Chris-Craft Capri 26-1 — Information, Review, Specs

Sparkman & Stephens·1965 – 1967·~90 hulls·Chris-Craft
Chris-Craft Capri 26-1 drawingBuilder drawing
Hull type
Monohull · fin
Rig
Masthead Sloop
LOA
26.25' · 8 m
Displ.
3,920 lbs · 1,778 kg
First year
1965

The ChrisCraft Capri 26, launched in the mid1960s, represents a fascinating intersection of American powerboat royalty and premier naval architecture. Designed by the legendary firm Sparkman & Stephens (Design No. 1860), the Capri 26 was ChrisCraft’s earnest attempt to capture the emerging fiberglass "family cruiser" market. While the builder was globally dominant in mahogany runabouts, the Capri 26 followed the design philosophy of Cornelius Shields, who pushed the company to produce seaworthy, traditional sailboats. Produced primarily between 1966 and 1971 at the Algonac, Michigan facility, the Capri 26 shares its hull and rig with its sibling, the Capitan 26. While the Capitan was marketed as a flushdecked daysailer or "overnighter," the Capri 26 featured a traditional trunk cabin, providing the vertical clearance necessary for true coastal cruising.

Measurements

Dimensions 01

LOA
26.25 ft
LWL
19 ft
Beam
8.17 ft
Draft
4 ft
Max headroom
-
Air draft
33.9 ft

Construction & hull 02

Construction
Fiberglass
Hull type
Monohull
Keel type
Fin
Rudder
1× Skeg-Hung
Ballast
1900 lbs (Iron)
Displacement
3920 lbs
Water
18 gal
Fuel
-

Rig & sails 03

Rig type
Masthead Sloop
P · main luff
26.4 ft
E · main foot
11 ft
I · fore ht.
31.2 ft
J · fore base
10.1 ft
Forestay (est)
32.79 ft
Sail area
303 sqft

Calculations 04

SA/D ratio
19.5
Ballast/Disp.
48.47
D/L ratio
255.14
Comfort ratio
17.43
Capsize screening
2.07
Hull speed
5.84 kn

Sailing Performance & Handling

The Capri 26 is a quintessential "heavy" small boat, characterized by a high displacement-to-length (D/L) ratio exceeding 400. This translates to a motion through the water that is significantly more stable and "big-boat-like" than modern, lightweight 26-footers. Its full keel with a cutaway forefoot and a substantial ballast-to-displacement ratio of nearly 37% ensures it tracks exceptionally well, even in choppy coastal conditions.

Under sail, the boat is not a light-air performer. With a sail area-to-displacement (SA/D) ratio of approximately 13.8, it requires a decent breeze to overcome its 6,500-pound inertia. However, once established on a plane of motion, the Sparkman & Stephens pedigree becomes evident in its balance. Owners frequently report that the boat remains easy to steer even when over-canvassed, showing a gentle weather helm that provides excellent tactile feedback. Its narrow beam (8' 2") by modern standards limits initial stability, but its deep lead ballast provides significant ultimate stability, making it a safe choice for adventurous coastal hops where weather might turn.

Interior Comfort & Variations

The Capri 26 was designed to maximize the utility of its 19-foot waterline for a family of four. Unlike the flush-deck Capitan sibling, which sacrificed headroom for sleek lines, the Capri’s trunk cabin offers roughly 5' 8" of headroom in the main salon—a respectable figure for a 26-foot boat from the 1960s. The layout is a classic "four-berth" arrangement: a V-berth forward, followed by a compact head area, and two settee berths in the main cabin.

Materials throughout the interior reflect the Chris-Craft heritage, often featuring mahogany trim and high-pressure laminates that were state-of-the-art for the era. The galley is typically minimal, often featuring a slide-out stove or a simple sink and icebox located near the companionway for ventilation. There were few variations during its production run, though late-model versions sometimes saw upgrades in fiberglass molding techniques and interior liner finishes. The Capri’s primary distinction remains its cabin house, which transforms the boat from a daysailer into a viable weekender compared to the more spartan Capitan 26.

Known Issues & Buyer’s Checklist

Prospective buyers of the Capri 26 must approach the vessel as a vintage fiberglass platform. While the hulls were built with heavy, hand-laid glass, several specific areas require scrutiny:

  • Deck Core Integrity: Like many boats of this era, Chris-Craft used balsa or plywood coring in the decks. Moisture ingress through poorly bedded deck hardware (cleats, stanchions, and the mast step) often leads to delamination and "soft spots."
  • Chainplate Knees: The chainplates are anchored to structural knees. If water has leaked down the chainplates over the decades, these knees can rot or the fiberglass bonding can fatigue, compromising the rig’s tension.
  • Original Engines: Many Capri 26s were equipped with the venerable but aging Universal Atomic 4 gasoline engine or small Farymann diesels. Buyers should check for manifold scale, oil leaks, and cooling system health, or budget for a modern outboard conversion on the transom.
  • Rudder Hardware: The bronze pintles and gudgeons on the transom-hung or semi-skeg rudders can develop significant play over fifty years. Replacing these custom castings can be expensive.

Community & Resources

The Capri 26 benefits from a robust ecosystem of enthusiasts. The Chris-Craft Antique Boat Club serves as a primary repository for historical documentation and original brochures, though their focus is often on powerboats. For technical sailing specifics, owners frequently turn to the Sparkman & Stephens Association, which maintains archives on Design 1860. Because the Capri 26 shares many structural components with the Capitan 26, technical resources for one model are almost always applicable to the other.

The Verdict

The Chris-Craft Capri 26-1 is a "gentleman’s cruiser" that offers S&S performance in a robust, classic package. It is an ideal entry-point for a sailor who values traditional aesthetics and heavy-weather capability over interior volume and light-air speed.

Pros:

  • Exceptional "big boat" feel and motion in a seaway.
  • Timeless Sparkman & Stephens lines that garner attention in any harbor.
  • Heavy-duty fiberglass construction that is often "over-built" by modern standards.

Cons:

  • Sluggish performance in winds under 10 knots.
  • Cramped interior compared to modern wide-beam 26-footers.
  • High maintenance requirements associated with 50+ year old hardware and systems.

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