Stickier Sail Tape with 3M Primer
Self-adhesive hardware-store hooks don’t stick well to bare fiberglass. Just last week we had one wash into the bilge-pump strainer on our test boat....
3D Printing for Boat Projects: A Beginner’s Guide
In the old Star Trek TV series Captain Kirk would press a button on a machine called a replicator and request banana cream pie,...
Summer Cradle Care
With most of our boats now in the drink and our sailing season in full swing, our minds do not often turn to fall...
Simple Tips on Servicing Your Sailboat Winches
This week we're moving onto hardware, winches in particular. If you haven't serviced your winches in a couple years, or you notice squeaks, groans or slips as you grind, it is high time to tackle this project. We like to inspect our jib-sheet winches every year, but we sail our boats hard and they are exposed to some pretty harsh freeze and thaw cycles. Fortunately, winch servicing is a pretty easy, and for the wanna-be watchmaker who marvels at moving parts, it's fun—until you start dropping parts overboard. Thus, our first bit of advice: make sure you have the right winch servicing kit, including pawls and springs, before you start pulling your winches apart.
Install a Standalone Sounder Without Drilling
Are you one of those sailors who believes there are too many holes in the hull of your boat? Have you ever wondered if...
DIY Tiller Lock and Emergency Tiller Pilot
Whether you own a Raymarine Tiller Pilot (ST1000 or ST2000) or the Simrad Tillerpilot (TP10, TP22 or TP32), the day may come when this...
Installing a Solid Wood Cabin Sole
During the 1970s and early 80s frenzy of fiberglass production boat building, many cabin soles were pretty basic—a textured fiberglass pan or bare plywood....
DIY Soundproofing for the Engine Compartment
As sailors, once we’ve cleared the outer markers of our club, marina or harbor, we look forward to raising our sails and we enjoy...
Fair Through Hull Fittings: Essential to a Smooth Bottom
In light air, a major portion of the total resistance of a sailboat derives from skin friction. To oversimplify, the smoother the boat's "skin" — the submerged part of the vessel — the less power is required to drive it to a given speed. Put another way, given two boats identical in every way, including sail area, the boat with the smoother bottom will be slightly faster than a boat with a rough bottom in light air. Most racing sailors have learned the value of a smooth bottom. Ironically, cruising sailors can benefit at least as much from the creation of a low-resistance bottom as racing sailors, although you rarely see a cruising or daysailing boat with a bottom to match that of a good racing boat.
How to Replace Moldy Fabric with Wood Strips
Many of the fiberglass boats manufactured in the 70s and 80s, sail or power, were built on production assembly lines where speed and expense...
















































