped working-end bight instead is a different starting structure. Trace which end controls the noose before making the final pass.

When to use it

  • Make a broad end stopper for a suitable opening.
  • Practice identifying the standing-part bight in an overhand noose.

Keep in mind

Draw the loose structure together carefully; an open knot is not a finished stopper. Check the actual fit against the opening it must block.

Check your knot

  • The starting noose is formed from the standing part.
  • The free end passes through its small bight.
  • The dressed stopper has an even bearing face and a visible tail.
How to tie Ashley Stopper Knot
  1. Start with a loose noose

    Make a loose overhand noose. Its loop is formed from the standing side, leaving a separate short tail.

  2. Bring the tail around

    Carry the short tail outside the knot toward the open loop.

  3. Aim into the loop

    Bring the tail in front of the loop, keeping its opening clear.

  4. Pass the tail through

    Thread the end through the loop from front to back.

  5. Dress the three-lobed stopper

    First snug the overhand collar, then draw the loop around the tail. The open model keeps all three bearing parts visible.

  6. Draw up the stopper

    Snug the overhand collar and draw the standing-part bight around the threaded tail. Keep the three bearing parts together.

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References & further reading