Marten 49 Information, Review, Specs

Make
Marten
Model
49
Builder
Marten Yachts
Designer
Reichel-Pugh
Number Built
15
Production Year(s)
2006 - 2009

The Marten 49 represents a pinnacle of the "cruiser-racer" evolution, a vessel engineered to bridge the gap between grand-prix racing performance and the luxury requirements of blue-water cruising. Designed by the acclaimed naval architects Reichel/Pugh Yacht Design, the Marten 49 was conceived as a boat that could win prestigious regattas like the Sydney Hobart on a Saturday and depart for a comfortable family cruise on a Monday. Its construction is famously rigorous, utilizing a full carbon fiber and S-glass sandwich with a Nomex or foam core, vacuum-infused with epoxy resin to achieve a displacement of approximately 9,500 kg—remarkably light for a 50-foot yacht equipped with a full interior.

Sailing Performance & Handling

The sailing characteristics of the Marten 49 are defined by its exceptional power-to-weight ratio and its sophisticated underwater appendages. According to editorial testing by Sail Magazine, the boat behaves more like a dinghy than a 49-foot cruiser, offering immediate feedback through the twin carbon wheels. With a Sail Area/Displacement ratio that rivals dedicated racing machines, the 49 is capable of reaching double-digit speeds in moderate breezes and can easily outpace the wind in light air when using asymmetric spinnakers flown from the integral carbon bowsprit.

A critical component of its handling is the hydraulic lifting keel. This system allows the draft to be reduced from a deep, performance-oriented 3.7 meters to a more manageable 2.1 meters for entering shallow anchorages. Unlike many performance boats that sacrifice stability for shallow draft, the Marten 49 maintains a high righting moment due to the concentrated weight in its lead bulb. On the water, this translates to a stiff, weatherly boat that tracks exceptionally well upwind. The inclusion of a carbon fiber mast and boom as standard equipment further reduces weight aloft, minimizing pitching in a seaway and improving overall sea-kindliness.

Interior Comfort & Variations

Despite its racing pedigree, the interior of the Marten 49 is a masterclass in lightweight luxury. The cabinetry utilizes carbon-reinforced, foam-cored panels with fine timber veneers to keep weight to a minimum without sacrificing the aesthetic of a high-end yacht. The standard layout features a three-cabin configuration: a spacious master cabin forward with an en-suite head and two double guest cabins aft.

The saloon is characterized by a minimalist, modern design with clean lines and a functional galley that remains usable even when the boat is heeled. Yachting World notes that the flush deck design allows for an abundance of natural light through sleek coachroof windows, creating an airy feel despite the boat’s low profile. While the 49 was the most popular of the range, Marten also produced the Marten 67 and Marten 72, which utilized similar construction philosophies on a larger scale, offering more expansive owner suites and crew quarters for those seeking a mini-maxi experience.

The Marten 49 has maintained a high profile in the international racing circuit. Many hulls, such as Carrera and Optim'X, have become staples in IRC offshore racing, frequently appearing in the results of the Rolex Sydney Hobart Yacht Race and various Mediterranean regattas. The model's ability to remain competitive under IRC handicap while carrying a full cruising interior has made it a frequent subject of technical studies in yachting journals focusing on dual-purpose design.

Known Issues & Buyer’s Checklist

Prospective owners of a Marten 49 should focus their due diligence on the complex systems that make the boat unique.

  1. Hydraulic Keel Mechanism: The lifting keel is a sophisticated hydraulic system. Buyers should inspect the ram, seals, and the keel trunk for any signs of lateral movement or leakage. The safety pins and locking mechanisms should be verified for smooth operation.
  2. Composite Integrity: Given the carbon/epoxy construction, a professional marine surveyor specializing in advanced composites and ultra-sonic testing is recommended to check for delamination or impact damage, particularly around the keel grid and chainplates.
  3. Rigging Lifespan: Most Marten 49s were equipped with PBO or carbon standing rigging. These materials have strict replacement intervals (often 5–8 years for PBO). A buyer should check the age of the rigging, as replacement costs for a carbon rig are significant.
  4. Teak Deck Wear: Many units featured thin, weight-sensitive teak decking. Check for thinning or separation of the vacuum-bonded planks, which can be difficult to repair on a composite deck.
  5. Electronics Integration: As these boats were often "bleeding edge" at launch, original B&G or Raymarine systems may be nearing obsolescence. Verify the integration of the autopilot and hydraulic controls.

Community & Resources

As Marten Yachts is no longer in active production, owners typically rely on the original designers and specialized composite yards for support. Reichel/Pugh Yacht Design remains the primary technical authority for hull and foil data. While no formal "class association" exists in the traditional sense, the community of owners is tightly knit, often sharing technical insights through regional performance cruising forums or via the yards in Australia and New Zealand that specialize in Marten refits.

The Verdict

The Marten 49 remains one of the few yachts that truly delivers on the promise of "no compromise" sailing. It is an uncompromisingly fast, beautifully built machine for the sailor who values engineering over tradition.

Pros:

  • Exemplary sailing performance and light-air capability.
  • The lifting keel provides a rare combination of deep-draft stability and shallow-water access.
  • High-end carbon construction ensures long-term structural stiffness.
  • Elegant, modern interior that avoids the "utilitarian" feel of most racers.

Cons:

  • High maintenance requirements for hydraulic and carbon systems.
  • Defunct builder means specialized knowledge is required for major repairs.
  • Deep draft (even when keel is up) may still limit some cruising grounds.
  • Lightweight construction can be noisier at anchor compared to heavy-displacement cruisers.

Measurements

Construction & Hull

Construction Material
Fiberglass (Carbon Reinforced)
Hull Type
Monohull Sailboat
Keel Type
Lifting
Rudder
1x —
Ballast
10141 lbs (Lead)
Displacement
20944 lbs
Water Capacity
74 gal
Fuel Capacity
45 gal

Dimensions

Length Overall (LOA)
49.21 ft
Waterline Length (LWL)
49.21 ft
Beam
13.68 ft
Draft
11.81 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
-

Calculations

Sail Area / Displacement (SA/D) Ratio
Ballast / Displacement Ratio
48.42
Displacement / Length Ratio (D/L) Ratio
78.46
Comfort Ratio
20.19
Capsize Screening Formula
1.99
Hull Speed
9.4 kn