Escape Captiva Information, Review, Specs

Make
Escape
Model
Captiva
Builder
Escape Sailboat Co.
Designer
Escape Sailboat Co.
Number Built
Production Year(s)
1999 - 2009

The Escape Captiva, often referred to as the Escape 11.5, represents a pivotal moment in the late 1990s effort to "democratize" sailing. Launched in 1996 by the Escape Sailboat Co., the vessel was the brainchild of a sailing "dream team" that included J/Boats’ Peter Johnstone, America’s Cup legends Gary Jobson and Tom Whidden, and visionary designer Garry Hoyt. Built in Portsmouth, Rhode Island, the Captiva was designed specifically to eliminate the "fear factor" associated with traditional dinghy sailing. It achieved this through a combination of indestructible roto-molded polyethylene construction and a suite of "user-friendly" innovations that allowed novices to begin sailing within minutes of hitting the water.

The Captiva was the cornerstone of a broader fleet strategy that included the smaller Escape 9, the more athletic Escape Rumba, and the sit-on-top Solsa and Mambo models. While the Escape 9 was strictly a solo learner, the 11.5-foot Captiva provided enough buoyancy and cockpit volume for two adults or a small family. Its signature "high-visibility yellow" hull became a staple of resort fleets and sailing schools worldwide, emphasizing durability over the fragile gelcoat found on its competitors.

Sailing Performance & Handling

The Captiva’s handling is defined by Garry Hoyt’s "Stableform" hull design, which features a dramatic flared chine that sweeps from the transom to the stem. This geometry provides exceptional initial stability; as the boat heels, the flared sections provide increasing buoyancy, making it nearly impossible to capsize under normal conditions. According to a retrospective by Sailing Magazine, this hull shape was remarkably ahead of its time, bearing a visual similarity to the flared-chine designs found on modern America’s Cup foilers.

Performance is managed through the "SmartRig," a patented system where the sail is rolled directly around a freestanding tapered mast. This allows for infinite reefing; a single furling line can reduce the 62-square-foot sail to the size of a handkerchief in seconds. While the boat is not built for high-speed racing—its polyethylene hull is heavier than fiberglass alternatives—it handles heavy weather with surprising composure. An Outside Magazine test reported that in 20 knots of wind, the Captiva "bashes waves to pieces" and remains balanced enough for a novice to feel in control. The addition of the "AutoSail" system, a color-coded wind indicator at the mast base, further simplifies the experience by showing the sailor exactly how to trim the sheet for various wind angles.

The Captiva enjoyed a significant cultural footprint as the primary teaching vessel for Club Med and other global resorts during the late 90s and early 2000s. Its "self-teaching" philosophy was championed in a series of instructional videos produced by Gary Jobson, which helped the model become one of the best-selling sailboats in North America during its production peak. The model’s design innovations were so distinct that they were featured in a Cruising World editorial review which praised the boat for its ability to bring "the fun back into sailing" through sheer simplicity.

Known Issues & Buyer’s Checklist

While the Captiva is famously robust, three decades of UV exposure can take a toll on its plastic construction. Prospective buyers should focus on the following technical areas:

  • Polyethylene Hull Integrity: Check for "oil canning" (permanent indentations in the plastic) on the bottom of the hull, often caused by storing the boat on a trailer without proper bunk support. While the material is impact-resistant, deep gouges are difficult to repair as traditional epoxies do not bond well to LLDPE.
  • Mast Step and Hardware: Inspect the deck-mounted boom pivot and the mast step. Because the mast rotates to furl the sail, any sand or grit in the bearing surfaces can cause significant wear over time.
  • Foam Saturation: The hull is double-walled with foam flotation. If the outer skin has been breached or if the drain plugs have been left open during rain, the internal foam can become waterlogged, significantly increasing the boat's weight and ruining its performance.
  • Foil Condition: Early Captivas used wooden daggerboards which were prone to sticking or swelling in the trunk; later models transitioned to a plastic or composite centerboard which is more reliable but should be checked for cracks.

Community & Resources

Technical support for the Escape line is primarily found through the legacy documentation maintained by the Escape Owners groups and technical wikis. The most comprehensive archive for manuals, rigging guides, and parts identification for the Captiva, Rumba, and other siblings is hosted by the technical resource site Cheyney Rock, which serves as the unofficial repository for the brand since the company ceased operations in 2009.

The Verdict

The Escape Captiva remains one of the most successful "entry-level" sailboats ever produced, offering a nearly indestructible platform for those learning the basics.

Pros

  • Extreme Stability: The "Stableform" hull makes it ideal for children and nervous adults.
  • SmartRig Versatility: The ability to unroll exactly as much sail as the wind allows is a premier safety feature.
  • Zero-Maintenance Hull: No gelcoat to polish or fiberglass to chip; the boat can be dragged onto a beach without concern.

Cons

  • Weight: At approximately 140–200 lbs depending on the year, it is difficult for one person to car-top.
  • Finite Lifespan: Unlike fiberglass, polyethylene eventually degrades from UV exposure and cannot be easily "restored" once the plastic becomes brittle.
  • Speed: The hull is optimized for stability rather than planing, meaning it will be outpaced by more traditional racers like the Sunfish or Laser.

Measurements

Construction & Hull

Construction Material
Plastic/Polyethylene
Hull Type
Monohull Sailboat
Keel Type
Centerboard
Rudder
1x —
Ballast
-
Displacement
195 lbs
Water Capacity
-
Fuel Capacity
-

Dimensions

Length Overall (LOA)
11.5 ft
Waterline Length (LWL)
-
Beam
5 ft
Draft
3.33 ft
Max Headroom
-
Air Draft
19 ft
Hover over a measurement
IJPE FS LOALWL

Rig & Sails

Rig Type
Cat Rig
P (Main Luff)
-
E (Main Foot)
-
I (Foretriangle Height)
-
J (Foretriangle Base)
-
Forestay Length (est)
-
Sail Area
67 sqft

Calculations

Sail Area / Displacement (SA/D) Ratio
31.88
Ballast / Displacement Ratio
Displacement / Length Ratio (D/L) Ratio
Comfort Ratio
Capsize Screening Formula
3.45
Hull Speed
— kn