Tag Archives: rudder

Flying Dutchman in need of repair

Flying Dutchman Repair

By Bill Bauer

On July 15th, 2006, a friend and I took my 1958 Flying Dutchman out for a sail in the Saginaw River. This was only the third time the boat had sailed in 30 years and the first hard sailing since my six-year-long restoration. We set both sails and made several runs in front of the Saginaw Bay Yacht Club before we hit something, maybe an old piling or maybe the freighter rudder that went missing the previous fall. Continue reading

The plywood sharpie is Captain JR Watson's latest boat. Here he is with a plywood dinghy at age 12.

Building a Plywood Sharpie – Phase II

Designing & Building the Rudder and Motor Bracket

by Captain James R. Watson

Above: The plywood sharpie is the latest in a long line of boats that Captain James R. Watson has built over his lifetime. Here he is at age 12 with a plywood dinghy he built himself.

Building the rudder

The sharpie’s main reason for existence for over a hundred years is its fine operation in shallow water. However, the conventional sharpie rudder is notorious for causing squirrelly steering, often becoming totally ineffective when the craft heels more than 20°. Most sharpie sailors simply accept the handling aggravations of the conventional rudder in trade for its wonderful steering ability in the shallows. I decided to resolve the traditional faults in steering by installing a special rudder and steering system that has evolved and is used on some contemporary boats. This system will yield maximum control over a wide range of wind and sea conditions while retaining the sharpie’s shallow water virtues. Continue reading

Creating durable edges for centerboards and rudders

Durable Edges for Centerboards & Flip Up Rudders

by Jim Derck

Why do centerboards and rudders need durable edges? 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