Midshipman's Hitch
Adjustable guy. The extra inside tuck is the hold. Taut-line is the weaker version of the same idea — we cover one.
Intermediate · Polyester / Nylon rope / Polypropylene / Natural fibre
Connection card
Midshipman's Hitch
For tension / lash a line.
Two turns on the load side, a crossing third, tail tucked — directional grip like a rolling hitch.
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
Adjustable guy. The extra inside tuck is the hold. Taut-line is the weaker version of the same idea — we cover one.
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.
- A lock you will walk away from (trucker's hitch)
- Slick HMPE
- A standing snubber on chain
- Laying the second turn beside the first without tucking it in, which ties a taut-line hitch
- Taking the turns outside the loop, on the side away from the object
- Leaving the half hitch off, or tying it inside the loop with the turns
- Leaving it to hold tension unattended in slippery rope
- Trucker's HitchIntermediate
Pulling a line tight between two fixed points to lash down a load or a tarpaulin, then locking it with two half hitches
- Rolling HitchIntermediate
Gripping a loaded rope or spar to take a pull along it, such as taking the strain off a line jammed on a winch
Before you start
- ·The second turn tucks in beside the first. Without that tuck it is a taut-line hitch, which Animated Knots says cannot take strain until the half hitch is on.
- ·Pulled tight, the two turns hold the load while you add the half hitch, which lets you adjust tent or awning lines as you rig them.
- ·With Dyneema, Spectra or polypropylene, assume it will slide. Animated Knots adds that in three-strand nylon it may slide over time.
- ·For tension you will walk away from, use a fixed knot such as a trucker's hitch.
Step 1 of 4 · move 1 of 3. Pass the tail round the post and bring it back beside the 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
Pass the tail round the post and bring it back beside the standing part
- Hold:
- Left hand holds the standing part a little way from the post
- Move:
- Right hand takes the tail round the far side of the post and back
Pass the tail around the object, then take a turn around the standing part inside the loop. Go around a second time and tuck the tail in between the first turn and the line coming back from the object.
Two turns on the standing part inside the loop, the second crossing the first, with the tail pinned between the first turn and the line from the object.
Laying the second turn beside the first without tucking it in. That makes a taut-line hitch: pull the tail and the turns slide along the standing part instead of jamming.
Fix: Take the second turn off and go around again, this time tucking the tail in between the first turn and the line from the object.
Why: The tuck is what makes this a midshipman's hitch. It jams the second turn against the first, so the turns can hold the load on their own.
- Inside tuck missing — This is a taut-line and walks under working load. Animated Knots: the extra inside tuck is the hold.
arrow keys work
Tying procedure — Midshipman's Hitch
Step 01 / 4
Pass the tail around the object, then take a turn around the standing part inside the loop. Go around a second time and tuck the tail in between the first turn and the line coming back from the object.
You should now see: Two turns on the standing part inside the loop, the second crossing the first, with the tail pinned between the first turn and the line from the object.
If it goes wrong: Laying the second turn beside the first without tucking it in. That makes a taut-line hitch: pull the tail and the turns slide along the standing part instead of jamming.
Fix: Take the second turn off and go around again, this time tucking the tail in between the first turn and the line from the object.
Why: The tuck is what makes this a midshipman's hitch. It jams the second turn against the first, so the turns can hold the load on their own.
Step 1 of 4 · move 1 of 3
Pass the tail round the post and bring it back beside the standing part
Hold: Left hand holds the standing part a little way from the post
Move: Right hand takes the tail round the far side of the post and back
- 1First turn
Step 1 of 4 · move 2 of 3
Take the tail once round the standing part, inside the loop
Hold: Left hand holds the standing part and the returning leg together
Move: Right hand takes the tail round the standing part, over the top and down the back
- 1Second turn crosses the first
Step 1 of 4 · move 3 of 3
Go round a second time, over the first turn, and tuck in between it and the leg
Hold: Left hand pinches the first turn so it cannot unroll
Move: Right hand takes the tail round again, over the first turn, into the gap by the leg
You should now see: Two turns on the standing part inside the loop, the second crossing over the first and lying between it and the leg from the post.
Step 02 / 4
Pull the tail tight so the two turns jam together, then ease off the tail and let the loop take the load.
You should now see: The loop stays tight with the tail released, and the turns stay where they are on the standing part.
If it goes wrong: Turns taken outside the loop, on the side away from the object. When the loop takes load, the turns slide along the standing part instead of holding.
Fix: Undo the turns and take them again on the object side of the standing part, inside the loop.
Why: Pulled tight, the two turns form an awning hitch. It holds the load while you tie the last half hitch, which the taut-line version does not do.
Step 2 of 4 · move 1 of 1
Pull the tail tight to jam the two turns, then ease off and let the loop take load
Hold: Left hand holds the standing part beyond the knot
Move: Right hand pulls the tail hard, then lets it go slack
You should now see: The loop stays tight with the tail released, and the two turns stay put on the standing part: an awning hitch.
Step 03 / 4
Carry the tail past both turns and tie a half hitch around the standing part outside the loop, going round in the same direction as the turns.
You should now see: A single half hitch on the standing part just outside the loop, snug against the two turns.
If it goes wrong: Leaving the half hitch off, or tying it inside the loop with the turns. The tail works back out of the turns once the load eases.
Fix: Bring the tail out past the turns, tie the half hitch around the standing part outside the loop, and snug it against the turns.
Why: Animated Knots notes the half hitch can be reversed for an adjustable variation. The usual form carries on in the same direction as the turns.
1Half hitch outside the loopStep 3 of 4 · move 1 of 1
Carry the tail past both turns and half hitch it outside the loop, the same way round
Hold: Left hand keeps the loop loaded so the turns hold
Move: Right hand lays the tail over both turns and takes it round the standing part, under itself
You should now see: A single half hitch on the standing part just outside the loop, snug against the two turns, its end trapped under the carry.
Step 04 / 4
Pull the knot tight, then slide it along the standing part to set the tension you want and load the loop again.
You should now see: With no load the hitch slides when you push it; with the loop loaded it stays put.
If it goes wrong: Leaving it to hold tension unattended in Dyneema, Spectra or polypropylene. In those ropes the hitch can slide under a steady load.
Fix: In slippery rope add an extra turn or a second half hitch and check it under load. For tension you will walk away from, use a fixed knot such as a trucker's hitch.
Why: The hitch grips only while the loop pulls the turns against the standing part. That is what lets you adjust it, and why it can creep in slick fibres.
Step 4 of 4 · move 1 of 1
Pull the knot tight, slide it along the standing part to set the tension, reload
Hold: Left hand holds the standing part beyond the knot
Move: Right hand pushes the whole hitch along the standing part, away from the post
You should now see: With no load the hitch slides when you push it; with the loop loaded it stays where you left it.
What this is based onChanged, not yet re-reviewed · 1 known limit
- Record
- Reviewed 2026-08-14. 2 sources are cited for this record.
- Drawing
- Changed to fix faults found in its pictures or its film, and checked by the drawing checks. No person has looked at the change. Not yet re-reviewed, and not yet tied from the drawing. Recorded 2026-09-27.
- Known limits
- No audit has looked at this drawing since it was changed, so it may have faults that are not listed here.
- Strength
- Not established. No credible, comparable strength data exists for this knot, so no figure is shown.
What the drawing does not show
- Step 1, move 3 of 3: The two turns are drawn side by side; the second is not shown crossing over the first.
Watch the tie
Drawn from this knot's sequence — the same rope as the steps. Not a recording of hands. It does not start until you press play.
Another recording
How to Tie the Midshipman's HitchAnimatedKnots · Opens on YouTubeAn outside recording of this construction. It is not the drawing above, and nothing here 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
- First turn on the load side tucked under itself, second turn beside it, half hitch outside away from the load
- Standing line
- Turns on the load side of the standing part; pull along that part
- Tag end
- Outside half hitch away from the load — no outside hitch and it walks back
- Wraps
- Inside tucked turn plus a second load-side turn — that inside tuck is the hitch
- Seating
- Slide to tension, then test a light pull 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.
- 01First turn on the load side tucked under itself, second turn beside it, half hitch outside away from the load
- 02Slide to tension, then test a light pull before you trust it
- 03Outside half hitch away from the load — no outside hitch and it walks back
- 04Inside tucked turn plus a second load-side turn — that inside tuck is the hitch
- 05Turns away from the load, or a missing inside tuck, will not grip
- 06Slides to tension; holds a light pull. Walks? Inside tuck is missing
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 second turn is not tucked in, so the turns slide along the standing part when the loop is loaded
- !The turns are on the side away from the object, so they slide instead of holding
- !The half hitch is missing, so the tail works out of the turns once the load eases
- !The rope is Dyneema, Spectra, polypropylene or three-strand nylon, where it can slide under a steady load
Inside tuck missing
This is a taut-line and walks under working load
Animated Knots: the extra inside tuck is the hold · step 01
Turns on the wrong side of the load
Hitch will not grip
Both first turns must sit on the load side · step 02
Used as a lock-and-leave purchase
Guy walks slack after you walk away
A lock you leave is a trucker's hitch · step 04
Guy walks slack under working load
Check
- ?First turn tucked under itself
- ?Turns on the load side
- ?Outside half hitch present
Then
- →Retie the inside tuck
- →Add a turn
- →Use a trucker's hitch if you must lock and leave
Inside tuck missing
Check
- ?This is a taut-line and walks under working load
- ?Inspect step 01
Then
- →Retie. Do not dress a defective structure and call it seated.
Turns on the wrong side of the load
Check
- ?Hitch will not grip
- ?Inspect step 02
Then
- →Retie. Do not dress a defective structure and call it seated.
Used as a lock-and-leave purchase
Check
- ?Guy walks slack after you walk away
- ?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
An adjustable friction hitch that holds under working tension rather than to rope-break, and the '~45–65%' 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 — Midshipman's Hitch
Animated Knots by Grog
- How to Tie the Midshipman's Hitch
AnimatedKnots
Related knots
Check the finished knot against what correct looks like before you load it.