Design Brief & Intent
The primary mission of the Ticon 30 was to deliver an unprecedented amount of interior volume and living comfort within a nominal 30-foot footprint. Rather than matching the sleek, low-profile performance aesthetics of contemporary 1980s racer-cruisers, Herreshoff penned a "beefy" hull characterized by a generous 11-foot beam and relatively high topsides. This design philosophy maximizes usable cabin space, making the boat feel significantly larger than its competitors, such as the C&C 30 or Catalina 30.
The interior layout is remarkably open and intelligently utilizes the vessel’s substantial beam. To port lies a comprehensive, U-shaped galley. To starboard, a dedicated navigation station and chart table are flanked by an exceptionally wide quarterberth capable of sleeping two adults. In the main salon, a single berth sits to starboard while a pull-out double berth dominates the port side. A heavy, solid wood dining table folds down from the main bulkhead, preserving valuable floor space when stowed.
The forward section features a private V-berth, a hanging locker, and a marine head with a standard shower and pressurized hot and cold water. A clever dual-purpose bifold door can close off either the head or the forward cabin, allowing for highly flexible privacy options. The overall fit-out represents solid Canadian craftsmanship, featuring warm marine-pile fabric headliners, comfortable four-inch foam upholstery, and a traditional solid teak and holly sole that lends the cabin a warm, shipshape feel.
Variations & Configurations
Throughout its production run, the Ticon 30 was configured primarily as a fractional sloop. The fractional rig utilizes a taller mast with a shorter foretriangle, resulting in a large mainsail and smaller, easily managed headsails. This configuration simplifies handling and tacking, making the boat exceptionally easy to manage for short-handed crews.
Under the water, the Ticon 30 was offered in two distinct draft configurations to suit different sailing regions:
- Deep Fin Keel: The standard deep-draft option features a high-aspect fin keel drawing 4.92 feet, optimizing lift and tracking for general coastal cruising.
- Shoal Draft: A shallow-draft keel drawing roughly 3.92 feet was also produced, allowing the boat to navigate shallow coastal waters, bays, and thin inland lakes at the expense of absolute pointing ability.
Both configurations rely on a massive, 4,250-pound lead ballast casting encapsulated within the keel. Coupled with a total displacement of 9,600 pounds, the Ticon 30 boasts an uncommonly high ballast-to-displacement ratio of 44.27%. Mechanically, the boat was standard-equipped with an 11-horsepower Universal-Atomic diesel or gasoline engine. This power plant proved minimally adequate in flat water but left the heavy displacement hull notably underpowered when fighting strong headwinds and steep chop.
Sailing Performance & Handling
At the helm, the physical implications of the Ticon 30's design ratios become immediately apparent. With a relatively low sail area-to-displacement ratio of 15.37, the boat can feel somewhat sluggish in light airs under 10 knots, requiring the crew to carry a large genoa or fly a cruising spinnaker to maintain momentum. However, once the wind rises above 15 knots, the boat's heavy displacement and exceptional 44.27% ballast ratio shine 3.
In a heavy breeze, the Ticon 30 is remarkably stiff and stable, carrying a full press of canvas long after lighter cruiser-racers are forced to reef. It tracks straight with minimal weather helm, and its heavy displacement-to-length ratio of 243.84 ensures it punches through steep, short-frequency chops—such as those found on Lake Ontario—without losing headway. A motion comfort ratio of 22.39 provides a highly predictable, gentle motion in a seaway, sparing the crew from the quick, tiring roll motions of modern, flat-bottomed designs.
Conversely, the capsize screening formula of 2.07 indicates a wide, high-volume hull form with a relatively high center of gravity when compared to dedicated bluewater passagemakers. While highly stable and safe in coastal environments, the boat does not possess the ultimate self-righting margins required for ocean-crossing safety standards. It remains, by design, an outstanding and robust coastal cruiser.
Known Issues & Triage
Prospective buyers must distinguish between early Oakville-built models and the later, more refined hulls built under the Kelt Marine agreement. Early production models suffered from a lack of quality control in hidden spaces. Most notably, the water and holding tanks in these hulls were often left loose under the berths without straps or fiberglass tabs to secure them. Retrofitting robust tie-downs to secure these tanks is a critical, first-line safety triage item for any early model.
The deck of the Ticon 30 is constructed with a balsa wood core. Like all balsa-cored decks of this era, moisture intrusion is a common threat. The deck hardware—including stanchion bases, cleats, the companionway frame, and the mast collar—must be carefully checked with a moisture meter and a sounding hammer. Any soft spots or elevated moisture readings will require localized recoring, re-bedding of hardware, and epoxy sealing to prevent structural delamination.
While the hull laminate itself is robust, the spade rudder and steering quadrant are prone to age-related wear. Owners should inspect the rudder post sleeve for play and ensure the steering cables and sheaves are free of corrosion. Additionally, the original fuel capacity of 18 gallons and water capacity of 30 gallons are modest, limiting the boat's range for extended cruising unless additional bladder tanks are retrofitted.
Modernization & Upgrades
Many veteran owners have targeted the boat's primary mechanical weakness by upgrading the factory-installed 11-horsepower engine. Replacing the original underpowered power plant with a modern 18 to 25 horsepower diesel (such as a Beta Marine 20 or Yanmar 3YM20) transforms the boat's handling, providing the necessary thrust to safely punch through currents and heavy head seas.
The electrical system is another frequent candidate for modernization. The engine compartment, accessible by removing the insulated bulkheads in the quarterberth, offers generous physical space to design a modern battery bank. Many owners convert the original lead-acid system to Lithium Iron Phosphate (LiFePO4) batteries, supported by smart chargers, high-output alternators, and thin-film solar arrays mounted to bimini frames.
To improve cabin ventilation and resolve age-related leaks, owners often replace the original fixed plexiglass saloon windows with opening aluminum portlights. Retrofitting units with high-quality Atkins & Hoyle portlights (which Ticon offered as an option later in production) drastically improves airflow and eliminates the recurrent leaks associated with drying window sealant.
Market Snapshot & Economics
On the brokerage market, the Ticon 30 represents a high-value, lower-cost alternative to more common cruisers like the Catalina 30 or Hunter 31. Because only 35 units were manufactured under the Ticon nameplate, they are relatively scarce and typically concentrated around the Great Lakes and Eastern Canada. They generally command a modest price, offering an exceptional amount of displacement and interior volume per dollar.
However, buyers must approach the Ticon 30 with realistic refit economics. A complete professional engine repower or a major deck recoring project can easily exceed the overall market value of the vessel. The most economically sensible strategy is to seek out hulls that have already been systematically upgraded by their previous owners. Buying a boat that already features a repowered diesel, updated sails, or dry deck cores allows a buyer to acquire a highly capable, heavy-duty cruiser at a fraction of the cost of undertaking those refits themselves.
The Verdict
The Ticon 30 is a sturdily built, remarkably spacious coastal cruiser that punches far above its weight class in terms of interior accommodation and heavy-weather stability. Designed by Halsey Herreshoff, it combines a highly stable, heavy-ballasted hull with an open-concept living space that makes it an ideal choice for couples or families seeking a comfortable pocket cruiser for the Great Lakes, coastal bays, or inland waterways. While it is not a light-wind racer or an offshore voyager, its robust construction and predictable manners make it a reassuring companion when the weather turns foul.
Pros
- Exceptionally spacious cabin with an 11-foot beam, offering headroom and live-aboard comfort comparable to many 34-footers.
- Excellent heavy-weather stability and a dry, comfortable ride in steep chops due to a high 44.27% ballast ratio.
- Simple, easily handled fractional rig that is highly manageable for solo or short-handed sailors.
- Cleans up well with a warm, high-quality Canadian interior featuring solid wood soles and generous storage space.
- Strong value proposition on the brokerage market, offering substantial fiberglass mass and volume for the price.
Cons
- Notably underpowered with the standard 11-horsepower engine, requiring careful throttle management in heavy head seas.
- Sluggish sailing performance in light winds under 10 knots, necessitating larger headsails or downwind canvas to maintain speed.
- Risk of loose, unstrapped water and holding tanks in early Oakville-built models.
- Susceptibility to balsa deck core moisture intrusion and rot around aged deck hardware.
- Limited original fuel and water capacities, which restrict long-distance cruising range without auxiliary bladders.
