C&C 40-2 — Information, Review, Specs

C&C·1978·C&C Yachts
C&C 40-2 drawingBuilder drawing
Hull type
Monohull · fin
Rig
Masthead Sloop
LOA
39.58' · 12.06 m
Displ.
17,000 lbs · 7,711 kg
First year
1978

The C&C 402, often referred to simply as the "New" C&C 40 to distinguish it from its 1960s predecessor, represents the zenith of the racercruiser era defined by the International Offshore Rule (IOR). Launched in 1978 and designed by Robert Ball of the C&C Design Group, this model was engineered to be a formidable competitor in the Southern Ocean Racing Conference (SORC) while offering the refined interior amenities expected by the era’s luxury cruising market. Constructed primarily at C&C’s NiagaraontheLake facility, the 402 utilized the builder's signature balsacore fiberglass layup, a technique that provided exceptional stiffnesstoweight ratios. This construction method allowed the vessel to maintain a relatively light displacement of approximately 17,500 pounds, making it a "lightair flyer" that could still handle heavy weather when pressed.

Measurements

Dimensions 01

LOA
39.58 ft
LWL
31.5 ft
Beam
12.67 ft
Draft
7 ft
Max headroom
-
Air draft
-

Construction & hull 02

Construction
Fiberglass
Hull type
Monohull
Keel type
Fin
Rudder
1× Spade
Ballast
7910 lbs
Displacement
17000 lbs
Water
60 gal
Fuel
20 gal

Rig & sails 03

Rig type
Masthead Sloop
P · main luff
46.5 ft
E · main foot
13.3 ft
I · fore ht.
53 ft
J · fore base
16.6 ft
Forestay (est)
55.54 ft
Sail area
743 sqft

Calculations 04

SA/D ratio
17.98
Ballast/Disp.
46.53
D/L ratio
242.81
Comfort ratio
26.32
Capsize screening
1.97
Hull speed
7.52 kn

Sailing Performance & Handling

The C&C 40-2 is widely regarded as a "sailor's boat," characterized by its responsive helm and high-aspect rig. With a sail area-to-displacement ratio hovering around 18.2, the boat possesses enough power to remain competitive in light-air regattas, a trait highlighted in historical accounts of its performance in the Mac Race and SORC circuits. Under sail, the 40-2 tracks exceptionally well upwind, thanks to its deep fin keel and high-ballast-to-displacement ratio (typically around 45%). However, like many IOR-influenced designs of the late 1970s, it features a relatively beamy midsection and "pinched" ends. This hull form can lead to a degree of "unsteadiness" or rhythmic rolling when running deep downwind in heavy seas, a characteristic often managed by seasoned owners through early reefing and precise sail trim.

The steering is typically a large-diameter destroyer wheel connected to a robust spade rudder. Owners frequently report that the boat provides immense feedback; it is stiff and stable but will "talk" to the helmsman as it nears its hull speed. The masthead sloop rig is substantial, usually featuring triple-spreader configurations on later versions to support the high-tension rod rigging that was common for this model.

Interior Comfort & Variations

For a vessel optimized for speed, the C&C 40-2 offers a surprisingly sophisticated living space. The interior is defined by an abundance of teak joinery and a functional "offshore" layout. The standard configuration includes a forward V-berth, a large main salon with a folding centerline table, and a dedicated navigation station to starboard. The galley is typically U-shaped and positioned to port of the companionway, designed to be secure for cooking while underway.

C&C produced several variations to cater to different market segments. The most notable sibling is the C&C 40-2 AC (Aft Cabin) version, which modified the cockpit and aft section to include a private owner’s stateroom. While the AC model offers superior privacy, the standard "aft-cockpit" version is often preferred by racers for its more efficient deck layout. Another sibling model built on a very similar performance ethos is the C&C 41, which evolved from the 40-2 hull but featured a revised deck mold and different interior appointments. Throughout the production run, headroom remained a priority, with most areas of the main cabin offering a generous 6’4”, a luxury for a boat with such sleek external lines.

Known Issues & Buyer’s Checklist

Prospective buyers should approach a C&C 40-2 with a specific focus on the structural integrity of the composite materials.

  • Balsa Core Moisture: The most critical area for inspection is the balsa-cored deck and hull. Over decades, hardware bedded in the deck can leak, leading to core rot. A professional moisture meter test and "tap test" are essential to identify delamination around stanchion bases and the mast step.
  • The "C&C Smile": Many 40-2 models develop a hairline crack at the leading edge of the keel-to-hull joint, affectionately known as the "C&C smile." While often cosmetic, it can indicate a need to retorque keel bolts or reinforce the floor timbers if the crack is deep.
  • Mast Step Corrosion: The aluminum mast sits on a steel or aluminum step located in the bilge. Because this area is prone to standing water, galvanic corrosion can weaken the base of the mast.
  • Rod Rigging Fatigue: Most 40-2s were originally equipped with Navtec rod rigging. Unlike wire rigging, rod rigging can fail without visible "fishhooks." If the rigging is older than 15 years, a complete replacement or a professional dye-penetrant inspection is mandatory for offshore work.

Community & Resources

The C&C 40-2 enjoys one of the most active legacy communities in North America. The C&C Photo Album & Resource Center serves as an unofficial technical archive, housing original brochures, line drawings, and owner-contributed maintenance logs. Additionally, the C&C Owners Association provides a platform for organizing regional rendezvous, particularly in the Great Lakes and Chesapeake Bay regions, where these boats remain a staple of the racing fleet.

The Verdict

The C&C 40-2 remains a premier choice for the sailor who refuses to sacrifice performance for comfort. While it requires diligent maintenance of its cored surfaces, its timeless aesthetics and pedigree make it a standout on the used market.

Pros:

  • Exceptional upwind performance and light-air speed.
  • Timeless "classic plastic" lines that remain aesthetically pleasing.
  • Robust interior joinery and a functional layout for offshore passage-making.
  • Strong resale value and a dedicated parts-support community.

Cons:

  • High risk of balsa core moisture issues if neglected.
  • IOR hull shape can be challenging to handle when running downwind in heavy air.
  • Maintenance of rod rigging and older keel joints can be expensive.

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