Built between 1976 and 1981, this compact cruiser represents Pacific Seacraft's commitment to traditional seaworthy design in a manageable 24.5-foot package. Designer Henry Mohrschladt created a boat that prioritizes comfort and safety over speed, evident in its impressive comfort ratio of 20.86 and conservative capsize screening formula of 1.91. The long keel configuration with transom-hung rudder provides excellent tracking and directional stability, making this boat particularly well-suited for coastal cruising and short offshore passages. With 4,750 pounds of displacement and 1,750 pounds of ballast, she carries herself with authority through choppy seas while maintaining predictable handling characteristics. The masthead sloop rig delivers 236 square feet of working sail area, resulting in a modest SA/Displacement ratio of 13.4 that favors steady progress over racing performance. Her 6.14-knot hull speed reflects the design's emphasis on comfort over velocity. Pacific Seacraft's reputation for solid fiberglass construction and attention to detail shines through in this model, with only 157 hulls produced during its five-year production run. This boat appeals to sailors seeking a capable small cruiser that can handle challenging conditions while providing a stable, comfortable platform for extended adventures.
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How many Pacific Seacraft 25 hulls were built and why did production stop in 1981?
Only 157 Pacific Seacraft 25 hulls were completed during the boat's five-year production run from 1976 to 1981. Pacific Seacraft was a small California builder focused on quality over volume, and the 25 was essentially their entry-level offshore cruiser during that era. Production ended as the builder shifted attention to larger models — most notably the Pacific Seacraft 27 and later the well-known Crealock 34 — which offered more interior volume and commanded higher margins. The short run of 157 boats makes the Pacific Seacraft 25 relatively rare on the used market today, and finding one in good condition often requires patience. The low hull count also means there is a small but tight-knit owner community, and locating original builder documentation or spare parts specific to the boat can be challenging.
Does the Pacific Seacraft 25's capsize screening formula of 1.91 make it safe for offshore passages?
The Pacific Seacraft 25 carries a capsize screening formula (CSF) of 1.91, which falls below the widely cited threshold of 2.0 used by the Offshore Racing Congress and many cruising authorities as a benchmark for offshore suitability. A lower CSF indicates a relatively narrow, heavy boat that is harder to capsize and more likely to self-right if knocked down — both desirable traits offshore. The 25's displacement of 4,750 pounds on a 24.5-foot hull contributes directly to this result, as does the moderate 8-foot beam. Combined with the long keel and transom-hung rudder configuration, which resists broaching and provides reassuring tracking in following seas, the Pacific Seacraft 25 is generally considered capable of short offshore passages in competent hands. That said, the conservative sail area-to-displacement ratio of 13.4 means she is not a fast boat, so passage planning should account for extended time at sea.
What is the significance of the Pacific Seacraft 25's long keel and transom-hung rudder compared to fin-keel designs of the same era?
The Pacific Seacraft 25 was designed by Henry Mohrschladt at a time when fin keels with separate spade rudders were becoming mainstream in production sailboats. The deliberate choice of a full long keel with a transom-hung rudder was a statement of cruising philosophy rather than a cost-cutting measure. The long keel keeps the rudder attached to the hull structure at both the top and bottom pintles, making it extremely difficult to lose steerage through rudder damage — a meaningful advantage offshore. The configuration also damps hobby-horsing in a seaway and makes the boat track in a straight line with minimal helm correction, reducing fatigue on long passages. The trade-off is reduced maneuverability in tight harbors and a slower tacking angle compared to fin-keel contemporaries. Buyers who prioritize easy self-steering and heavy-weather predictability over marina agility consistently regard this hull form as one of the Pacific Seacraft 25's defining strengths.
What are the known osmotic blistering risks on Pacific Seacraft 25 hulls given their 1976–1981 fiberglass layup?
Pacific Seacraft 25 hulls laid up between 1976 and 1981 used polyester resin over woven fiberglass, which was standard practice for the era but carries inherent osmotic blister risk when the gelcoat is not maintained or when the boat is left in the water for extended periods without a proper barrier coat. Hulls from this production window predate the widespread adoption of epoxy barrier systems, so any used Pacific Seacraft 25 should be hauled and inspected below the waterline for blistering before purchase. Pay particular attention to the keel-to-hull joint, where water can wick into the laminate around the lead ballast casting if the original bedding compound has dried out or cracked over four-plus decades. Blistering on hulls of this age is common but generally treatable; a professional osmotic blister repair followed by a multi-coat epoxy barrier system is the accepted remedy. The long keel configuration means the affected underwater area is proportionally large, so remediation costs can be significant.
How does the Pacific Seacraft 25's 3.25-foot draft affect where it can cruise and anchor?
The Pacific Seacraft 25 draws 3.25 feet, which is notably shallow for a full-keel displacement cruiser of its displacement and era. This draft figure opens up a wider range of anchorages than deeper fin-keel boats of similar size — the 25 can comfortably explore many Bahamas cuts, Chesapeake tributaries, and Pacific Northwest coves that would strand a 5-foot-draft cruiser. However, the trade-off of the long keel is that grounding recoveries are more involved than with a fin keel; the boat tends to sit firmly on the bottom rather than pivoting off. Prospective buyers planning to cruise shallow-water destinations like the Florida Keys or the ICW will find the 3.25-foot draft genuinely useful, though they should verify the actual draft of any specific hull since decades of antifouling buildup or keel refinishing can add measurable depth. Under bridges, the Pacific Seacraft 25's air draft is the more relevant constraint, and that figure should be confirmed from the mast manufacturer's documentation on any individual boat.