Blog
The Science Behind the Knox Anchor: Professor John H. Knox’s Research and Legacy
Knox Anchors were not created through marketing trends or copied designs. Discover the scientific testing, empirical research, and engineering philosophy...
Practical Anchoring Techniques with a Knox Anchor
Anchoring safely in changing weather requires more than experience alone. This guide explains how to properly set and reset a...
Choosing the Right Anchor Accessories: Swivels, Shackles and Snubbers Explained
A modern anchor system is only as strong as its weakest connection. Learn how swivels, shackles, and snubbers improve safety,...
Why High‑Tensile Steel Makes a Better Boat Anchor
Modern anchor performance depends on more than shape alone. Learn how high tensile steel, galvanization standards, and advanced manufacturing techniques...
Anchor Behaviour Over Peak Numbers: Why Predictable Performance Matters
Understand the dynamic factors behind secure anchoring, from seabed composition to shifting tides. This guide explores the engineering of predictable...
Anchor Load and Sizing: Beyond Boat Weight
Choosing the right anchor size requires balancing practical handling with the wind force exerted on your boat rather than its...
Knox vs. The Rest: Anchor Design Comparison
While traditional models often struggled with clogging and shifting winds, the Knox Anchor uses patented split-fluke geometry to ensure rapid...
How Split-Fluke Designed Anchor Works
Modern cruising requires confidence at anchor, yet traditional designs often fail by clogging with weed or dragging during wind shifts....