Design Brief & Intent
The Tylercraft 22 was engineered primarily for coastal cruising and pocket passagemaking in regions characterized by shoals, sandbars, and dramatic tidal swings. While American competitors like the Catalina 22 gained market dominance through swing-keel configurations optimized for easy trailering and launching from ramps, the Tylercraft 22 targeted sailors who kept their boats on shallow-water moorings or sought the ability to beach their vessel upright. Ted Tyler drew inspiration from European builders like Westerly and Hurley, prioritizing ultimate stability and the physical peace of mind that comes with a self-standing hull.
Inside, the boat's design brief prioritized cabin volume over high-end aesthetics. The interior layout is characterized by its clever use of space, featuring a double V-berth forward, a small galley area, and space for a marine head. To provide maximum headroom in a 22-foot hull, Tyler implemented a distinctive deck mold featuring a raised coachroof hump over the forward cabin. Wood joinery is sparse; instead, the interior relies heavily on a molded fiberglass structural liner with basic mahogany or teak trim. This utilitarian fit-out means the cabin is highly practical and easy to wash down, though it lacks the warm, traditional, teak-heavy ambiance of more expensive cruising yachts of the era.
Variations & Configurations
The defining feature of the Tylercraft 22 is its twin-keel configuration. Unlike centerboard designs which require manual winches and are susceptible to trunk leaks and board jams, the twin keels are fixed, low-aspect foils cast from iron and bolted directly to the hull. This layout limits the boat's draft to a mere two feet, allowing it to navigate thin-water creeks and mudflats that would ground a standard fin-keeled monohull. Furthermore, the wide footprint of the two keels, combined with the transom-hung rudder, allows the boat to stand perfectly upright and stable when the tide goes out, making bottom maintenance or tidal grid mooring exceptionally simple.
In terms of rigging, the boat was equipped with a simple and robust masthead sloop rig. The masthead configuration distributes the sail plan across a wider, lower triangle compared to fractional rigs. This choice was deliberate: it keeps the center of effort low, reducing the heeling moment and allowing the boat to carry its sails longer into building breezes without needing to reef immediately. While some larger sister ships like the Tylercraft 24 offered fin-keel or centerboard variations, the 22-foot model remained dedicated to its twin-keel identity throughout its production run.
Sailing Performance & Handling
Under sail, the Tylercraft 22 behaves more like a pocket ship than a lightweight trailer-sailer. With a displacement of 3,200 pounds, it is substantially heavier than many of its 22-foot contemporaries. Its displacement-to-length ratio of 208.28 places it firmly in the moderate-displacement cruiser category, giving the hull a solid, momentum-retaining feel in choppy waters. Unlike lighter boats that get knocked about by head seas, the Tylercraft 22 uses its mass to carve through waves, providing a reassuring ride in coastal chop.
The boat's comfort ratio of 18.04 indicates a remarkably stable and gentle motion for a vessel of this length. Snappy, jarring rolls are minimized, which significantly reduces crew fatigue on longer day-trips. This stability is supported by a capsize screening ratio of 1.94; falling below the traditional safety threshold of 2.0, this figure indicates that the hull possesses excellent ultimate stability and a strong resistance to rolling over in a seaway.
At the helm, the twin keels alter the handling dynamics compared to a standard fin-keel boat. Because the two keels present a higher amount of wetted surface area, the boat exhibits notable hydrodynamic drag, making it sluggish in light airs. In drifting conditions, a large genoa or cruising spinnaker is almost mandatory to maintain boat speed. However, as the breeze builds, the boat's handling characteristics shine. When the boat heels to about fifteen degrees, the leeward keel rotates into a nearly vertical position, generating efficient lift, while the windward keel acts as a high-leverage counterweight. Once settled on its ear, the Tylercraft 22 tracks with remarkable directional stability. The twin appendages grip the water, meaning there is very little tendency to broach even when surfing down large waves.
Market Snapshot & Economics
On the brokerage market today, the Tylercraft 22 occupies a highly accessible entry-level tier. Because Tylercraft was a regional builder primarily focused on the East Coast of the United States, hulls are relatively scarce compared to mass-produced giants, meaning buyers may have to search regional listings or coastal boatyards to find one. When they do appear, they typically trade at a significant value, making them attractive to budget-conscious sailors, DIY restorers, or those seeking a low-risk project boat.
Financially, the economics of a Tylercraft 22 refit are highly favorable if approached as a labor of love. The simplicity of the boat's systems—including its outboard auxiliary power, simple masthead rig, and lack of complex plumbing—keeps material costs manageable. However, because of the boat’s modest market valuation, extensive professional restoration (such as recoring a wet deck or re-bedding the keels at a professional shipyard) can quickly exceed the boat's ultimate resale value. As such, the Tylercraft 22 is best suited for owners who are willing to undertake DIY maintenance, where the investment is measured in personal time rather than substantial capital.
Known Issues & Triage
Given that the youngest Tylercraft 22 hulls are now several decades old, prospective buyers must perform a rigorous assessment of age-related structural degradation. The most prevalent issue centers on deck core moisture. Tylercraft used balsa and plywood coring sandwiched between fiberglass skins for the deck and cabin top. Over time, poorly sealed deck hardware, chainplates, and stanchions allow water to seep into the core, leading to rot, soft spots, and eventual delamination. Triage involves tapping the deck with a phenolic hammer to identify dull, soft areas. Rectifying this requires cutting away the upper fiberglass skin, replacing the rotted wood with marine-grade plywood or closed-cell foam, and re-glassing the area.
Another critical inspection point is the keel-to-hull joint. Because these boats are designed to take the ground and stand on their twin cast-iron keels, the joint is subjected to repetitive vertical and lateral loads. Over time, these stresses can compress the fiberglass laminate around the keel bolts or compromise the sealant. Owners should look for the classic "smile" or hairline cracking along the exterior keel joints, as well as rust weeping. On the inside, inspect the bilge area around the keel bolt backing plates for stress cracks or deformation in the hull laminate. Triage typically requires dropping the keels, replacing the aging keel bolts, reinforcing the floors or backing plates with additional fiberglass laminate, and re-bedding the keels with a high-strength polyurethane sealant.
Additionally, the original acrylic window ports are prone to dry-rotting and leaking. Re-bedding these windows with modern marine-grade sealants is a standard maintenance task for any vintage Tylercraft.
Modernization & Upgrades
Modern owners are increasingly refitting the Tylercraft 22 to improve its self-sufficiency and handling. A primary focus of these upgrades is the boat’s auxiliary power. The Tylercraft 22 was originally designed to carry a small outboard motor in a dedicated stern well behind the cockpit. While this configuration successfully isolates the engine noise and keeps the propeller deeply immersed, older gas outboards can be stubborn and emit unpleasant fumes into the cockpit. Many restorers are replacing these legacy outboards with modern electric pod drives or electric outboards. Because the boat is primarily used for coastal day-sailing, a lightweight electric motor paired with a lithium iron phosphate battery bank provides ample range for docking and navigating calm channels, while dramatically reducing maintenance and weight in the stern.
The electrical system is another common candidate for modernization. Original hulls were wired with rudimentary direct-current circuits designed for little more than cabin lights and basic navigation lights. Installing a modern marine electrical panel, replacing all incandescent bulbs with high-efficiency LEDs, and mounting a small, rigid solar panel on the cabin top or stern pulpit allows the boat to keep its batteries topped up indefinitely without relying on shore power.
Finally, single-handed sailing efficiency is greatly enhanced by running the halyards, reefing lines, and mainsheet controls aft to the cockpit. Adding deck organizers, turning blocks, and a small bank of rope clutches on the cabin top allows the helmsman to manage all sails without needing to step onto the narrow side decks.
The Verdict
The Tylercraft 22 is a rugged, character-filled pocket cruiser that offers an uncommon blend of shallow-draft capability and heavy-boat security. While it will never win races in light air or impress purists with fine woodwork, its twin-keel design provides a level of coastal utility that is hard to find in other boats of its size. For sailors operating in shallow, tidal regions who want a solid, low-maintenance cruiser that can literally stand on its own two feet, the Tylercraft 22 remains an intriguing and highly affordable vintage option.
Pros:
- Twin-keel design allows the boat to dry out perfectly upright on tidal mudflats.
- Extremely shallow draft of only two feet opens up thin-water cruising grounds.
- Comfortably heavy displacement and low capsize screening ratio offer a stable, reassuring ride in choppy seas.
- Maximized interior cabin volume with practical, low-maintenance fiberglass liners.
- Simple masthead sloop rig is stable, easy to manage, and holds momentum well.
- High wetted surface area of twin keels results in significant drag and sluggish performance in light winds.
- Sandwich deck construction is highly susceptible to balsa and plywood core rot over time.
- Structural keel-to-hull joints require diligent inspection due to grounding stresses.
- Aesthetic appeal is polarizing, dominated by functional hull curves and a utilitarian interior with minimal woodwork.
