To prep our 30-year-old Allied Seabreeze 35 for a paint job, we had to remove the window frames. These frames were cast aluminum and original equipment. The outer frames were thicker and had not been broken. However, once we began to remove the inner frames, it was obvious that they had been removed for previous paint jobs. The aluminum castings had been broken and repaired by simply gluing them back together with an unidentifiable filled adhesive. Continue reading →
Keeping your boat dry for livability and longevity
By Joe Parker
You decide to head down to your boat to take advantage of a beautiful Saturday afternoon in late August. You haven’t had a chance to use your boat in about three or four weeks, and you are really looking forward to catching up with your friends at the harbor. Continue reading →
Cover Photo: ADAGIO was racing with fast company in the 1996 Port Huron to Mackinac Race.
It was after eight months of building that we originally launched Adagio, our 35-foot cruising trimaran. It was on July 6, 1970, and she was then a unique boat in three respects.
First, she was the first large wooden boat entirely bonded together with epoxy using no permanent fastenings. While this is common today, it was revolutionary stuff back when adhesives for wooden boatbuilding (including epoxies) were looked upon as a backup to traditional wood fasteners like nails, screws and bolts. Continue reading →
One of the original experimental components of Adagio was the rotating wing mast. In 1970, a plywood mast (a fore runner to our 050 mast design) was stepped on Adagio.
The rotated airfoil-shaped wing mast makes a smooth transition from mast to sail on the leeward side. This provides cleaner airflow around the mast. The benefit is better attached airflow, thus less drag and more power driving the boat. Continue reading →
As winter wore on, I ran out of things to do. There was no snow for skiing and no ice for ice boating. I figured it was a good time to make something fancy for the new catamaran. I reckoned that fairing the compasses that stuck up out of the deck would reduce windage and make everything look cleaner. I decided to make carbon fiber compass hoods with a clear finish inside and out. This was a good application for the matched mold technique of composite construction.
This is a project which will give your stainless steel helm’s wheel a beautiful wooden look, a softer and sturdier feel. Mine looks great and, with a new teak cockpit table, really improves the look of the helm station. It is done by wrapping the wheel with pieces of teak that have been hollowed out and rounded over, then epoxied together. The end product feels heavier than the stainless steel wheel, is about ½“ greater in diameter, and is beautiful. Continue reading →
When centerboards and flip up rudders drag across the bottom, the first fiberglass to abrade away is usually the leading edge at the bottom. This exposes the end grain of the wood, allowing water to be absorbed the length of the centerboard or rudder. The wood then expands, cracking the fiberglass along the leading edge and causing more problems. When it is time to repair the tip, it usually takes a long time to dry the wood for an effective repair. Continue reading →