Tyker 40 Information, Review, Specs

Make
Tyker
Model
40
Builder
S.A.R.L Nautisme
Designer
G. Verdier
Number Built
Production Year(s)
2010 - ??

The Tyker 40 represents a pivotal moment in the evolution of the Class40 circuit, emerging as one of the most successful early designs that helped define the box-rule category for shorthanded offshore racing. Designed by the renowned naval architect Guillaume Verdier, the Tyker 40 was primarily constructed by FR Nautisme in France. Unlike many contemporary designs that attempted to bridge the gap between performance cruising and racing, the Tyker 40 was conceived as a pure-bred racing machine. Its architecture emphasizes high-latitude stability and surfing capabilities, making it a staple of the Route du Rhum and the Transat Jacques Vabre in the late 2000s. The boat’s legacy is rooted in its ability to compete at the highest level of ocean racing while remaining accessible to amateur skippers, a core philosophy of the Class40 Association.

Sailing Performance & Handling

The Tyker 40 is defined by its aggressive hull form, featuring a wide beam carried well aft and a pronounced hard chine that runs the length of the hull. This design provides immense form stability, allowing the boat to carry its significant sail area—typically around 115 square meters upwind—well into the higher wind ranges. When reaching or running, the Tyker 40 exhibits the classic "sled" behavior typical of Verdier designs, easily breaking into double-digit speeds. According to historical race reports from Guillaume Verdier Architecture Navale, the hull was specifically optimized for power-reaching, utilizing its twin rudders to maintain exceptional tracking and control even when the boat is pressed hard.

Handling a Tyker 40 is a physical experience; the boat is "wet" and loud, with the flat sections of the hull slapping against the sea when sailing upwind. However, its displacement-to-length ratio is optimized for the Class40 minimum weight of 4,500 kg, ensuring it feels light and responsive compared to older generation IMS or ORC designs. The sailplan, featuring a large square-top mainsail and various fractional kites, requires a skilled hand, yet the boat’s inherent stability makes it a forgiving platform for those transitioning from smaller offshore classes like the Mini 6.50.

Interior Comfort & Variations

Consistent with its purpose as a specialized racing vessel, the interior of the Tyker 40 is utilitarian and minimalist. The living space is constructed entirely of white-painted fiberglass or composite, designed to save every possible gram of weight. There is no traditional "woodwork" or cabinetry; instead, the boat features pipe cots for sleeping on the high side and a central "command station" for navigation and weather routing. Headroom is functional but not generous, as the low-profile coachroof is designed for aerodynamics rather than standing comfort.

The design saw significant refinements over its production run, leading to the development of sibling variants. The original Tyker 40 was followed by the Tyker 40 Evolution and the Tyker 40 Evolution 2. These subsequent models, also designed by Verdier, featured modified hull shapes to further reduce drag and updated cockpit layouts to improve ergonomics for solo sailors. While the core hull remained consistent with the Class40 box rule, the "Evolution" models often utilized more sophisticated carbon reinforcements in non-prohibited areas and refined ballast tank systems to allow for quicker trimming.

The Tyker 40 gained international prominence through its high-profile race entries. It was famously sailed by skippers like Thomas Ruyant and Nicolas Troussel. One of the most notable vessels in the class, "Palanad II," became a benchmark for the design's reliability and speed. The boat has been featured extensively in French sailing media such as Voiles et Voiliers, which highlighted the Tyker 40’s role in the professionalization of the Class40 fleet during its formative years.

Known Issues & Buyer’s Checklist

As a retired frontline racer, any Tyker 40 on the market today requires a rigorous structural survey. Potential buyers should focus on the following high-signal areas:

  • Hull Delamination: Given the high-impact nature of offshore racing, the forward sections of the hull should be checked for core compression or delamination caused by "slamming" in heavy seas.
  • Keel Attachment: The Class40 rule allows for significant stress on the keel fin. It is vital to inspect the internal floors and frames around the keel box for any signs of movement or stress cracking.
  • Standing Rigging and Chainplates: Many Tyker 40s have undergone multiple rig replacements. A buyer must verify the age of the standing rigging, as carbon or rod rigging often used in this class has a strictly defined fatigue life.
  • Water Ingress: The large cockpits and multiple deck penetrations for control lines make these boats prone to leaks. Check the integrity of the seals around the companionway and the various "organizers" on the coachroof.
  • Rudder Bearings: The twin-rudder setup is under constant load. Excessive play in the bearings or stiffness in the linkage is a common maintenance item that can be expensive to remediate.

Community & Resources

The primary hub for technical data and racing history is the Class40 Association, which maintains a registry of every hull built and its historical measurement certificates. While there is no dedicated "owner's club" in the cruising sense, the Class40 community is highly active in technical forums where skippers share "refit" knowledge for older Generation 1 and 2 boats.

The Verdict

The Tyker 40 is an uncompromising racing machine that offers incredible performance for the price. It is not suitable for family cruising but serves as an excellent entry point for aspiring offshore racers or speed-focused sailors.

Pros:

  • Exceptional reaching and downwind performance.
  • Proven offshore pedigree with multiple race victories.
  • High form stability makes it a relatively safe platform for shorthanded sailing.
  • Access to the competitive and well-organized Class40 racing circuit.

Cons:

  • Spartan, uncomfortable interior with no amenities.
  • High maintenance requirements due to racing-grade hardware.
  • Noisy and wet sailing characteristics, particularly upwind.
  • Requires a specialized survey to ensure structural integrity after years of hard use.

Measurements

Construction & Hull

Construction Material
Fiberglass (Foam Core)
Hull Type
Monohull Sailboat
Keel Type
Bulb
Rudder
2x —
Ballast
- (Lead/Water)
Displacement
21870 lbs
Water Capacity
-
Fuel Capacity
-

Dimensions

Length Overall (LOA)
40 ft
Waterline Length (LWL)
40 ft
Beam
14.6 ft
Draft
9.84 ft
Max Headroom
-
Air Draft
-
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)
-
Sail Area
1237 sqft

Calculations

Sail Area / Displacement (SA/D) Ratio
25.3
Ballast / Displacement Ratio
Displacement / Length Ratio (D/L) Ratio
152.55
Comfort Ratio
23.78
Capsize Screening Formula
2.09
Hull Speed
8.47 kn