Nacra F20 Carbon Information, Review, Specs

Make
Nacra
Model
F20 Carbon
Number Built
Production Year(s)
2012 - ??

The Nacra F20 Carbon stands as a testament to high-performance multihull design, embodying Nacra's commitment to speed, innovation, and competitive sailing. Launched in 2012, this lightweight racing catamaran was conceived for technical racing and coastal courses, quickly establishing itself as a formidable contender in its class. With a length overall of just over 20 feet, the F20 Carbon is a purpose-built machine, developed by the renowned design team of Morelli & Melvin in collaboration with Nacra. It represents the pinnacle of modern catamaran engineering, leveraging advanced carbon fiber construction to deliver an exhilarating sailing experience.

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Nacra's reputation as a leader in performance catamarans is deeply ingrained in the F20 Carbon's DNA. This model integrates the core design philosophies that have defined the builder for decades: blending innovation with a profound passion for competitive sailing.

History and Design

The Nacra F20 Carbon entered production in 2012, marking a new flagship model in Nacra's lineup. Its creation was a deliberate effort to build upon the successes of earlier, highly regarded models like the F16 and the F18 Infusion, incorporating their best features into a larger, even more potent platform. The design team, Morelli & Melvin, known for their expertise in high-performance multihulls, worked closely with Nacra to achieve this vision. Modern Nacra, now based in The Netherlands, leverages advanced manufacturing capabilities, contributing to the sophisticated construction of the F20 Carbon.

A defining characteristic of the F20 Carbon's evolution is the introduction of its "FCS" (Flight Control System) version. This significant variation transforms the already high-performance platform into a full-foiling catamaran, utilizing full carbon T-rudders and curved daggerboards to lift the hulls clear of the water at speed. Both the standard F20 Carbon and the FCS version feature full carbon hulls, with insights gained from the design of America's Cup AC50 class catamarans influencing their construction, enhancing both speed and ease of sailing.

Sailing Performance and Handling

The Nacra F20 Carbon is universally recognized as a high-performance vessel, built specifically for racing. Owners and enthusiasts frequently describe it as both fast and remarkably stable, making it an exceptional boat to sail. Its lightweight construction, with a displacement of just 401 pounds, combined with a generous sail area, ensures rapid acceleration and impressive speeds across the water. The use of full carbon fiber for the hulls, mast, and boom contributes significantly to its stiffness and responsiveness.

In terms of handling, the F20 Carbon is praised for being "easy to sail" despite its performance capabilities, offering a very stable platform. The dual rudder system and daggerboards (curved for the FCS version) provide precise control and allow for optimal trim, crucial for competitive racing. The boat is designed for the experienced racer, delivering a dynamic and engaging experience in varied conditions. The foiling capabilities of the FCS version elevate performance further, allowing the boat to literally "fly" above the water, reducing drag and increasing top-end speed.

Accommodations and Layout

As a dedicated high-performance racing catamaran, the Nacra F20 Carbon does not offer traditional interior accommodations typical of cruising sailboats. Instead, its design prioritizes an ergonomic and efficient deck layout optimized for racing. The focus is on functionality, with every component strategically placed for ease of access and control during competitive sailing.

The deck features a trampoline between the hulls, providing a large, clear platform for crew movement and sail handling. Control lines, fairleads, eyestraps, and blocks are all high-quality components, meticulously arranged to allow for rapid adjustments of the mainsail, spinnaker, and other rigging essentials. The carbon tiller extension allows the helmsman to move freely across the tramp, maintaining optimal weight distribution. While there is no enclosed cabin or headroom to speak of, the open, uncluttered design maximizes space for effective crew work and enhances the exhilarating, direct connection to the water that high-performance catamarans offer. The one-design rules for the F20 Carbon FCS class ensure that the manufacturing process maintains consistency, promoting fair competition among sailors.

Owner's Perspectives

Owners of the Nacra F20 Carbon, particularly the FCS foiling version, express significant satisfaction with its performance. Many are "very impressed" with how the boat performs, highlighting its exceptional speed and stable platform. The F20 Carbon is often described as a truly "exceptional" boat that, despite its high-performance nature, remains "easy to sail" and "very stable," a valuable trait for a competitive racer. While specific forum discussions about common problems are not widely documented in a summary format, the general sentiment points to a robust and highly capable design that meets the rigorous demands of racing enthusiasts. The specialized nature of such a high-performance vessel implies that owners are typically well-versed in the maintenance requirements of advanced composite materials and complex control systems.

Measurements

Construction & Hull

Construction Material
Fiberglass (Foam Core)
Hull Type
Catamaran Sailboat
Keel Type
Daggerboard
Ballast
-
Displacement
401 lbs
Water Capacity
-
Fuel Capacity
-

Engine

Engine Make
Engine Model
Engine Type
Engine HP
Engine Count
1
Drive Type
Fuel Type
Hover over a measurement
IJPE FS LOALWL

Rig & Sails

Rig Type
Fractional Sloop
P (Main Luff)
-
E (Main Foot)
-
I (Foretriangle Height)
-
J (Foretriangle Base)
-
Forestay Length (est)
-
Main Sail Area
-
Foretriangle Sail Area
-
Total Sail Area (Reported)
280.51 sqft
Total Sail Area (Calc)
-

Dimensions

LOA
20.34 ft
LWL
-
Beam
10.5 ft
Draft
-
Max Headroom
-
Air Draft
-

Calculations

Hull Speed
— kn
Pounds per Inch Immersion