Design Brief & Intent
The Caprice was designed by Robert Tucker as a direct step up from his highly successful Silhouette pocket cruiser. While the Silhouette was incredibly popular, its diminutive size limited its cruising practicality. The Caprice was conceived to offer more interior volume, greater form stability, and true sea-keeping capability for coastal cruising and pocket adventuring while remaining easily trailerable and highly affordable. To achieve these goals within a hull measuring just over 18 feet, Tucker utilized a distinctive reverse sheer line. This profile, which curves upward toward both the bow and the stern, maximized the freeboard and internal volume amidships without making the boat look excessively tall or top-heavy.
Compared to contemporary rivals of the era—such as the Hurley 20 or the later Corribee—the Caprice was distinctly focused on the "beach-crawling" and tidal estuary market. The character of the interior in early wooden marks was snug, warm, and highly functional. Built with varnished marine plywood, mahogany trim, and clever space-saving arrangements, it felt like a tiny wooden cabin. The layout typical of early versions could sleep three to four in snug V-berths and quarter-berths, though doing so required a high degree of intimacy or single-handed focus. The transition to fiberglass in later Marks brought molded headliners and easy-to-clean surfaces, though it traded the rich, traditional woodwork character of the early models for clinical practicality.
Variations & Configurations
Over its long production life, which spanned from 1957 into the early 1990s, the Caprice 19 underwent several evolutionary transformations across at least five distinct Marks:
- Mark I: The original 1957 design, measuring 18 feet 4 inches. It featured plywood construction, a simple doghouse cabin profile, and symmetrical bilge keels. It was rigged with a robust fractional sloop layout.
- Mark II: Standardized by 1962, this variant retained plywood construction but introduced an extended, stepped coachroof that significantly increased cabin headroom. It also featured asymmetrical bilge keels designed to generate better lift and improve windward performance.
- Mark III: The first transition to glass-reinforced plastic (GRP). It featured a tight, rounded-chine hull with integrally molded GRP bilge keels. Built by Southerly Marine and later Yachthaven, it offered a roomier interior due to a slightly wider beam.
- Mark IV: Produced by Island Plastics, this GRP version was molded directly from the chine lines of a plywood Mark II. It retained the traditional sharp-chined aesthetic of the wooden models but utilized bolted-on iron bilge keels rather than integrated GRP ones.
- Mark V: Entirely molded in fiberglass, this round-bilge version was slightly longer than its predecessors. It featured modified deck and superstructure moldings to maximize headroom. While twin bilge keels remained the standard, builders also offered a deep fin-keel option for owners seeking better windward pointing.
Sailing Performance & Handling
With a sail area to displacement ratio of 25.78, the Caprice 19 is surprisingly well-canvased for its size. In light to moderate breezes, the fractional sloop rig provides excellent responsiveness, allowing the boat to glide easily through the water. However, the moderate-to-heavy displacement-to-length ratio of 240.33 means this is a pure displacement hull that will not plane. Instead, it relies on its relatively substantial weight to carve through chop with a dampened, sea-kindly motion. On the helm, this translates to a solid, "heavy" feel on the tiller that inspires confidence in novice sailors.
A comfort ratio of 18.42 is exceptionally high for a boat of this footprint. Rather than the quick, jerky motion typical of modern light-displacement trailer-sailers, the Caprice absorbs the energy of a seaway. This stability is supported by a capsize screening ratio of 1.87, well under the safe ocean-racing threshold of 2.0, proving that despite its tiny proportions, the boat's design is structurally resistant to rolling in heavy seas.
The twin bilge keels, drawing just 1.75 feet, provide the ultimate coastal utility. The boat can crawl into shallow estuaries, sit flat on drying mud berths, and explore where deeper vessels dare not go. The trade-off is upwind efficiency. When sailing hard on the wind, the twin keels suffer from significant leeway compared to modern deep fin keels, requiring patience and careful navigation to claw to windward.
Known Issues & Triage
Owning a vintage pocket cruiser like the Caprice 19 requires a clear-eyed understanding of the structural degradation common to its age and construction:
- Plywood Rot (Early Marks and Hybrids): Plywood decks, cabin tops, and bulkheads on Mark I, Mark II, and owner-completed hulls are highly susceptible to freshwater intrusion. Over decades, water seeping through compromised paint or sheathing decays the wood core. Triage requires cutting away the damaged skin, excavating the rotted wood, and laminating new marine plywood or high-density composite board in its place with epoxy resin.
- Hull Flexing Near Keels (GRP Models): On GRP models featuring bolted-on keels (specifically some Mark IV variants), some builders occasionally skimped on the fiberglass laminate thickness in the bilge. Under the heavy pounding of grounding or when resting on drying berths, the hull around the aft end of the bilge keels can flex. Over time, this flexing can cause stress cracking or structural failure. The accepted fix is to glass in heavy transverse oak floors or composite stringers across the bilge to stiffen the hull bottom.
- Rudder Core Rot: The rudder is often constructed of a marine plywood core sheathed in fiberglass. If water penetrates hairline cracks in the sheathing (often near the tiller bolt or gudgeons), the inner wood rot goes unseen until the rudder fails under load. pintles can also suffer from fatigue and tear out of the transom laminate, requiring back-plating and reinforcement.
- Keel Bolt Corrosion: Bolted-on keels must be periodically inspected for crevice corrosion on the keel bolts and leaks through the hull joint. Owners often drop the keels, clean the mating surfaces, replace deteriorated fasteners with stainless steel, and re-bed the joint with modern polyurethane marine sealants.
Modernization & Upgrades
Modern owners are keeping these classic microcruisers relevant on the water through targeted upgrades that leverage modern technology:
- Electric Propulsion Conversions: Because the Caprice lacks an inboard engine compartment, owners typically rely on a transom-mounted outboard. A heavy gasoline outboard hung far aft ruins the boat's trim and makes the transom sit low in the water. Upgrading to a modern, lightweight electric outboard powered by Lithium Iron Phosphate (LiFePO4) batteries mounted low and forward in the cabin completely transforms the boat. It sheds weight from the transom, eliminates gasoline fumes, and dramatically improves handling and sailing performance by centering the ballast.
- Rigging Simplification: Early marks often featured overly complex wire rigging arrangements, including twin backstays, double shrouds, and twin forestays. Modernizing the rig involves replacing these with clean, simplified 1x19 stainless steel wire and simple single backstays, paired with modern roller-furling headsails to make single-handed sailing far safer.
- Slab Reefing and Line Redirection: Retrofitting the mainsail with single-line slab reefing and running the halyards back to the cockpit allows the skipper to manage sail area without having to scramble onto the narrow, wet side decks in a blow.
The Verdict
The Caprice 19 is a rugged, historic pocket cruiser that punches far above its weight class. It is not a modern sportboat, nor is it a spacious weekend condo. Instead, it is a seaworthy, character-rich micro-voyager designed for beach-crawling, drying harbors, and coastal trekking. For the sailor who values historical pedigree, the ability to take the ground upright, and a safe, dampened motion in a blow, the Caprice remains an unbeatable value.
Pros
- Extreme seaworthiness and stable motion, proven by historical circumnavigations.
- Twin bilge keels allow the boat to sit upright on mud flats and dry out in tidal berths.
- High comfort ratio and predictable, forgiving handling that inspires confidence.
- Extremely affordable entry point to cruising with low ongoing maintenance costs.
- A trailerable beam that makes off-season storage in a standard yard or driveway highly practical.
Cons
- Underwhelming windward performance and notable leeway compared to modern fin-keel designs.
- Extremely restricted cabin headroom and limited interior living space.
- Early plywood models require meticulous, ongoing maintenance to ward off freshwater rot.
- GRP models may require structural floor stiffening in the bilge near the keel mounts.
- The lack of an inboard engine compartment forces reliance on a transom-mounted outboard.
