Rolling Hitch
Directional grip hitch for snubbers. Slides first, breaks second.
Intermediate · Polyester / Nylon rope / Natural fibre
Connection card
Rolling Hitch
For load transfer / snubber.
Two turns on the load side of the standing part, a crossing third, tail tucked — directional grip.
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
Directional grip hitch for snubbers. Slides first, breaks second.
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.
- Slick HMPE standing part
- A hitch that must hold both ways equally
- Putting the two riding turns on the side away from the pull
- Crossing over after one riding turn, which makes a clove hitch that slides under a pull along the spar
- Wrapping the third turn without tucking the end under it
- Using the hitch after seeing it creep along the spar instead of retying it
- Clove HitchBeginner
Hanging a fender off a rail or stanchion, or a quick tie you stay beside and adjust
- Round Turn & Two Half HitchesBeginner
Makes a rope fast to a post or ring
- Icicle HitchAdvanced
Gripping a spar, post or pole when the pull runs along it in one direction
- Midshipman's HitchIntermediate
An adjustable loop for guylines, awning corners and boat covers you come back to tighten
Before you start
- ·Work out which way the load will pull along the spar or rope before tying. The two riding turns go on that side, and the hitch grips a pull in that direction only.
- ·It grips three-strand nylon and polyester double-braid well. It will not hold on slick rope such as Dyneema or Spectra, so use a different attachment there.
- ·It holds better on a rope of similar or larger diameter than the hitching line than on a much thinner one. Wet or icy rope grips less.
- ·Leave several inches of working end so the turns cannot shed it as they settle.
Step 1 of 4 · move 1 of 2. With the load pulling left, take the end round the spar and back over its standing part
Space plays or pauses. Keys 1, 2, 3 and 4 set the speed. Arrow keys change the move.
swipe to step
01.1
With the load pulling left, take the end round the spar and back over its standing part
- Hold:
- Left hand holds the standing part along the spar, toward the load
- Move:
- Right hand takes the end round the spar, toward the load, and up over the standing part
Decide which way the load will pull along the spar or loaded rope. Wrap the working end around it twice on that side, each turn crossing over its own standing part, so the two turns sit together.
Two riding turns lying side by side on the spar, both crossed by the standing part and both on the side the load will pull toward.
Putting the two turns on the side away from the pull. It looks the same, but when the load comes on the hitch slides along the spar instead of gripping.
Fix: Unwrap it and start again with the turns on the other side of the standing part, pointing toward where the load will travel.
Why: The riding turns do the gripping. The standing part lies across them and presses them down, but only when the pull runs toward their side and nearly along the spar.
- Turns on the wrong side of the load — Hitch will not grip and slides off. Both first turns must sit on the load side.
arrow keys work
Tying procedure — Rolling Hitch
Step 01 / 4
Decide which way the load will pull along the spar or loaded rope. Wrap the working end around it twice on that side, each turn crossing over its own standing part, so the two turns sit together.
You should now see: Two riding turns lying side by side on the spar, both crossed by the standing part and both on the side the load will pull toward.
If it goes wrong: Putting the two turns on the side away from the pull. It looks the same, but when the load comes on the hitch slides along the spar instead of gripping.
Fix: Unwrap it and start again with the turns on the other side of the standing part, pointing toward where the load will travel.
Why: The riding turns do the gripping. The standing part lies across them and presses them down, but only when the pull runs toward their side and nearly along the spar.
1Over the standing partStep 1 of 4 · move 1 of 2
With the load pulling left, take the end round the spar and back over its standing part
Hold: Left hand holds the standing part along the spar, toward the load
Move: Right hand takes the end round the spar, toward the load, and up over the standing part
- 1Tucked under the first turn
Step 1 of 4 · move 2 of 2
Go round again beside it, over the standing part, and tuck under the first turn
Hold: Left hand keeps the first turn pressed onto the standing part
Move: Right hand takes the end round again on the load side, then up between the standing part and the first turn
You should now see: Two riding turns side by side on the load side, each crossing over the standing part, the second tucked under the first.
Step 02 / 4
Carry the working end across the standing part to the other side of the two riding turns and take a third turn around the spar there, going the same way round.
You should now see: Two turns on the load side of the standing part and a single turn on the opposite side, all wrapping the spar in the same direction.
If it goes wrong: Crossing over after only one riding turn, which makes a clove hitch. Count the turns: one on each side of the standing part is a clove hitch, and it slides under a pull along the spar.
Fix: Unwind back to the riding turns, make sure there are two on the load side, then cross over and add the single turn.
Why: The third turn only holds the riding turns in place. The finished shape is a clove hitch with one extra riding turn on the side of the load.
1Third turnStep 2 of 4 · move 1 of 1
Carry the end across to the far side and take a third turn the same way round
Hold: Left hand holds both riding turns together
Move: Right hand leads the end across the top and round the spar once more
You should now see: Two turns on the load side and one turn on the other side, all going round the same way.
Step 03 / 4
Tuck the working end under that third turn, then pull it snug so the end is trapped against the spar.
You should now see: The working end coming out from under the third turn, pinned between that turn and the spar, and staying put when you let go.
If it goes wrong: Wrapping the third turn without tucking the end under it. The turn unrolls as soon as you let go, and the riding turns spread apart.
Fix: Take the end back around and tuck it under the third turn before letting go of the knot.
Why: The tuck turns the third wrap into a half hitch that keeps the riding turns together. Without it nothing stops the wraps loosening before the load comes on.
1Tucked underStep 3 of 4 · move 1 of 1
Tuck the end under the third turn where it crosses the top, then pull it snug
Hold: Left hand holds the turns together on the spar
Move: Right hand tucks the end under the third turn's crossing and draws it tight
You should now see: The end comes out from under the third turn, pinned against the spar, and stays put when released.
Step 04 / 4
Push all three turns hard against each other, then load the standing part gradually along the spar, watching the turns rather than the tail.
You should now see: The turns settle slightly and then stop moving. On a loaded rope, the hitch puts a slight bend in the rope where it grips.
If it goes wrong: Seeing the hitch creep along the spar and using it anyway. Creep under a slow, steady load gets worse once the load starts coming and going.
Fix: Take the load off and retie it with the turns pushed tighter, or add another riding turn. On slick rope such as Dyneema or Spectra, use a different attachment.
Why: Hook the Horizon's rule is that any creep at all means retie it. Animated Knots warns that a rolling hitch will not hold on slick modern fibres such as Dyneema.
Step 4 of 4 · move 1 of 1
Push the three turns hard together, then load the standing part slowly along the spar
Hold: Left hand pushes the turns hard against each other
Move: Right hand brings the pull on gradually along the spar, toward the riding turns
You should now see: The turns settle slightly and stop moving. Any creep along the spar means retie it.
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
Learn How To Tie A Rolling Hitch KnotWhyKnot · Opens on YouTubeExternal 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.
01 Form
Build the structure loose enough to see every turn.
None. Shape first.
02 Dress
Nest every turn. Crossed parts will walk or jam.
Light — hold the shape.
03 Set
Load the standing part so the intended turns take the strain.
Working load, not a snatch.
04 Check
Confirm the lock still breaks or inspects as the job requires.
None extra.
05 Commit
Only load it after the structure reads correct. Wrong means remake.
Working load, not a snatch.
Finished structure — what correct looks like
Drawn from a rope model of this knot: which strand passes over which comes from where the rope actually lies.
- Structure
- Two turns on the load side of the standing part, third turn crossing, tail tucked under the last turn
- Standing line
- Pull along the standing part, not away from it
- Tag end
- Tail tucked under the last turn so the hitch is directional
- Wraps
- Two load-side turns plus the crossing third — a clove here is the wrong hitch
- Seating
- Dressed toward the load, then slide-tested before you trust it
Verify before you load it
Every line is pass or fail. One fail means retie — do not load a knot you argued with.
- 01Two turns on the load side of the standing part, third turn crossing, tail tucked under the last turn
- 02Dressed toward the load, then slide-tested before you trust it
- 03Tail tucked under the last turn so the hitch is directional
- 04Two load-side turns plus the crossing third — a clove here is the wrong hitch
- 05Turns on the wrong side of the load will not grip
- 06Holds a slide-test. If it walks, add a turn or change hitch
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.
When this family fails, it fails as these. The recovered end still outranks the name.
Directional bite on a standing part — slide-test before you trust it.
- !Turns on the wrong side of the load
- !Failed slide-test, still used
- !A clove where a rolling or icicle third turn was the job
- !The riding turns are on the side away from the pull, so the hitch walks along the rope without gripping
- !The turns were not pushed hard together before loading, so it creeps a little at a time
- !The spar or loaded rope is slick, such as Dyneema or Spectra
- !The pull comes off at an angle instead of along the spar, dragging the turns out of shape
Turns on the wrong side of the load
Hitch will not grip and slides off
Both first turns must sit on the load side · step 01
Clove instead of rolling third turn
Wrong hitch — walks under along-line pull
The third turn is what makes it a rolling hitch · step 02
Failed slide-test, still used
Snubber walks and dumps the load back on the windlass
If it walks on the test, do not trust it · step 04
Hitch slides down the standing part
Check
- ?Two load-side turns
- ?Pull along the standing part
Then
- →Add a turn
- →Do not use on HMPE without a different plan
Turns on the wrong side of the load
Check
- ?Hitch will not grip and slides off
- ?Inspect step 01
Then
- →Retie. Do not dress a defective structure and call it seated.
Clove instead of rolling third turn
Check
- ?Wrong hitch — walks under along-line pull
- ?Inspect step 02
Then
- →Retie. Do not dress a defective structure and call it seated.
Failed slide-test, still used
Check
- ?Snubber walks and dumps the load back on the windlass
- ?Inspect step 04
Then
- →Retie. Do not dress a defective structure and call it seated.
Same failure class, different geometry. Open the plates — Diagnose still starts from the symptom.
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.
Nothing marked. Log it clean, or mark what happened first.
Strength, and where the number comes from
Not established
A grip hitch that fails by sliding rather than by breaking, and no published test states a rope-break percentage for it — the '50–70%' it used to carry has no source.
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.
Record reviewed 2026-08-14
Vetted references
- Animated Knots — Rolling Hitch
Animated Knots by Grog
- Learn How To Tie A Rolling Hitch Knot
WhyKnot
Related knots
Check the finished knot against what correct looks like before you load it.