Design and Hull Form
Crealock grounded the 38 in the traditional school, and the clipper bow with teak trailboards announces the philosophy immediately — a concave entry that arches over the water, adorned with real wood rather than molded fiberglass approximations. The sheer carries a pronounced spring with its low point two-thirds aft, and the conventional counter stern keeps beam pulled inward compared with modern cruiser-racers, a deliberate choice that avoids the downwind handling problems that wide-transom designs can introduce. Freeboard is kept low, giving the boat a purposeful, capable silhouette rather than the boxy profile of accommodation-focused designs.
The hull form pairs a displacement-to-length ratio of 375 with a sail area-to-displacement ratio that places it firmly in the category of a moderately heavy, medium-sailplan ocean cruiser — a boat that will carry its crew and their stores across an ocean without complaint, though it will not distinguish itself in drifting conditions. The full keel runs from forefoot to rudder, with the forefoot cut away somewhat to reduce wetted surface and improve handling, a refinement that keeps the design from feeling sluggish through tacks. The comfort ratio of 39 and a capsize screening figure of 1.67 together reflect a hull that prioritizes motion comfort and ultimate stability over racecourse agility.
Construction Quality
The yard's approach to building the 38 set it apart from production contemporaries. Hull and deck are fiberglass, both cored with end-grain balsa wood, though Cabo Rico took the unusual step of adding the hull core inside what is essentially a solid fiberglass shell — the balsa serving primarily as thermal and sound insulation rather than structural filler. The company published its lamination schedule, a practice that reviewers considered should be standard but that few other builders followed. Early boats used alternating mat and woven roving; later models shifted to 1708 and 1808 stitched fabrics with vinylester resin for the first three layers, a change intended to prevent osmotic blistering.
The keel is integral to the hull mold. Early boats received iron ballast cast in seven separate pieces set into the keel cavity and glassed over; the final sixty or so hulls switched to lead. Below decks, the interior is built up of plywood tabbed to the hull rather than a fiberglass pan, creating a monocoque-like structure that also allows access to any part of the hull in an emergency. Solid teak or other hardwoods — mahogany, maple, ash, and cherry all appear depending on the buyer's specification — cover the joinerwork throughout, with no veneer. The teak and holly sole runs over a solid fiberglass subfloor on fiberglass U-channel beams. Bronze seacocks serve all through-hull fittings. The hull-to-deck joint is bedded in 3M 5200 and through-bolted on six-inch centers.
Rig and Sea Behavior
The cutter rig positions the mast further aft than a sloop, enabling a staysail that owners consistently cite as essential for managing power on windy days. The inner forestay carries a self-tending club staysail on many boats, though the fitting clutters the foredeck enough that a number of owners have removed it in favor of running tracks. The 50-foot keel-stepped mast supports a sail plan that comes alive in a breeze: owners report speed improving to fast in higher wind strengths after describing the boat as average-to-sluggish in light air — an honest trade-off inherent to the displacement and form.
At sea, the 38 earns its reputation. The full keel provides directional stability that allows the boat to steer a straight line without constant attention at the helm, a quality that matters enormously on a shorthanded passage. Owner after owner in surveys has reported that the rudder does not stall in severe conditions, heel is easily reduced with the cutter rig, and motion is more comfortable than on flatter-bottom designs. One owner's account of running through a winter Gulf storm in 25 to 30 knots with eight-to-ten-foot seas on the quarter, the boat never losing composure, captures what the design was built to do. The flip side of directional stability is limited windward ability relative to modern fin-keel designs — a trade-off the offshore sailor accepts willingly.
Accommodations
Two accommodation plans, designated Plan A and Plan B, were offered throughout most of the production run, with minor differences in the saloon seating arrangement and the V-berth layout. Both plans deliver a V-berth forward, a head with separate shower compartment, a navigation station, and a U-shaped galley. The saloon seats convert to sleeping berths and the starboard quarter berth provides additional crew accommodation — seven sleeping places in total across the master cabin, guest cabin, starboard settee, and a large pullout berth. Headroom reaches at least six feet two and a half inches, adequate for most crew.
Later in production the Offshore model eliminated the aft berth to create a massive storage area under the starboard cockpit seat large enough for a watermaker, generator, and passage provisions, along with a larger nav station and additional freezer capacity. At the end of the run, layouts became fully customizable; one common arrangement moved the engine forward under the galley sink, freeing up the quarter and shifting ballast mass closer to the boat's center of gravity to reduce hobby-horsing. Fresh water capacity varies by hull but reaches up to 190 gallons. Cedar-lined hanging lockers, Dorade vents, and bronze opening portlights on both sides keep the interior ventilated on passage.
Known Issues and What to Inspect
Several areas reward careful scrutiny on any used example. Teak decks, however beautiful, require screws countersunk through the fiberglass skin into a plywood core; as bungs age and glue fails, water tracks down the fastenings into the core, and remediation can be expensive to rectify. A surveyor should probe the entire deck for moisture, paying particular attention to scupper surrounds and the externally mounted chainplates, both reported sources of persistent leaks. Pre-1990 hulls built with polyester resin are susceptible to hull blistering; later vinylester layups are substantially more resistant.
The cockpit sole on earlier boats includes a plywood layer that is vulnerable to rot from water penetration — the owner of a 1980 hull specifically cited this as the single construction flaw in an otherwise overbuilt boat. In the late 1980s and into the early 1990s, the yard received substandard stainless steel that resulted in weakened rudder posts, bow railings, and chainplates — these components deserve close attention on hulls from that period. Engine access on earlier models is restricted by the absence of removable side panels, making it difficult to reach the aft end of the engine; the factory corrected this with an access panel on later boats. Finally, the stainless steel plates embedded in the deck laminate to receive hardware fasteners, while rugged, can invite corrosion over time where metal contacts laminate.
Refitting the Cabo Rico 38
The 38's semi-custom origins mean no two boats are identical, and a thoughtful refit can address most of the known weaknesses without disturbing what makes the boat exceptional. Navigation and communication electronics will almost certainly need replacement on any hull that has not been recently updated — the oldest boats pre-date the entire modern nav suite, and technology has continued at pace. Chainplates are a priority inspection and replacement item on mid-production hulls given the stainless quality problems of that era. Owners who have converted the self-tending staysail boom to a set of inner-forestay tracks report a cleaner foredeck and more versatile sail configuration.
Teak maintenance above and below decks is the most labor-intensive ongoing commitment the boat demands. Many later buyers opted for fiberglass decks with molded nonskid over teak planking precisely to reduce maintenance while preserving the boat's structural integrity. Engine replacement is common and straightforward — the original Perkins 4:108, Westerbeke, Universal, or Yanmar installations all fit the same engine beds, and the Yanmar 56-horsepower unit is the typical modern choice. A thriving online owner community on Facebook and through dedicated Google groups provides a practical resource for sourcing parts and advice specific to the hull.
The Verdict
The Cabo Rico 38 is the product of a convergence that happens rarely: a gifted designer working at his best, a builder committed to craft over margin, and a client base that demanded a real offshore yacht rather than a coastal cruiser with pretensions. Forty-plus years after the first hull emerged from San Jose, the design holds up structurally, aesthetically, and at sea. Its limitations are honest ones — light-air performance is moderate, windward ability is compromised by the full keel, and the teak-intensive construction demands sustained attention. But for the sailor who values seakeeping, comfort on passage, and a boat that feels like a piece of nautical history underway, the 38 delivers on every count.
Pros
- Exceptional offshore seakeeping; the full keel and cutter rig work together in heavy conditions
- Honest, high-quality construction with published lamination schedules and bronze hardware throughout
- Semi-custom interiors with solid hardwood joinery and no veneer
- Strong owner community and long production run mean parts knowledge is widely shared
- Conservative hull form avoids the downwind instability of wider-transom contemporaries
Cons
- Teak decks on early hulls are a significant delamination and leak risk if neglected
- Substandard stainless steel on late-1980s to early-1990s hulls requires chainplate and rudder-post scrutiny
- Light-air performance is mediocre; the boat rewards heavy-weather conditions
- Engine accessibility on pre-update models is poor without the factory-added side panel
- Teak maintenance above and below decks is a genuine ongoing commitment
