Design Brief & Intent
The design brief of the Dickerson 32 focused squarely on the desires of the recreational family cruiser rather than the racing enthusiast. William C. "Bill" Dickerson sought to deliver a boat of real value, combining robust, traditional construction with an exceptionally shallow draft that could negotiate the shoal waters of the Chesapeake, Barnegat Bay, and the Florida Keys. In an era when yachting was often viewed as a luxury reserved for the wealthy, the Dickerson 32 was priced to make the cruising lifestyle accessible. Compared to competing models of the era, which were increasingly turning to early, unrefined fiberglass or complex, heavy carvel planking, the strip-planked Dickerson offered a lightweight but incredibly rigid hull structure.
Down below, the interior reflects the honest and functional "Simplissima" design ethic. Eschewing the complex, multi-cabin arrangements of larger vessels, the 32-foot layout focuses on maximizing usable, social space for a small crew. The cabin sides feature warm, exposed Philippine mahogany, while the white oak frames create a quiet, naturally insulated environment that is far more peaceful and quiet than early solid-fiberglass hulls. With a comfortable six feet of headroom, the cabin accommodates four adults via a classic V-berth forward and two settees in the main salon, one of which converts into a double berth and dinette. Complete with a compact galley, an enclosed head, and a hanging locker, the layout prioritizes the cruising essentials needed for extended weeks away from the dock.
Variations & Configurations
While the defining profile of the Dickerson 32 is a masthead ketch, there were notable variations in its underwater profile and construction details over its production run. The standard version features a full keel with a moderate draft of four feet, balancing excellent directional tracking with the ability to navigate shallow channels. However, to meet the needs of those sailing in extremely shoal waters, Dickerson also produced a keel-centerboard configuration. This rare option drew only three feet with the centerboard housed, and five feet when fully deployed, making it highly versatile for cruising thin-water estuaries or pulling right up to sandy shores.
In terms of construction, early models utilized a marine plywood cabin top and deck covered in heavy canvas, a traditional method of the era. Over the production run, the builder shifted to covering the marine plywood decks and cabin tops in fiberglass, drastically improving the boat’s resistance to freshwater leaks and simplifying maintenance for owners. Most hulls were built with 5/4-inch strip-planked Philippine mahogany fastened to stout white oak frames. While the ketch rig remained the dominant configuration—prized for its low center of effort and easily managed, split sail plan—a small number of boats were customized to owner specifications, showcasing the yard's flexibility in its early days.
Sailing Performance & Handling
Under sail, the Dickerson 32 behaves with the predictable, gentle manners of a traditional full-keeled yacht, yet it displays surprising agility for a wooden boat of its generation. With a displacement of 8,000 pounds and a displacement-to-length ratio of 191.91, the boat is moderately light for a traditional wooden cruiser. This moderate displacement, paired with a clean, hard-chined underwater shape, allows the hull to slip through the water with minimal drag, translating to respectable performance in light to moderate air—a necessity for summer sailing on the Chesapeake Bay. The sail area-to-displacement ratio of 17.0 indicates a versatile sail plan that provides sufficient power without overwhelming a short-handed crew.
The ketch rig shines in heavy air; when the wind pipes up, dropping the mainsail and sailing comfortably under "jib and jigger" (mizzen) keeps the boat perfectly balanced, upright, and easy to steer. Helming the Dickerson 32 is a highly tactile experience. The full keel provides excellent directional stability, allowing the boat to hold its course with minimal helm correction, which reduces captain fatigue on long passages. However, this directional tracking comes with a trade-off in tight quarters; like most full-keeled boats, the 32 is slow to turn in reverse and requires careful planning when maneuvering in tight marinas. The ballast-to-displacement ratio of 37.5 percent offers a solid righting moment, ensuring the boat stands up well to its canvas and heels progressively rather than abruptly. While the capsize screening ratio of 2.0 sits right on the boundary of ocean suitability, and the comfort ratio of 20.45 indicates a more lively motion in a heavy seaway compared to heavy-tonnage bluewater voyagers, the boat is exceptionally well-suited for its intended mission of coastal and semi-protected passage-making.
Known Issues & Triage
As a traditional wooden vessel, purchasing or maintaining a Dickerson 32 is an exercise in evaluating structural wood integrity and mechanical fasteners. The primary area requiring triage is the fastener integrity throughout the hull. The original build utilized bronze or galvanized screws to secure the 5/4-inch mahogany strip-planks to the white oak frames. Over many decades, these fasteners can suffer from fatigue or galvanic corrosion, while the surrounding wood can develop localized rot. A comprehensive survey must include pulling a selection of screws along the garboard strake and around the chainplates to inspect their condition. Additionally, the keelson and keel bolts require close examination; owners must inspect the security of the keel bolt nuts inside the bilge, looking for signs of weeping or rust that indicate failing bolts.
The marine plywood decks and cabin tops—whether originally finished in canvas or later sheathed in fiberglass—are common sources of freshwater leaks. Water entry around stanchion bases, cleat backings, and the wooden toerail can lead to severe rot in the plywood sub-deck. In the bilges, "drying out" is a significant threat if the boat has been stored on land for extended periods. When a strip-planked hull dries out, the planks shrink, breaking the cotton and compound caulk seals. Upon relaunching, the hull may leak persistently until the mahogany swells. Triage for dried hulls involves carefully tracking persistent leaks, cleaning the seams, and utilizing modern penetrative epoxy sealers and flexible polysulfide caulking to re-establish a watertight barrier without locking moisture into the wood.
Modernization & Upgrades
Many surviving Dickerson 32s have undergone significant modernization to ease the burdens of wooden boat ownership. The most critical upgrade is often found in the engine compartment. The original 25-horsepower Universal Utility Four gasoline engine is now largely obsolete, with parts becoming increasingly difficult to source. Veteran owners have successfully repowered their boats with modern, lightweight three-cylinder diesel engines, such as those from Beta Marine, Yanmar, or Westerbeke, which fit well within the existing engine beds and offer superior reliability and fuel economy. Due to the boat's relatively light displacement, electric propulsion has also emerged as a viable modernization path for those who primarily day-sail or cruise locally, utilizing a quiet electric motor paired with lithium iron phosphate (LiFePO4) battery banks.
Another common upgrade involves rebuilding the steering gear. The original rudders, often built from solid timber or plywood, are prone to moisture intrusion and splitting. Owners frequently construct new rudders utilizing marine-grade mahogany plywood laminated with modern epoxy and sheathed in fiberglass cloth for maximum durability. On deck, replacing the old canvas or failing early fiberglass on the cabin top with a modern, vacuum-bagged epoxy fiberglass skin is highly recommended to permanently resolve deck leaks and prevent structural rot in the cabin house. Finally, replacing aged AC/DC wiring harnesses and installing modern marine batteries secures the vessel's electrical systems for contemporary cruising demands.
Market Snapshot & Economics
On the brokerage market, the Dickerson 32 occupies a highly specialized, value-driven niche. Because it is a traditional wooden sailboat in an era dominated by mass-produced fiberglass hulls, it does not command a premium in terms of raw dollar value, but rather trades as an affordable entry point for traditionalist sailors. While a well-maintained, structurally sound specimen can be acquired for relatively modest initial capital, the true cost of ownership is found in ongoing maintenance. Prospective buyers must understand that the economics of a major structural refit—such as re-framing, complete re-fastening, or deck replacement—will quickly outstrip the market value of the boat. Consequently, these vessels are best suited for handy, DIY-inclined owners who view the preservation of classic American maritime heritage as a labor of love rather than a financial investment.
The Verdict
The Dickerson 32 ketch is a soulful, visually arresting, and deeply historic cruiser that appeals to the traditionalist sailor who values craftsmanship and character over low-maintenance convenience. While it demands vigilant maintenance and a keen eye for wooden boat preservation, it rewards its crew with an incredibly gentle motion, excellent shallow-water capability, and a cozy, warm interior that fiberglass simply cannot replicate. For navigating bays, sounds, and coastal waterways, this classic Chesapeake design remains a timeless testament to the "Simplissima" ethos.
Pros
- Beautiful, classic aesthetic that stands out in any harbor
- Shallow draft ideal for exploring thin waters, especially in centerboard configurations
- Predictable and gentle handling characteristics with exceptional directional tracking
- Easily managed ketch rig provides versatile sail plans for changing weather conditions
- Highly active and supportive owner community through the Dickerson Owners Association
- Quiet, well-insulated, and character-rich wood interior
Cons
- High maintenance overhead inherent to traditional wooden hull and deck construction
- Susceptible to structural rot, fastener fatigue, and seam leaks if neglected
- Sluggish and difficult maneuverability in tight quarters when backing under power
- Original gasoline engines are obsolete and require complex repowering
- Limited headroom and interior volume compared to modern 32-foot fiberglass cruisers
- Low resale value relative to the cost of major structural refits
