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Ashley Stopper

Three-lobed stopper. Use when a figure-8 pulls through.

Intermediate · Polyester / Nylon rope / Polypropylene / Natural fibre / Dyneema / HMPE

Connection card

Ashley Stopper

For stopper in the end.

Ashley Stopper — finishedFinished structure. Three-lobed stopper. Two lobes is still an overhand.

Three-lobed stopper. Two lobes is still an overhand.

What it joins Stopper in the end. In polyester, nylon rope, polypropylene, natural fibre, dyneema / hmpe.
Turns 3. Count them before you seat it; afterwards you are guessing.
Shape Compact three-lobed stopper, larger than the block or fairlead after dress
Tag end Short tail. This is not loaded as a join
Seated Dressed compact so the third lobe cannot pull through
Start again if Left as a two-lobe overhand. Pulls through the block — this is not an Ashley yet

This card does not say how strong the knot is. A retention figure comes from a bench, in one material, at one diameter, tied by somebody who ties it all day — and the line in your hand is none of those. What it does tell you is whether the thing you have just tied is the thing the record describes.

What this plate is telling you

Three-lobed stopper. Use when a figure-8 pulls through.

Save this as a picture and it works with a dead signal and a nearly dead battery, which is when a joint is most often tied badly. The rest of this page — the steps, the seating sequence, the failure modes and the bench — is for the evening before.

Why this knot

What it earns its place with, what it costs, and what to reach for instead.

Best for
Stopper knot
Not ideal for
  • A tiny stopper (figure-8 is smaller)
  • Any load-bearing join
Common mistakes
  • Pulling the slip knot's bight through from the working end, so tugging the standing part does not shrink the loop
  • Tucking the working end through the overhand instead of through the loop
  • Hauling on the standing part before the overhand is snug, which leaves two lobes on the underside instead of three
  • Trying to join two ropes with it, which a stopper knot cannot do
Alternatives
  • Stopper in the end so the rope cannot pull through a block or fairlead

  • A stopper knot for slippery rope such as Dyneema

Before you start

  • ·Leave a long working end. It has to pass through the slip knot's loop before anything is tightened.
  • ·Make the slip knot's loop from the standing part. Only then does pulling the standing part close the loop around the working end.
  • ·Ashley described it for holes too large for a figure-eight. Test the finished knot against the block, fairlead or hole it has to stop.
  • ·It is a stopper knot and cannot join two ropes. To join ropes, use a bend such as a sheet bend.
Line + hardware: Rope

Step 1 of 4 · move 1 of 1. Tie a loose slip knot near the end, pulling a bight of the standing part through

Space plays or pauses. Keys 1, 2, 3 and 4 set the speed. Arrow keys change the move.

How to tie it — Step 1 of 4 · move 1 of 1
Tie a loose slip knot near the end, pulling a bight of the standing part throughNear the end of the rope, a loose overhand made with the working-end side of the rope, with a bight of the standing part pulled down through it as an open loop. The loop's right leg comes up through the overhand and turns over into it; its left leg runs straight up into the standing part.
1Open loop, a bight of the standing part
2Overhand
3Working end

swipe to step

01.1

Tie a loose slip knot near the end, pulling a bight of the standing part through

Hold:
Left hand holds the standing part above the knot
Move:
Right hand pulls a bight of the standing part through the overhand, leaving a long end

You should now see: A loose overhand on the working-end side with an open loop below it; tugging the standing part shrinks the loop.

Written step 01

Leaving a long working end, tie a loose slip knot near the end of the rope, pulling a bight of the standing part through the overhand so the loop shrinks when you pull the standing part.

You should now see

A loose overhand on the working-end side with an open loop coming out of it. A gentle tug on the standing part makes the loop smaller.

If it goes wrong

Pulling the bight through from the working end instead. You notice it because tugging the standing part does not shrink the loop, while pulling the working end spills the knot.

Fix: Pull the working end to spill the knot, then tie it again with the bight taken from the standing part.

Why: This loop is what closes around the working end in step 3. It can only close when the standing part is pulled if the loop is made from the standing part.

What this is based onReference review, not yet tied
Record
Reviewed 2026-08-14. 2 sources are cited for this record.
Drawing
Checked against published references and found to be this knot. Not yet tied from the drawing. Recorded 2026-09-21.
Known limits
None that stop a reader following it were confirmed in the plate audit of 2026-09-24; smaller findings were not all re-checked.
Strength
Not established. No credible, comparable strength data exists for this knot, so no figure is shown.

Watch the tie

Ashley Stopper Knot | How to Tie the Ashley Stopper KnotAnimatedKnots · Opens on YouTube

External video from a creator we follow — not produced by us. Nothing on this page loads from YouTube until you follow the link.

Seating sequence — where failures are born

The step list compresses the finish. Run these phases in order, one at a time.

  1. 01 Form

    Build the structure loose enough to see every turn.

    None. Shape first.

  2. 02 Dress

    Nest every turn. Crossed parts will walk or jam.

    Light — hold the shape.

  3. 03 Set

    Load the standing part so the intended turns take the strain.

    Working load, not a snatch.

  4. 04 Check

    Confirm the lock still breaks or inspects as the job requires.

    None extra.

  5. 05 Commit

    Only load it after the structure reads correct. Wrong means remake.

    Working load, not a snatch.

Finished structure — what correct looks like

Ashley Stopper, finishedAshley Stopper, finished

Drawn from a rope model of this knot: which strand passes over which comes from where the rope actually lies.

Structure
Compact three-lobed stopper, larger than the block or fairlead after dress
Standing line
Working line on the other side of the opening
Tag end
Short tail. This is not loaded as a join
Wraps
Three distinct lobes on the underside — two lobes is an overhand
Seating
Dressed compact so the third lobe cannot pull through

Verify before you load it

Every line is pass or fail. One fail means retie — do not load a knot you argued with.

  • 01Compact three-lobed stopper, larger than the block or fairlead after dress
  • 02Dressed compact so the third lobe cannot pull through
  • 03Short tail. This is not loaded as a join
  • 04Three distinct lobes on the underside — two lobes is an overhand
  • 05A two-lobe unfinished overhand pulls through
  • 06Three lobes, larger than the opening. Stopper only
Something failed → open Diagnose

Field notes — dark, cold, gloves

  • ·Dress is the lock. A pretty knot that is not dressed is not finished.
  • ·HMPE usually wants a splice, not a hitch you learned in polyester.
  • ·If you cannot break or inspect it under the load you expect, it is the wrong job.
Failure modes

When this family fails, it fails as these. The recovered end still outranks the name.

Stopper family

Bulk at the tail, larger than the opening — not a join.

  • !Body smaller than the block or fairlead after dress
  • !Asked to join two ropes
  • !Figure-8 used in HMPE where Estar extra turns were the stopper, or Ashley left as a two-lobe overhand
Fails when
  • !The working end is not inside the loop when the standing part is pulled, so the loop closes on nothing and a plain overhand is left
  • !The standing part was pulled before the overhand was snug, and the underside shows two lobes instead of three
  • !The knot is loose, or too small for the opening, and starts to pull into the block or fairlead under load
Geometry
  • Left as a two-lobe overhand

    Pulls through the block — this is not an Ashley yet

    The third lobe is the stopper · step 03

  • Undersized or loose body

    Pulls through the opening

    Size after dress is the job · step 04

  • Asked to join two ropes

    A stopper is not a bend

    Pick a sheet bend or Zeppelin if you needed a join · step 04

If you saw this
  • Stopper pulls through or looks like an overhand

    Check

    • ?Three lobes on the underside
    • ?Larger than the opening

    Then

    • →Finish the third lobe
    • →Retie larger
  • Left as a two-lobe overhand

    Check

    • ?Pulls through the block — this is not an Ashley yet
    • ?Inspect step 03

    Then

    • →Retie. Do not dress a defective structure and call it seated.
  • Undersized or loose body

    Check

    • ?Pulls through the opening
    • ?Inspect step 04

    Then

    • →Retie. Do not dress a defective structure and call it seated.
  • Asked to join two ropes

    Check

    • ?A stopper is not a bend
    • ?Inspect step 04

    Then

    • →Retie. Do not dress a defective structure and call it seated.
Same family

Same failure class, different geometry. Open the plates — Diagnose still starts from the symptom.

This failed — start Diagnose
The bench · rep 1

Get it right with everything in your favour0/5 clean

Nothing logged on this knot yet, so it starts on the bottom rung.

Good light, dry hands, a table. Until the sequence is automatic here there is nothing for the harder rungs to test — you would only be learning that difficult conditions are difficult, which you already knew.

How · Tie it, check it against the list, log it. Five clean and the ladder opens.

Conditions for this rep
What went wrong, if anything

Nothing marked. Log it clean, or mark what happened first.

Strength, and where the number comes from

Not established

A stopper whose published property is that it will not pull through; no publisher states a rope-break percentage for it.

Percentages come from published tests on their own line, their own knot-tyer and their own pull rate. Yours is a different system. Treat a figure as a reason to test, not as a result you already have.

Sources for this record

Record reviewed 2026-08-14

Test yourself

Take the Working deck quiz — can you recognise this knot's finished state and failure modes?

Already tied it?

Check the finished knot against what correct looks like before you load it.