C&C 50 — Information, Review, Specs

Cuthbertson & Cassian·1972 – 1975·C&C Yachts
Approximate drawing

Hover a measurement to read its value

Hull type
Monohull · fin
Rig
Masthead Sloop
LOA
49.83' · 15.19 m
Displ.
31,100 lbs · 14,107 kg
First year
1972

The C&C 50 stands as the sophisticated flagship of the brand’s "renaissance" era during the mid2000s. Designed by Glenn Henderson after the brand was acquired by Fairport Marine (the parent company of Tartan Yachts), the C&C 50 was a departure from the IORinfluenced designs of the 1970s, moving instead toward a philosophy of "performance luxury." Built using advanced vacuuminfusion processes with epoxy resins and localized carbon fiber reinforcement, the vessel was intended to compete with elite European performance cruisers like those from XYachts or Grand Soleil. It represents a rare combination of the traditional C&C "rakish" aesthetic with modern, hightech composite engineering.

Measurements

Dimensions 01

LOA
49.83 ft
LWL
39 ft
Beam
14.5 ft
Draft
8 ft
Max headroom
-
Air draft
-

Construction & hull 02

Construction
Fiberglass
Hull type
Monohull
Keel type
Fin
Rudder
1× Spade
Ballast
15000 lbs (Lead)
Displacement
31100 lbs
Water
-
Fuel
-

Rig & sails 03

Rig type
Masthead Sloop
P · main luff
57 ft
E · main foot
18 ft
I · fore ht.
64 ft
J · fore base
23.75 ft
Forestay (est)
68.26 ft
Sail area
1273 sqft

Calculations 04

SA/D ratio
20.59
Ballast/Disp.
48.23
D/L ratio
234.06
Comfort ratio
32.32
Capsize screening
1.84
Hull speed
8.37 kn

Sailing Performance & Handling

The C&C 50 was designed with a focus on "balanced" hull dynamics, a hallmark of Glenn Henderson’s design philosophy. Unlike many older C&C models that required heavy hiking or constant sail trimming to keep the rudder from stalling, the 50 features a hull shape that maintains a consistent center of buoyancy even as the boat heels. According to editorial reviews by Sail Magazine, the boat’s handling is remarkably light for its size, thanks in part to a large-diameter carbon fiber steering wheel and a high-aspect spade rudder.

The technical specifications reveal a displacement-to-length (D/L) ratio that places the boat firmly in the performance-cruiser category, avoiding the "ultra-light" skittishness of pure racers while remaining significantly more agile than traditional blue-water cruisers. The standard carbon fiber mast from Novis Composites reduces weight aloft, which, when combined with a lead-bulb keel, creates a high righting moment. This allow the C&C 50 to carry its sail area longer into freshening breezes before needing a reef. Owners and testers often note that the boat tracks exceptionally well upwind, pointing higher than most production yachts of the same vintage.

Interior Comfort & Variations

The interior of the C&C 50 reflects the high-end craftsmanship associated with the Tartan/Fairport factory in Ohio. The cabin is typically finished in cherry wood with a focus on horizontal grains to elongate the visual space. The most common layout features a three-cabin, two-head configuration. The forward master suite is particularly notable for its "island" queen berth and extensive hanging locker space, catering to owners who intended to use the boat for long-range coastal cruising.

The main saloon utilizes the boat’s 14-foot 7-inch beam to create a social environment, often featuring a U-shaped settee to port and a straight settee to starboard. Because this model was built during the C&C "revival" period, the manufacturer offered a degree of customization not seen in smaller production runs. Some variants might include a dedicated navigation station with additional room for modern telemetry and offshore communications. The galley is typically linear or J-shaped, equipped with Corian countertops and deep stainless steel sinks, designed for use while underway.

Known Issues & Buyer’s Checklist

While the C&C 50 benefited from more advanced construction than the balsa-cored models of the 1970s, there are specific technical areas that require a surveyor’s attention:

  • Carbon Fiber Spar Inspection: As the carbon fiber mast and boom are integral to the boat’s performance, they should be professionally inspected for hairline cracks or UV degradation, particularly around the tangs and spreader attachments.
  • Epoxy Hull Voids: Although vacuum infusion is a superior process, any boat of this complexity should be checked for "dry spots" or voids in the laminate, particularly near the keel stump and rudder post.
  • Rod Rigging Life: Many C&C 50s were delivered with rod rigging. Most manufacturers recommend a complete rod replacement or professional "cold-heading" every 10 to 12 years. If the rigging is original, it is likely past its service life.
  • Plumbing and Manifolds: The complex manifold systems used by Fairport Marine can be difficult to access. Buyers should check for corrosion in the sea-chest or any evidence of weeping around the integrated tankage.

Community & Resources

The C&C 50 is a rare model compared to the high-production 27s and 30s of the 20th century, which means owners often rely on broader brand associations. The most significant resource is the C&C Photo Album & Resource Center, a technical repository that hosts original brochures, line drawings, and a registry for modern Henderson-designed C&C yachts. Additionally, the Tartan/C&C owners' groups provide a wealth of cross-over technical knowledge regarding the epoxy-infusion builds shared between the two brands.

The Verdict

The C&C 50 is a "gentleman’s express" that successfully bridged the gap between a high-stakes racer and a comfortable weekend cruiser. It is an ideal vessel for the sailor who values technical sophistication and Canadian/American maritime heritage.

Pros

  • Superior Construction: The vacuum-infused epoxy hull provides better stiffness and osmotic blister resistance than traditional polyester fiberglass.
  • Modern Handling: Balanced hull form and carbon spars make it manageable for a couple despite its 50-foot length.
  • Aesthetic Appeal: One of the most visually striking yachts of the early 21st century, maintaining the iconic C&C "speed stripes" and low-profile coachroof.

Cons

  • Maintenance Costs: Carbon fiber components and rod rigging require more expensive specialized service than standard aluminum and wire.
  • Rarity: With few hulls produced, finding one on the brokerage market can be a multi-year endeavor.
  • Draft: The performance-oriented keel may limit access to shallower cruising grounds like the Bahamas or the Chesapeake Bay.

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