Design Brief & Intent
The core mission of the Hotfoot 27 was to excel in the light-to-moderate air typical of British Columbia and Washington waters, while retaining enough structural integrity to withstand the sudden, heavy blows of the Juan de Fuca Strait. Doug Hemphill wanted to bridge the gap between pure high-performance sportboats and the heavily built, sluggish production cruisers of the late 1970s. The boat was designed around a lightweight, easily driven hull form featuring a relatively wide beam of over nine feet, which provided excellent form stability.
To make the boat attractive to the weekend cruiser or the budget racer, Hemphill incorporated a functional, albeit basic, interior. The cabin is trimmed in teak and teak-veneered marine plywood, featuring a surprisingly usable layout for its size. Sleeping accommodations include a traditional V-berth forward, settee berths in the main salon, and a quarter berth aft, allowing up to five people to overnight in a pinch. A compact galley is situated on the starboard side, equipped with a simple sink and a single-burner alcohol stove. Although headroom is limited, the cabin sole features a classic teak parquet design, and a fully enclosed head is situated to port just aft of the forward cabin. Compared to mass-market cruisers of the era, the Hotfoot 27 prioritized performance and structural engineering over interior volume, appealing to a demographic that valued speed and helm feedback above dockside luxury.
Rigging & Layout Configurations
The Hotfoot 27 is characterized by its powerful Bermuda fractional sloop rig. The decision to use a fractional rig was highly deliberate, allowing for a large, easily shaped mainsail and a relatively small, high-aspect jib. This setup drastically reduces the physical effort required to tack the boat, as the headsails are easy to sheet in, which is a major advantage both for shorthanded cruising and closely contested round-the-buoys racing. The standard mast is a tall, aluminum spar with swept-back spreaders, relying on a running backstay or a highly adjustable forestay to control mast bend and headstay tension.
Below the waterline, the Hotfoot 27 features a deep, high-aspect fixed fin keel drawing five and a half feet. This standard keel provides excellent lift and keeps the center of gravity low, allowing the boat to point exceptionally high. The rudder is a transom-hung spade design, controlled by a tiller, which gives the helmsman immediate and direct steering feel.
Another notable layout design is the auxiliary engine arrangement. Unlike many performance boats of its size that rely on an ugly transom bracket for an outboard motor, the Hotfoot 27 features a factory-designed outboard well built directly into the starboard lazarette. This allows a small outboard motor to be lowered through a hull opening for docking and maneuvering. Once under sail, the motor is swung up into the locker, and a flush-fit fiberglass hatch covers the hull opening, maintaining a clean, hydrodynamic underbody free of drag.
Sailing Performance & Handling
At the helm, the Hotfoot 27 behaves more like a high-performance dinghy than a traditional keelboat. This lively character is mathematically reflected in its design ratios. With a Sail Area to Displacement ratio of 23.63, the boat is exceptionally well-powered. It excels in light air, accelerating in under five knots of breeze when heavier boats are struggling to move. Under spinnaker, its light weight—indicated by a Displacement to Length ratio of 150.93—allows the boat to plane easily downwind in twelve to fifteen knots of breeze, reaching speeds well into the double digits.
Despite its light weight, the boat stands up remarkably well to its rig when the wind climbs. This stiffness is a direct result of its generous Ballast to Displacement ratio of 41.67 percent, which is unusually high for a light-performance boat. This high ballast ratio ensures that the boat does not become immediately overpowered as the breeze builds, though active mainsail trimming and backstay tensioning are necessary to keep the boat flat and fast.
However, this high performance comes with trade-offs. The boat's Comfort Ratio of 12.09 highlights that its motion in a seaway is quick and active. In a steep head-sea, the light hull will slap and slide, demanding constant attention from the crew. Furthermore, its Capsize Screening Ratio of 2.44 is well above the traditional cruising limit of 2.0, a consequence of its wide beam relative to its light weight. This indicates that while the boat has immense initial form stability, it lacks the deep ultimate righting capability required for bluewater ocean passages. It is strictly a coastal speedster designed to be sailed actively by an attentive crew.
Known Issues & Triage
For buyers looking at older hulls, several common age-related issues require careful inspection. The most prevalent structural concern involves deck core softness. Like many Pacific Northwest builds from the early 1980s, the deck and cabin house of the Hotfoot 27 were constructed using a balsa wood core sandwiched between fiberglass skins. Over time, original hardware installations—such as stanchion bases, genoa tracks, deck organizers, and the mast step—can suffer from sealant breakdown. This allows moisture to seep into the balsa, leading to localized rot and delamination. Triage typically requires drilling out the affected area, drying the core, and injecting epoxy, though severe cases may require peeling the outer skin to replace the rotted wood with modern closed-cell foam or marine plywood.
Another area of concern is the aluminum mast extrusion, particularly around the mast step. Water pooling at the base of the mast can lead to galvanic corrosion and deterioration of the aluminum over several decades. A common real-world fix developed by owners is to cut away the deteriorated bottom section of the mast (often up to a foot) and install a custom aluminum sleeve or splice kit, which restores the structural integrity of the mast tube.
Finally, the hull-to-keel joint and the surrounding keel stub must be closely evaluated. The deep fin keel puts significant leverage on the bilge section of the light hull. Severe groundings can crack the fiberglass surrounding the keel bolts. In one dramatic real-world case involving a Hotfoot 27 named Haytor, a severe structural failure led to the complete loss of the keel after the keel stub gave way. While the boat was successfully salvaged and rebuilt with a massively reinforced keel stub using over six hundred hours of composite labor, it highlights the importance of checking the structural grid, keel floor timbers, and keel bolts for any signs of cracking or stress lines.
Modernization & Upgrades
Veteran owners have kept the Hotfoot 27 competitive and functional through several key upgrades. One of the most popular modernizations is the conversion of the downwind sail plan. Many owners have eliminated the standard spinnaker pole and retrofitted a retractable carbon-fiber bowsprit, often referred to as a "prodder". This allows the boat to fly modern asymmetrical spinnakers and gennakers, which are much easier to handle shorthand and provide blistering performance on broad reaches.
Electrical systems are another prime target for upgrades. The original boat was built with a simple two-battery 12-volt DC system. Given the boat's extreme sensitivity to weight, many owners are replacing heavy, lead-acid house batteries with modern Lithium Iron Phosphate (LiFePO4) batteries. Because the outboard motor, fuel tank, and battery box are historically concentrated in the stern lazarettes, switching to lightweight lithium cells significantly reduces stern-heavy trim, allowing the flat hull sections aft to plane more efficiently.
Additionally, because the transom-hung rudder is highly loaded, owners often replace worn original wood-core rudders with modern composite foils designed to NACA profiles. This reduces helm effort and improves tracking in heavy air, transforming the boat's handling on high-speed reaches.
The Verdict
The Hotfoot 27 is a beautifully engineered, fast, and rewarding Canadian classic that offers a pure sailing experience. It is not a boat for those seeking a floating condo, nor is it suitable for blue-water ocean crossings. Instead, it is a refined coastal racer-cruiser that rewards active trimming, clever tactics, and a love for raw speed. For sailors on the West Coast or Great Lakes who want to participate in local club racing, weekend at nearby islands, and enjoy a boat that can sail circles around modern, heavy cruisers, the Hotfoot 27 offers exceptional performance and a passionate community of owners.
Pros
- High-performance sailing characteristics with outstanding light-air speed and downwind planing capability.
- Highly effective fractional rig makes headsail management and tacking exceptionally easy for shorthanded crews.
- Generous ballast ratio of over 41 percent provides surprising stiffness and stability when the breeze builds.
- Clever starboard lazarette outboard well allows the engine to be retracted, preserving a clean, drag-free hull under sail.
- Highly active and supportive cult following in the Pacific Northwest and Great Lakes regions.
Cons
- Low comfort ratio of 12.09 results in a quick, lively motion that can be fatiguing in a steep chop.
- Balsa-cored decks are highly susceptible to moisture ingress and rot if deck hardware is not re-bedded regularly.
- Capsize screening ratio of 2.44 makes the vessel unsuitable for offshore ocean passages.
- Compact interior with limited headroom and basic amenities compared to heavier cruising designs of the same length.
- Structural vulnerabilities around the keel stub and mast base require vigilant monitoring and potential professional composite reinforcement.
