Plans & Kits

Minimum size ocean voyager

This gozzo is a modern version of a traditional Italian small fishing boat: built as an open boat and without having performance as a priority in mind, it is easy to row, seaworthy and pleasant to use

10′ x 3′8″ Double Ender Dinghy.Designed for paddling, rowing or sailing and for construction in laminated wood or fiberglass.Able to carry on car top as canoe or on boat deck as yacht tender.Seats three and has two rowing stations.Uses two removable leeboards and rudder-tiller combination for sai

An open boat that rows with ease and swiftness and is stiff enough under sail to stand up to a breeze.

Construction: Carvel planked over steamed frames

Alternative construction: Lapstrake or strip

No lofting is required

Plans include 6 sheets

Originally designed for WoodenBoat Magazine’s Design Competition II, Puget Sound Cruiser is an efficient, rugged, comfortable cruiser that can sleep two comfortably, or four in a pinch.

The design of the Fisherman 23′ came from the request of a customer to build a sport fishing boat, fast, trailerable and also comfortable for family trips.
It’s a boat of modern design that is inspired by the American fisherman, with forms less pronounced.

The Sponge Docks Skiffs are designed for first-time builders, due to their simple stitch and glue assembly, yet on the water these good looking boats are versatile, stable and dry.The SDS19 is the latest in the series, and includes:

• Removable sole panels simplify construction.

Here is a fine little working type punt that feels at home in the marshlands, as well as the open bay waters.She is 14′-9″ long and was designed around a working load, with a draft of about 3″.

Wooden rowing shells are rare in the age of carbon fiber, but if you’re not trying to win the Charles they’re a joy to row and a great way to exercise. Simon’s design comes from the 1920s, and his digital plans bring a modern eye to a classic design.

The TRICKY FIVE has been conceived for a precise scope: to realize a boat, which in relation to its size would maximize the ratio between speed and cost. This means that for a determined cost for materials and hours of construction required, it would be the fastest possible.