Design Brief & Intent
Designed primarily as a high-performance racer/cruiser, the Hawkfarm 28 was engineered to excel in heavy-air upwind beats and fast, stable downwind runs. It successfully carved out a niche as an offshore-capable pocket cruiser that could double as a highly competitive club racer 3. While competing manufacturers of the late 1970s, such as Ericson and C&C, targeted the mass market with high-volume, creature-comfort-oriented cruisers, Wylie prioritized structural integrity, ballast, and hydrodynamic efficiency. The interior, while functionally simple to minimize weight, displays a surprising level of joinery and warmth when compared to the sterile, liner-dominated cabins of mass-production boats of the era. Built with solid hand-laid fiberglass hulls, most interiors feature Bruynzeel mahogany or teak-and-holly cabin soles, a practical quarter berth tucked beneath the cockpit, a functional sea berth and navigation station to port, and a compact galley to starboard. This minimal but highly functional interior spoke directly to singlehanded racers and hardcore coastal cruisers who valued safety, dry bunks, and offshore ergonomics over dockside entertainment space.
Variations & Configurations
While sharing the same high-performance hull mold, the Hawkfarm 28 was offered in two distinct rigging configurations to suit the preferences of different sailors. The primary and most common rig is the Fractional Rig 3. In this setup, the forestay terminates below the masthead, providing a highly tunable spar that allows shorthanded crews to easily depower the mainsail in heavy gusts by applying backstay tension—a crucial feature in San Francisco’s summer blows. Alternatively, Wylie offered a Masthead Rig configuration. This variant moved the forestay to the top of the spar, which allowed the boat to carry a larger, more powerful genoa. While the masthead setup sacrificed some of the fractional rig's upwind pointing ability and ease of depowering, it excelled at reaching in moderate-to-light air, making it a popular choice for coastal cruising outside of the heavy-wind one-design racing circuits. All versions were constructed with a deep, high-aspect lead fin keel and a balanced spade rudder, which maximized lift and tracking.
Sailing Performance & Handling
At the heart of the Hawkfarm 28's enduring appeal is its exceptional sailing behavior, which is directly illustrated by its design ratios. With a displacement of 5,700 pounds and a deep lead fin keel providing nearly 47 percent ballast-to-displacement efficiency, the boat is remarkably stiff and carries its sailplan with great authority. Its Displacement-to-Length (D/L) ratio of 196.08 places it firmly in the moderate-displacement racer category, reflecting a hull form that can easily plane or slip into surfing mode downwind while maintaining clean, predictable waterline flow.
The Sail Area-to-Displacement (SA/Disp) ratio of 18.65 indicates a highly responsive sailplan that ensures excellent light-wind performance, yet retains the structural stability to stand up to its canvas when the breeze climbs into the twenties. With a Capsize Screening ratio of 1.83, the Hawkfarm 28 sits well below the maximum limit of 2.0 required for serious ocean racing, mathematically validating the design's offshore righting capability and safety in open water. Conversely, the Comfort ratio of 21.6 indicates a lively motion in a seaway. Because of its relatively light displacement, the boat will feel active and responsive to ocean swell rather than absorbing waves like a heavy-displacement double-ender, yet its deep ballast package keeps the motion predictable and secure.
Market Snapshot & Economics
Because of their limited production run and stellar West Coast racing pedigree, Hawkfarm 28s command a dedicated, almost cult-like following on the brokerage market. They are rarely found outside the waters of California, Oregon, and Washington, and because owners tend to hold onto them for decades, they do not appear frequently on the open market. When they do emerge, they represent an exceptional value, often described by surveyors as "big bang for the buck" boats. They provide genuine ocean-crossing capability for a fraction of the cost of a modern cruiser. However, the economic reality of buying a classic racer/cruiser of this vintage means that buyers must budget for refit costs. Many of these boats have been campaigned hard; consequently, a purchaser should expect to invest in replacing aged sail inventories or replacing the original, often tired inboard engines.
Known Issues & Triage
While the Hawkfarm 28 is structurally superior to many of its contemporary rivals, age and rigorous racing have highlighted a few areas requiring careful inspection.
- Deck Core Moisture: The deck was constructed using an end-grain balsa core sandwiched between fiberglass laminates. Over decades, leaks around heavily loaded stanchions, jib tracks, and the chainplates can allow water to penetrate the core. Buyers should thoroughly hammer-test or moisture-meter the deck around all hardware penetrations. Soft spots must be addressed via localized skin removal, recoring with closed-cell foam, and rebedding of the hardware.
- Keel Joint Stability: Although the solid fiberglass hull laminate is highly puncture-resistant, the high-aspect fin keel exerts massive leverage on the bilge during groundings or when hard-pressed upwind. The keel bolts and floor timbers must be inspected for signs of weeping, rust bleeding, or stress cracking around the structural grid.
- Aged Propulsion Systems: Many Hawkfarms were originally fitted with small, raw-water-cooled diesel engines, such as the single-cylinder Petter or early Bukh and Yanmar models. These powerplants are frequently near the end of their operational lives, suffer from parts obsolescence, and are typically underpowered for fighting the severe tidal currents of the Pacific Northwest and San Francisco Bay.
Modernization & Upgrades
Modern owners have successfully adapted the Hawkfarm 28 to contemporary sailing standards, transforming these classic hulls into highly efficient shorthanded cruising and racing platforms.
- Repowering: The most common major mechanical upgrade is the removal of the original, obsolete engines in favor of modern, fresh-water-cooled diesels like the Beta Marine 10 or 14, or the Yanmar 1GM10. Because the engine space is highly compact, this refit typically requires adapting the fiberglass engine beds, replacing the shaft, and installing a modern folding propeller to maintain sailing performance while ensuring reliable motoring.
- Electrical Systems & Lithium Conversion: Veteran singlehanded racers routinely modernize the electrical systems by installing lithium iron phosphate (LiFePO4) battery banks. Because these boats are highly weight-sensitive, switching to lithium batteries reduces weight while providing the massive house capacity required to run high-draw tiller autopilots and modern navigation instruments during multi-day offshore passages without relying on constant engine charging.
- Rig and Deck Layout Upgrades: Many active boats have been upgraded with high-efficiency rope clutches, modern mainsheet traveler systems, and high-aspect, modern-cut Dacron or composite sails. Removing aged foil headsail systems and installing modern, low-profile genoa furling allows cruising couples to easily manage the boat's powerful forward sail area.
The Verdict
The Hawkfarm 28 remains a masterclass in pocket-cruising architecture, offering a level of sailing performance, structural integrity, and offshore capability that is exceedingly rare for a 28-foot boat. For the sailor who prioritizes sea-kindly handling, speed, and safety in heavy weather over dockside living space, this Tom Wylie classic is a highly rewarding, budget-friendly ticket to coastal cruising and serious ocean passages.
Pros
- Highly robust hand-laid solid fiberglass hull construction that far outclasses mass-production contemporaries.
- Outstanding, well-balanced handling characteristics in heavy air with a very stiff righting moment.
- Excellent pedigree of offshore capability, proven by decades of successful Hawaii crossings.
- Simple, warm, and highly functional interior cabin layout optimized for life at sea.
Cons
- Very limited availability on the used market due to a production run of only 32 hulls.
- Vulnerable to balsa deck core delamination around old deck hardware if neglected.
- Original engines are often tired, obsolete, and underpowered, requiring expensive repowering refits.
- Lively motion in a seaway due to the boat’s light, performance-oriented displacement.
