Pre-Session Rigging Checklist

Standing rigging holds the mast up. If it fails, the mast comes down - so these checks are not optional. Standing rigging is "standing" because it does not move during sailing; it is fixed in place and under constant load.

Shrouds: The wires (or rods) running from the mast to the sides of the hull. Check for broken strands (often called "meat hooks" because they catch skin), corrosion at swage fittings, and correct tension. Shrouds should be firm but not guitar-string tight when the mast is upright.

Forestay: Runs from the masthead (or hounds) to the bow. Supports the mast forward and carries the jib. Check the same failure points as shrouds. On a dinghy, the forestay often doubles as the jib halyard wire.

Spreaders: The horizontal struts that push the shrouds outward from the mast, improving the angle of support. Check that spreader tips are not cracked, that the boots (rubber tips) are intact, and that the spreader has not rotated out of alignment.

Mast Step & Heel: Where the mast base sits in or on the hull. Check for cracking around the mast step, ensure the mast foot is properly located (not sitting on top of the step), and that any mast pin or retaining mechanism is engaged.

Chainplates: The metal plates on the hull where shrouds attach. Check for cracks, corrosion, and loose fastenings. A chainplate pulling out of the hull is a catastrophic failure.

Running rigging is everything that moves - halyards, sheets, and control lines. Because these lines run through blocks, cleats, and fairleads under load, they wear much faster than standing rigging and need regular inspection.

Halyards: These hoist the sails. Check for chafe where the halyard exits the mast or runs over a sheave. Look for fraying, especially at the shackle attachment point. A halyard that fails drops the sail - instantly de-powering the boat and potentially trapping crew under sailcloth.

Sheets: Main sheet and jib sheets are the primary sail controls. Check for fraying at high-wear points (where sheets run through blocks), and ensure stopper knots (figure-of-eight) are tied at the ends to prevent the sheet running out through the block.

Kicker (Vang): Controls the boom angle and leech tension. Check the cascade system for twisted lines, and ensure the attachment fitting at the boom and mast is secure. A failed kicker lets the boom rise, spilling power uncontrollably.

Outhaul: Tensions the foot of the mainsail along the boom. Check the line runs freely and the cleat holds under load. A slipping outhaul creates a baggy, overpowered sail in strong winds.

Cunningham: Tensions the luff of the mainsail, pulling the draft forward. Check the purchase system and that the cringle (grommet) in the sail is not tearing. This control is essential for de-powering in heavy air.

The rudder and centreboard (or daggerboard) are the boat's underwater control surfaces. Without them, the boat cannot steer or resist sideways drift. These components take a beating from groundings, launching, and general use.

Rudder Blade: Check for chips, cracks, and delamination (layers separating). A damaged leading edge increases drag significantly. Ensure the blade pivots freely if it is a kick-up type - a jammed rudder blade is a hazard in shallow water.

Tiller & Tiller Extension: The tiller connects to the rudder head. Check it is not cracked (especially common in wooden tillers) and that the universal joint on the extension moves freely in all directions. A snapped tiller mid-session means loss of steerage.

Centreboard / Daggerboard: Check for cracks, chips, and that it moves freely in the case. A jammed centreboard cannot be raised in shallow water (grounding risk) or lowered when needed (excessive leeway). Sand or grit in the case is a common cause of jamming.

Pintles & Gudgeons: These are the hinge fittings that attach the rudder to the transom. Pintles are the pins (on the rudder); gudgeons are the sockets (on the transom). Check for corrosion, wear, and that retaining clips or split pins are in place. If a pintle falls out of a gudgeon, the rudder detaches completely.

Sails are the engine of the boat. A torn, stretched, or poorly set sail dramatically reduces performance and can create safety issues in strong winds. A quick pre-session inspection prevents mid-session problems.

Luff Tape & Bolt Rope: The reinforced edge that feeds into the mast groove or luff track. Check for tears, separation from the sail fabric, and that it feeds smoothly. A luff tape that jams halfway up the mast means you cannot fully hoist - and cannot fully lower in an emergency.

Battens: Stiffening strips that support the leech (trailing edge) of the sail. Check that all battens are present and correctly inserted. Missing battens cause the leech to flutter, reducing power and accelerating wear. On club boats, battens frequently go missing.

Telltales: Small wool or ribbon indicators on both sides of the sail. Check they are present and not stuck down with salt or mildew. Telltales are the primary feedback mechanism for sail trim - without them, sailors are guessing.

General Condition: Look for tears (especially at stress points like the clew, tack, and head), UV damage (discolouration and brittleness on the leech where the sail sits when furled), and mildew (dark spots, musty smell - common on sails stored damp).

Safety equipment is your last line of defence. Every item must be present, in good condition, and correctly fitted before launching. The time to discover a missing bailer is not when the boat is half-full of water.

Buoyancy Aid (PFD): Every person on the water must wear a correctly fitted buoyancy aid. Check that all buckles and zips work, that the foam is not compressed or waterlogged, and that it fits snugly - it should not ride up over the wearer's head when pulled from the shoulders. Minimum buoyancy: 50N for dinghy sailing (EN ISO 12402-5).

Whistle: Attached to the buoyancy aid. Used to attract attention if separated from the boat. Check it is present and produces a loud, clear sound. A whistle can be heard much further than a human voice, especially into wind.

Paddle: Essential for returning to shore if the wind dies or rigging fails. Check it is secured to the boat (not loose in the cockpit where it can float away on capsize) and that the blade is not cracked.

Bailer & Bung: The bailer removes water from the cockpit. The bung (drain plug) prevents water entering through the transom drain hole. Check the bailer is present and the bung is fitted and tight. A missing bung on a modern self-draining dinghy will flood the boat rapidly when stationary.

Painter (Bow Line): A line attached to the bow for towing and tying up. Check it is long enough (at least 2 m), not frayed, and has no knots that could jam. The painter is also used in capsize situations to keep hold of the boat.

Kill Cord (Powerboats/Safety Boats): Attaches to the helm's leg or PFD and kills the engine if the driver is thrown clear. Check it is present, functional, and worn. An unworn kill cord is useless - it must be clipped on before starting the engine.