Captiva 240 Information, Review, Specs

Captiva 240 Drawing
Make
Captiva
Model
240
Builder
Captiva Yachts
Designer
O. H. Rodgers/Scott
Number Built
140
Production Year(s)
1984 - 1988

The Captiva 240 arrived in the mid-1980s as a performance-minded alternative to the heavier pocket cruisers of the era. Produced by Captiva Yachts in Clearwater, Florida, between 1984 and 1988, the vessel was born from the collaboration of Richard Watkins and Kevin Pastor. Watkins, a veteran of the marine industry, sought to apply the fiberglass expertise gained from his family’s previous venture, Watkins Yachts, to a more agile and responsive design. The result was a boat that bridged the gap between a pure MORC (Midget Ocean Racing Club) racer and a manageable weekend cruiser.

The hull of the Captiva 240 is a direct evolution of the Rodgers 24, a design by the prolific naval architect O.H. Rodgers and Walter Scott. By retaining the slippery hull form of the Rodgers racer but modifying the deck and interior for consumer comfort, Captiva Yachts created a boat that appealed to sailors who valued speed but were not ready to sacrifice basic overnighting capabilities. Approximately 140 units were produced during the company's four-year lifespan, making it a relatively rare but respected find on the secondary market.

Sailing Performance & Handling

The Captiva 240 is defined by its impressive ballast-to-displacement ratio of nearly 42%. With 1,000 pounds of lead encapsulated in its fin keel and a total displacement of just 2,400 pounds, the boat is remarkably stiff and carries its sail area well into freshening breezes. This technical configuration allows the 240 to track with precision and resist the tender "tippy" feeling often associated with lightweight 24-footers.

The design’s racing DNA is evident in its upwind performance. Because it was based on the Rodgers 24, the boat features a high-aspect rig that allows it to point exceptionally well. Handling is described by owners as "dinghy-like" in its responsiveness, providing immediate feedback through the tiller. However, the deep 4.67-foot draft—while excellent for lift and stability—limits its utility in extremely shallow coastal reaches, a trade-off for its superior windward ability. While the boat is highly stable, its narrow beam relative to its performance profile means that it requires active sail trimming to maintain its optimal heel angle in gusty conditions.

Interior Comfort & Variations

Despite its origins as a racer, the Captiva 240 offers a functional interior that utilizes every inch of its 8.16-foot beam. The cabin layout typically features a standard V-berth forward, two settee berths in the main salon, and occasionally a quarter berth, allowing it to technically sleep four adults. Headroom is modest, as is expected in a performance-oriented 24-foot boat, necessitating a "crawling" posture for taller sailors.

The materials used in the interior reflect the standard Florida-built quality of the 1980s, featuring teak trim and molded fiberglass liners that are easy to maintain. In terms of variations, the Captiva 240 remained largely consistent during its production run, though buyers should note the existence of its larger sibling, the Captiva 270. The 270 utilized a similar design philosophy but offered significantly more volume and a dedicated galley area, which was only rudimentary on the 240.

Known Issues & Buyer’s Checklist

When inspecting a Captiva 240, the most critical areas for review involve the fiberglass-to-wood interfaces and the rigging loads.

  1. Deck Core Integrity: Like many Clearwater-built boats of this era, the Captiva 240 uses a balsa-cored deck. Buyers should use a plastic hammer to check for "dead" thuds around the chainplates and stanchion bases, which indicate water intrusion and core delamination.
  2. Rudder Bearing Wear: Due to the boat's high-performance nature and the stresses placed on the spade rudder during spirited sailing, the rudder post and bearings should be checked for excessive play or signs of stress cracking at the hull exit point.
  3. Keel-to-Hull Joint: Though the 1,000-pound ballast is substantial, the joint where the fin keel meets the hull can develop "smiles" or hairline cracks if the boat has been raced hard or grounded. This area requires a close inspection for structural movement.
  4. Portlight Leaks: The original plastic-framed portlights are prone to UV degradation and leaking. Evidence of water staining on the interior teak or liner is a common sign that the seals or the units themselves require replacement.

Community & Resources

While Captiva Yachts ceased operations in 1988, the boat shares a significant heritage with the Watkins Owners Association. Because Richard Watkins was a founding member of both companies, many technical resources and construction insights for Watkins Yachts are applicable to the Captiva line. Enthusiasts often congregate in generalized pocket-cruiser forums to discuss specific rigging upgrades for the O.H. Rodgers hull.

The Verdict

The Captiva 240 is an ideal vessel for the sailor who prioritizes sailing dynamics over "caravan-style" interior volume. It remains a standout for its era, offering a level of stiffness and speed that few 24-foot production cruisers can match.

Pros:

  • Excellent ballast ratio provides a stable, "big boat" feel in a small package.
  • High-performance O.H. Rodgers hull design offers superior upwind capability.
  • Simple systems and manageable size make it an ideal solo-sailing or couple’s boat.

Cons:

  • Deep draft may limit access to some shallow-water docks and anchorages.
  • Interior headroom is limited, making extended stays onboard a challenge.
  • Short production run means limited model-specific replacement parts are available.

Measurements

Construction & Hull

Construction Material
Fiberglass
Hull Type
Monohull Sailboat
Keel Type
Centerboard
Rudder
1x —
Ballast
1000 lbs
Displacement
2400 lbs
Water Capacity
-
Fuel Capacity
-

Dimensions

Length Overall (LOA)
24 ft
Waterline Length (LWL)
20.5 ft
Beam
8.16 ft
Draft
4.67 ft
Max Headroom
-
Air Draft
-
Hover over a measurement
IJPE FS LOALWL

Rig & Sails

Rig Type
Fractional Sloop
P (Main Luff)
27 ft
E (Main Foot)
11 ft
I (Foretriangle Height)
31 ft
J (Foretriangle Base)
8.5 ft
Forestay Length (est)
32.14 ft
Sail Area
280 sqft

Calculations

Sail Area / Displacement (SA/D) Ratio
24.99
Ballast / Displacement Ratio
41.67
Displacement / Length Ratio (D/L) Ratio
124.37
Comfort Ratio
10.5
Capsize Screening Formula
2.44
Hull Speed
6.07 kn