Chris-Craft Capri 30 — Information, Review, Specs

Sparkman & Stephens·1964·Chris-Craft
Chris-Craft Capri 30 drawingBuilder drawing
Hull type
Monohull · centerboard
Rig
Masthead Sloop
LOA
30' · 9.14 m
Displ.
11,740 lbs · 5,325 kg
First year
1964

The ChrisCraft Capri 30 represents a distinct chapter in American maritime history when the titan of mahogany runabouts pivoted toward the burgeoning fiberglass sailboat market. Launched in the mid1960s—specifically appearing in 1964—the Capri 30 was the product of a highprofile collaboration between ChrisCraft and the legendary naval architecture firm Sparkman & Stephens. Unlike the massproduced, lightweight coastal cruisers that would dominate the 1970s, the Capri 30 was built with a heavier, more traditional hand, emphasizing seaworthiness and structural integrity. This vessel, identified as Sparkman & Stephens Design 1846, showcases the classic aesthetics of the era: a graceful sheer line, a long keel with a cutaway forefoot, and a masthead sloop rig that prioritized balance and heavyweather stability over raw surfing speed.

Measurements

Dimensions 01

LOA
30 ft
LWL
25 ft
Beam
9.67 ft
Draft
9.17 ft
Max headroom
-
Air draft
42.92 ft

Construction & hull 02

Construction
Fiberglass
Hull type
Monohull
Keel type
Centerboard
Rudder
1× —
Ballast
4000 lbs (Lead)
Displacement
11740 lbs
Water
32 gal
Fuel
20 gal

Rig & sails 03

Rig type
Masthead Sloop
P · main luff
34.5 ft
E · main foot
14 ft
I · fore ht.
40 ft
J · fore base
11.6 ft
Forestay (est)
41.65 ft
Sail area
474 sqft

Calculations 04

SA/D ratio
14.68
Ballast/Disp.
34.07
D/L ratio
335.43
Comfort ratio
33.33
Capsize screening
1.7
Hull speed
6.7 kn

Sailing Performance & Handling

Under sail, the Capri 30 is characterized by its remarkable stability and predictable motion, a direct result of its traditional hull form and a displacement-to-length ratio that leans toward the "heavy cruiser" end of the spectrum. The design focuses on sea-kindliness, a trait central to Sparkman & Stephens design philosophies, ensuring the boat remains comfortable even when conditions deteriorate. The boat tracks exceptionally well upwind due to its deep-draft long keel, though it lacks the nimble, "flickable" nature of fin-keeled contemporaries.

According to historical design notes from the period, the Capri 30 was intended to be "stiff," meaning it resists heeling in moderate breezes, remaining dry and upright while lighter boats are forced to reef. The attached rudder on the trailing edge of the keel provides a heavy, authoritative feel at the helm. This offers excellent feedback in a seaway but can make tight-quarters maneuvering under power—especially in reverse—a challenge for those accustomed to modern spade rudders.

Interior Comfort & Variations

The interior of the Capri 30 reflects the high craftsmanship standards Chris-Craft maintained during its transition from wood to fiberglass. The layout is a classic four-to-five berth arrangement common for 30-foot yachts of the 1960s. It typically features a V-berth forward with an overhead hatch for ventilation, followed by an enclosed head to port and a hanging locker to starboard. The main salon utilizes two settee berths, with the galley located aft near the companionway to facilitate ventilation while cooking.

Extensive mahogany trim—a direct nod to Chris-Craft’s heritage—is prevalent throughout the cabin, providing a warmth and aesthetic quality that many modern fiberglass boats lack. In terms of sibling variants, the Capri 30 was part of a tiered sailing lineup. This included the smaller Capri 26 and the larger, more robust Cherokee 32, both of which shared the S&S design DNA. While the Capri 30 was the mid-range offering, it was often favored for its "sweet spot" size—large enough for coastal cruising but small enough for a couple to manage without power winches.

Known Issues & Buyer’s Checklist

Prospective owners should pay close attention to specific technical areas common to 1960s Chris-Craft builds.

  • Deck Core Integrity: Like many early fiberglass boats, the Capri 30 used a balsa or plywood core for deck stiffness. Buyers should check for soft spots around stanchion bases and the mast step, where unsealed hardware often allowed water to penetrate the core over decades.
  • Chainplates: The chainplates for the masthead rig should be inspected for crevice corrosion. Because they pass through the deck to internal structural members, any sign of leaking can lead to hidden corrosion or rot in the bulkheads.
  • Original Power Plants: Many Capri 30s were originally fitted with the Universal Atomic 4 gasoline engine. While a reliable engine if maintained, many have reached the end of their service life. A diesel repower is a significant value-add but also a major expense for a buyer to consider.
  • Rudder Gudgeons: The hardware connecting the rudder to the keel is subject to wear. Excessive "play" or slack in the steering often indicates that the bronze bushings or gudgeons require machining or replacement.

Community & Resources

Technical information and historical documentation for the Capri 30 are preserved by two primary organizations. The Chris-Craft Antique Boat Club serves as the central hub for the brand’s history, offering a hull registry and archived brochures. Additionally, because the boat is an official Sparkman & Stephens design, the Sparkman & Stephens Association maintains technical archives and design records that are invaluable for owners performing structural restorations.

The Verdict

The Chris-Craft Capri 30 is a "gentleman’s cruiser" that offers a bridge between the classic wooden era and the fiberglass revolution. It is an ideal vessel for the traditionalist who values pedigree and heavy-weather performance over modern interior volume.

Pros:

  • Prestigious Sparkman & Stephens design pedigree ensures lasting value.
  • Heavy fiberglass layup provides a secure, sea-kindly ride in rough water.
  • Timeless aesthetic appeal with high-quality mahogany interior joinery.
  • Excellent directional stability and tracking when sailing upwind.

Cons:

  • Limited interior volume and headroom compared to modern 30-footers.
  • Maneuverability in reverse is difficult due to the long keel and attached rudder.
  • Aging systems (original plumbing and wiring) frequently require modern updates.

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