Archambault 40 RC Information, Review, Specs

Archambault 40 RC Drawing
Make
Archambault
Model
40 RC
Builder
Archambault Boats
Designer
Joubert-Nivelt
Number Built
Production Year(s)
2005 - ??

The Archambault 40 RC (Racing Cruiser) represents a refined evolution of the shipyard’s competitive philosophy, designed specifically to succeed under the International Rating Certificate (IRC) rule. Developed as a more sophisticated successor to the original A40, the 40 RC was the result of the long-standing collaboration between the Archambault shipyard and the naval architects at Joubert-Nivelt Design. Utilizing vacuum-infusion construction for the hull and deck, the boat achieved a high degree of structural stiffness and weight savings, which are critical for a yacht of this pedigree. It was positioned as a dual-purpose vessel capable of podium finishes in offshore regattas like the Fastnet or Sydney Hobart while remaining manageable enough for a family to cruise during the off-season.

Sailing Performance & Handling

The Archambault 40 RC is characterized by its high-stability hull form and a powerful 9/10 fractional rig. Unlike many pure racing machines that become nervous in a blow, the 40 RC is noted for its "sea-kindliness," a trait often attributed to its balanced volume distribution and deep lead bulb keel. With a displacement of approximately 6,650 kg and a generous sail area, the boat exhibits a high Sail Area/Displacement ratio that allows it to ghost along in light airs, yet it remains remarkably stiff as the breeze builds.

According to technical analysis by Voiles et Voiliers, the 40 RC was optimized with a more refined stern section and rudder profile compared to its predecessor to improve tracking and reduce drag when heeled. On the helm, the boat is exceptionally responsive; most hulls were fitted with twin carbon or composite steering wheels, providing the helmsman with excellent visibility from the windward rail. The deck layout is uncompromisingly ergonomic, featuring a large, open cockpit and high-load deck hardware positioned for efficient sail trimming during short-course windward-leeward racing. Owners frequently report that the boat tracks exceptionally well upwind, holding a tight lane even in choppy conditions, while remaining stable and controllable under a large asymmetric spinnaker on a reach.

Interior Comfort & Variations

While performance was the primary driver for the 40 RC, the interior was not an afterthought. The layout typically follows a traditional three-cabin configuration: a large owner’s V-berth forward and two symmetrical double cabins aft. The use of light-colored woods and white molded liners creates a bright, airy atmosphere that contrasts with the dark, cramped interiors of some specialized racing yachts. The central salon features a folding table and comfortable settees that can serve as sea berths during offshore passages.

The "RC" designation stands for Racing Cruiser, and this is most evident in the modularity of the interior. The galley is functional, equipped with a two-burner stove, oven, and refrigeration, making it suitable for extended coastal cruising. However, weight-saving measures are present, such as lightweight joinery and simplified storage solutions. A single head is located aft, designed for easy access during a watch. Archambault offered variations in keel depth and material—specifically a standard lead keel and a deeper IRC-optimized keel—which significantly impact the boat's righting moment and, by extension, its interior ballast configuration.

Known Issues & Buyer’s Checklist

Prospective buyers of an Archambault 40 RC should focus their inspections on the stresses common to high-performance racer-cruisers.

  • Keel-to-Hull Joint: Given the boat’s deep draft and high righting moment, the keel grid (matrix) should be inspected for any signs of "smile" cracks or compression issues, particularly if the boat has a history of hard groundings during regattas.
  • Rudder Bearings: The high-aspect rudder can put significant stress on the bearings. Check for lateral play in the steering system and ensure the twin-wheel linkages are synchronized and free of friction.
  • Deck Hardware Sealing: The 40 RC is heavily loaded with winches, tracks, and organizers. Over time, the constant cycling of high loads can cause micro-cracks in the gelcoat around fasteners, leading to moisture ingress into the balsa or foam core.
  • Rigging Fatigue: Many 40 RCs were campaigned aggressively with rod rigging. This rigging typically has a defined lifespan and should be professionally dye-tested or replaced if the service history is unclear.
  • Engine Maintenance: The Volvo Penta or Nanni sail-drive units require regular seal replacements. Check the sail-drive diaphragm date and look for signs of corrosion in the engine compartment, which is often exposed to salt air through cockpit vents.

Community & Resources

The Archambault 40 RC benefits from a dedicated European following, particularly in France and the UK. Technical support is often found through the UNCL (Union Nationale pour la Course au Large), where the boat’s IRC certificates and polar data are frequently discussed. While the shipyard is no longer in operation, the Joubert-Nivelt design remains highly regarded, and sailmakers across the globe retain extensive templates for this specific hull, making replacement racing or cruising sails easy to source.

The Verdict

The Archambault 40 RC is a "sailor’s sailboat" that successfully bridges the gap between a grand-prix racer and a functional cruiser. It is best suited for an owner who prioritizes sailing sensation and speed but still wants a boat that can accommodate a family for a week in the islands.

Pros:

  • Exceptional IRC racing pedigree and handicap performance.
  • High-quality vacuum-infused construction ensures a stiff, durable hull.
  • Responsive, balanced handling even in heavy weather.
  • Surprisingly bright and functional interior for a performance-focused yacht.

Cons:

  • Deep draft can limit access to shallow cruising grounds and marinas.
  • High-performance deck hardware and rigging require diligent, costly maintenance.
  • Limited storage for long-term liveaboard cruising compared to dedicated cruising hulls.

Measurements

Construction & Hull

Construction Material
Fiberglass
Hull Type
Monohull Sailboat
Keel Type
Fin
Rudder
1x Spade
Ballast
6834 lbs
Displacement
14661 lbs
Water Capacity
26 gal
Fuel Capacity
20 gal

Dimensions

Length Overall (LOA)
39.3 ft
Waterline Length (LWL)
34.58 ft
Beam
12.3 ft
Draft
8.14 ft
Max Headroom
-
Air Draft
-
Hover over a measurement
IJPE FS LOALWL

Rig & Sails

Rig Type
Fractional Sloop
P (Main Luff)
51.77 ft
E (Main Foot)
17.55 ft
I (Foretriangle Height)
50.88 ft
J (Foretriangle Base)
15.42 ft
Forestay Length (est)
53.17 ft
Sail Area
847 sqft

Calculations

Sail Area / Displacement (SA/D) Ratio
22.62
Ballast / Displacement Ratio
46.61
Displacement / Length Ratio (D/L) Ratio
158.29
Comfort Ratio
22.25
Capsize Screening Formula
2.01
Hull Speed
7.88 kn