How to Tie the Barrel Hitch (4-Legged)

Usage

The barrel hitch (4-legged) is what you use when you need to lift an upright, open-topped container — a barrel, drum, bucket, or pot — without spilling what's inside. An opened-out overhand knot is laid flat, the container is set on top of it, and drawing the ends up gathers four legs around the object's body. It's built from an ordinary overhand knot: take the barrel away and, as one source puts it, "the structure is exactly the same as a standard Overhand knot" — the grip comes from the object's shape, not from any locking tuck.

Why Learn the Barrel Hitch (4-Legged)?

There's a simpler two-leg version of this hitch — the barrel hitch (2-legged) — and it's faster to tie and uses less rope. The 4-legged version exists because a single loop wasn't always enough: Ashley's own notes on the family rank the four-leg form as more secure than the single-loop version, and a BSA Pioneering pamphlet independently backs that up, noting that a second loop helps stabilize the load in the upright position. The tradeoff is real — it takes longer to tie and eats more cordage — but if you're lifting something taller, top-heavy, or a little slick, the extra loop earns its keep.

Common Uses

Boating and Marine

• Hoisting cargo aboard ship — casks of water, oil, and provisions, the job this hitch was originally built for.
• Lifting an open or liquid-filled barrel upright without spilling its contents.

Utility and Rigging

• Lifting drums or 55-gallon barrels vertically, where the second loop's extra stability is worth having.
• A DIY analogue of a professional 4-leg bridle sling for cylindrical loads — useful for a one-off lift, but not a substitute for rated rigging hardware on an actual crane job.

Household and Craft

• Decorative plant and flower-pot hangers — by far the most common modern use of this knot, with a thriving life as a one-knot macrame-style hanger.
• Carrying a water bottle, tumbler, or jug by its body rather than its neck. If the container has a defined neck or rim to grip instead, the Jar/Bottle Sling Hitch is the more purpose-built choice.

Other Names 4-Legged Barrel Sling Barrel Sling Carrier Knot Bucket Hitch Category Hitch / Sling Hoisting Boating / Marine Utility (Everyday Life)

Notable Features

• Even Weight Distribution: Four legs share the load around the object instead of two, which keeps it balanced as it lifts.
• Self-Tightening: The sling grips harder the more weight is put on it — one builder describes pulling on a test rig and watching "the actual knots tightening around my pretend barrel... that is not coming undone."
• Works Loaded or Empty: It's one of the few slings that lets you move an open, partly-full, or liquid-filled container without spilling it, as long as the rope sits above the object's center of gravity.

Similar Knots

Barrel Hitch (2-Legged) vs. Barrel Hitch (4-Legged)

• Advantage (4-Legged): More stable and, per Ashley's own notes on the family, more secure — the extra loop helps keep a taller or top-heavy load from tilting.
• Disadvantage (4-Legged): More intricate to tie and uses more cordage than the 2-legged version.

Jar/Bottle Sling Hitch vs. Barrel Hitch (4-Legged)

• Advantage (Jar/Bottle Sling): Purpose-built to grip a narrow neck or rim — more compact on a jug or bottle.
• Disadvantage (Jar/Bottle Sling): No good on a wide-mouthed bucket, pot, or barrel with no neck to catch on — that's the barrel hitch's job.

Security Level

On the right object, dressed correctly, this hitch holds well: it self-tightens under load, and Ashley ranks the four-leg form as more secure than its two-leg sibling. But that security is conditional, not automatic. It depends on two things going right — the object having a bilged or tapered profile for the loops to seat against, and the legs being dressed even and well separated — and it depends on lifting smoothly. Because this hitch shows up in hoisting and light-rigging use, it's worth being blunt: there is no published breaking-strength or knot-efficiency data for it in any test literature. It isn't a life-safety knot, and it shouldn't be treated as one — capacity here is governed entirely by your rope's working load limit and the rigging geometry, not by any rating this knot carries.

Downsides

• Fails on Straight-Sided Objects: This is the one to know before you rely on it. The grip depends on a shoulder — a taper or bulge in the object — for the loops to seat above. Try it on a straight cylinder (a Bluetooth speaker, a smooth tumbler, a flat disc) and there's nothing to catch on: the sling migrates toward the center of gravity and works loose or slips off. It isn't a knot failure — it's the wrong object for the geometry.
• More Rope, More Time: It uses noticeably more cordage than the 2-legged version, and the extra loop and dressing step make it slower to tie.
• Not for Life-Safety Loads: No breaking-strength or efficiency testing exists for this knot. It belongs in the cargo-and-craft category, not on a climbing or rescue line.
• Not a Sideways-Barrel Sling: A closed barrel laid on its side needs a different knot entirely (built on a cow hitch) — this one is for an upright, open-topped container.

Structure

Start with an ordinary overhand knot and open it out flat instead of drawing it tight. Spread that way, its two lobes become a pair of loops — a Marline-hitch-style wrap on each side of the object once it's seated inside. Because the object sits inside the opened knot rather than the knot cinching onto anything, all of the real holding power ends up at the single point where the four legs gather and get tied off — usually with a bowline or a sheet bend. That closing knot, not the cradle around the barrel, is the strength-limiting part of the whole rig — use a knot you trust there, not a casual overhand or reef knot.

History

The barrel hitch family goes back to age-of-sail stevedore work — hoisting casks of water, oil, and provisions aboard ship, back when casks were, in Ashley's words, practically all of a ship's stores. Ashley documented the family in his Book of Knots in 1944 without ever giving either the two-leg or four-leg method a proper name — the "barrel hitch" label came later, from web knot references. An earlier hand, Frederick Jutsum, described the same open-cask sling method decades before that in his own manual, Knots, Bends and Splices. Decades after Ashley, a Boy Scouts of America Pioneering pamphlet independently arrived at the same idea — that a second loop helps stabilize the barrel — for its own teaching purposes. Today the four-leg form's best-known job isn't cargo at all: it's a plant hanger, popularized on video after a viewer of a simpler two-leg tutorial asked what to do if you wanted more legs.

How to Tie the Barrel Hitch (4-Legged)

This method builds the sling from one continuous loop of rope, which is the clearest way to see how the four legs form.

Step 1

Take one continuous length of cordage and join both ends with a strong closing knot — a fisherman's bend works well — to form one complete loop.

Step 2

Hold the closing knot in one hand and stretch the loop out to find the center point on the opposite side.

Step 3

Put a single deliberate twist in that opposite side, so the two cords cross. Don't skip this — it's the single most common point where beginners lose the shape of the knot.

Step 4

Bring the barrel or container up into the loop and measure so the crossing point sits just below the top edge of the container.

Step 5

Take the side of the loop nearer the closing knot, pass it over the top of the container, and down through the loop at the crossing point — keep both strands flat and parallel, with no extra twists.

Step 6

Separate the two ends and pass them over the top of the object.

Step 7

Pull up gradually until the four-legged sling comes into shape.

Step 8

Reposition the cords so the four legs sit evenly spaced and the crossing point is centered — check the bottom to confirm it's sitting square before you trust it with weight.

If that crossing-point twist in Step 3 isn't clicking from text alone, the Knot IQ app has this knot in full 3D — you can rotate it and slow the animation down to see exactly where that twist goes, which is the step most beginners say made it finally click. A length of 750 lb bushcraft paracord (about 8 ft (2.4 m) for a small container) is enough rope to practice the full build.

FAQ

Is the barrel hitch (4-legged) really documented in the Ashley Book of Knots?

Yes. Ashley documents the structural family, though he never gave either the two-leg or four-leg method a proper name — the modern "barrel hitch" label was applied later by web references.

Is the 4-legged version actually more secure than the 2-legged version?

Ashley states so directly, and a BSA Pioneering pamphlet independently backs the same reasoning: a second loop helps stabilize the load. The tradeoff is that the 4-legged version is more intricate to tie and uses more rope — see the 2-legged-vs-4-legged comparison above.

Why does the barrel sling slip off my speaker or bottle but hold a real barrel fine?

The knot's grip depends on the object's natural bilge or taper to seat the loops above. A straight-sided cylinder gives the loops nothing to catch on, so the rope migrates toward the center of gravity and works loose.

Important Notes on Safety

Never stand directly under a load being lifted with this hitch, in case it slips or its contents spill. Lift and lower smoothly — a strong jerking motion is a documented, independently reported cause of the load dislodging and dropping. If you're rigging this as a 4-leg bridle at any real scale, keep the angle between diagonally opposite legs at or under 90° (never past 120°), keep all four legs equal length, and position the hook or hoist point directly over the load's center of gravity. And treat this knot for what it is: a cargo and utility sling with no published strength rating, not a life-safety knot — it has no place on a climbing, rescue, or rope-access line.