KnotWorks
The Journal
How to Tie a Bowline (And Why It's the First Knot Everyone Learns)
The bowline forms a fixed loop that won't slip under load yet unties easily afterward. Here's the step-by-step, the classic mnemonic, and where the bowline falls short.
3-Strand vs Double-Braid: Choosing the Right Rope for the Job
Twisted (3-strand) and double-braid rope behave differently under load, splice differently, and suit different jobs. Here's how to tell them apart and pick the right one.
How to Splice a 3-Strand Eye Splice, Step by Step
An eye splice keeps far more of a rope's strength than a knot does. Here's the tuck-by-tuck process for a 3-strand splice, the tools you need, and how many tucks is enough.
Whipping a Rope End: Common Whipping vs Sailmaker's Whipping
Whipping binds a rope end with twine so it can't fray or unlay. Here's how the common (plain) whipping and the more durable sailmaker's whipping differ, and when to use each.
The Cobra Weave: Tying Your First Paracord Bracelet
The Cobra (Solomon bar) weave is the fastest way into paracord crafting. Here's what 550 cord actually is, the weave step by step, and how to size and finish a bracelet cleanly.
Sailing Knots Every Beginner Should Know: Cleat Hitch, Bowline, and Clove Hitch
A handful of trusted knots does most of the work on any boat. Here's how to tie a cleat hitch, a bowline for a sheet, a clove hitch, and three more that round out a practical dock and rigging toolkit — plus why sailors lean on so few knots.
Why Climbing and Rescue Rope Systems Play by Completely Different Rules
General educational background only, not an instructional guide. Why climbing and rope-rescue systems are engineered, certified, and taught the way they are — and why the general craft knowledge on this site stops well short of that line.
What Working Load Limit Actually Means (and What It Doesn't)
Working load limit is one division problem, not a certification. Here's exactly what goes into the number the Working Load Limit Guide produces, and the long list of real-world factors it can't account for.
Why Every Knot Weakens a Rope (And Where It Actually Fails)
No knot leaves a rope as strong as a straight run of the same rope. Here's the mechanism behind that loss, why some knots cost more strength than others, and how to spot the weak point in any knot you tie.
Shock Loading and Why Static Numbers Mislead
A working load limit is built on a load applied gently. A sudden jerk, a fall, or a load coming taut abruptly can generate forces far beyond that, and no calculator on this site accounts for it. Here's why shock loading is the single most under-appreciated risk in amateur ropework.
Splices vs. Knots: The Strength Case for Learning to Splice
A splice keeps meaningfully more of a rope's strength than a knot does, for a specific, physical reason. Here's the actual strength comparison, a worked example, and when the extra time a splice takes is genuinely worth it.
Choosing the Right Knot for the Job
General craft and utility rope-work only — camping, sailing, fishing, and decorative knotting, not climbing or rescue. Here's a practical framework for matching a knot's real properties to what a job actually needs.