Amel Super Maramu 2000 Sailboat Review, Specs, and Listings

Henry Amel & J. Carteau·1999 – 2005·~241 hulls·Amel
Amel Super Maramu 2000 drawingBuilder drawing
Hull Type
Monohull · wing
Rig
Ketch
LOA
52.49' · 16 m
Disp.
35,274 lbs · 16,000 kg
First year
1999

The Amel Super Maramu 2000 represents the culmination of Henri Amel’s longdistance cruising philosophy. Chantiers Amel built the 52foot 6inch ketch in La Rochelle from 1999 to 2005, completing 241 boats during that sevenyear production run. Cruising World named it Boat of the Year, while the wider press regards it as the ultimate expression of a highlatitude passagemaker designed for a couple to handle.

Measurements

Dimensions 01

Length Overall
52.49 ft
Length on deck
52.5 ft
Waterline Length
41.33 ft
Beam
15.08 ft
Draft
6.67 ft
Maximum Headroom
6.58 ft
Air Draft
65.67 ft

Construction & hull 02

Construction
Fiberglass
Hull Type
Monohull
Keel Type
Wing
Rudder
1× Skeg-Hung
Ballast
12,130 lbs (Iron)
Displacement
35,274 lbs
Water Capacity
250 gal
Fuel Capacity
155 gal

Rig & sails 03

Rigging Type
Ketch
Mainsail luff
—
Mainsail foot
—
Foretriangle height
—
Foretriangle base
—
Forestay Length (estimated)
—
Sail Area
1,280 sqft

Calculations 04

Sail Area to Displacement Ratio
19.04
Ballast to Displacement Ratio
34.39
Displacement to Length Ratio
223.05
Comfort Ratio
32.9
Capsize Screening Ratio
1.84
Hull Speed
8.61 kn

With a displacement of 35,274 pounds and 12,125 pounds of iron ballast on a 41-foot 4-inch waterline, the boat has a comfort ratio of 32.9 and a capsize screening figure of 1.84. Those numbers, together with its STIX Category A rating, place it firmly in the offshore-ocean category rather than among coastal weekenders.

Design and Construction

The hull is constructed of solid, hand-laid glass-reinforced plastic, with an integrated wing keel and protected skeg-hung rudder. Amel’s proprietary flat-woven biaxial cloth produces a stronger laminate than standard chopped-strand mat, and the solid GRP construction is credited with long-term durability.

Five watertight bulkheads divide the hull into compartments, so a collision needn’t flood the entire boat. The wing keel keeps the center of gravity low while limiting draft to 6 feet 9 inches.

Amel covered the deck with its molded synthetic “faux-teak” surface. It provides secure grip when wet and requires far less upkeep than real wood, although its edges can occasionally lift or show wear.

Rig, Machinery, and Handling

The ketch rig carries 1,377 square feet of upwind sail area: a 409-square-foot mainsail, 764-square-foot genoa, and 204-square-foot mizzen. All three have electric furling. Almost every sail-handling function can be controlled from the helm at the touch of a button, while the boat’s distinctive rigging arrangement keeps individual loads low and manageable.

An SA/D ratio of 19.1 and D/L of 223 confirm that this is a heavy cruiser designed to prioritize comfort and safety over light-air speed.

Many 2000 models cruise at 7 to 8 knots under the 100 hp Yanmar. The midships “Amel Drive” C-drive transmission centers the machinery weight and takes the shaft out horizontally. A retractable bow thruster helps with close-quarters control.

Cockpit and Accommodations

Most boats left the yard with the standard “Owner’s Version” layout, featuring two large cabins and two heads. The aft owner’s stateroom is a genuine sanctuary, arranged around a large double berth with an en-suite head.

The deep, centrally placed cockpit is almost enclosed by a hard windscreen and dodger, keeping the crew well protected. Below, the U-shaped galley has deep sinks and useful bracing points for cooking in rough water. Storage is abundant, with huge lazarettes and lockers. Exceptional volume and rare systems integration distinguish the Super Maramu 2000’s interior from typical cruisers of its era.

Tankage, Production Changes, and Support

Fuel capacity is 158 gallons, while the water tanks hold 264 gallons. That specification supports extended independent cruising.

Late-production “Red Line” boats received technical and aesthetic refinements, including improved electronics and interior finishes. Amel’s after-sales department in La Rochelle still provides parts and advice for the class, offering owners a meaningful source of support.

Known Issues

The Amel Drive needs careful attention. Oil leaks and seal condition should be checked, because a neglected unit can require an expensive rebuild.

The yacht’s extensive use of 24V systems and electric furlers also brings electrical complexity. Wiring, along with every winch and furler motor, warrants inspection. The retractable bow thruster should deploy and retract smoothly; if left unused, it can become a common failure point.

The standing rigging uses a distinctive setup, and the age of the stays should be verified. Many insurers require standing-rigging renewal at around the ten-year mark.

The Verdict

The Super Maramu 2000 is a purpose-built ocean voyager. It trades light-air sparkle for structural compartmentation, a protected and ergonomically arranged helm, and push-button sail handling that a couple can manage. Its dense systems and distinctive drivetrain reward owners who stay ahead of seal and wiring maintenance.

Pros

  • Five watertight bulkheads and a solid GRP hull for collision survivability
  • Deep, windscreen-protected cockpit with almost complete sail control from the helm
  • Midships C-drive and retractable bow thruster for weight balance and docking
  • Active after-sales support from La Rochelle for parts and technical advice

Cons

  • Amel Drive seals and the 24V electrical system require disciplined inspection
  • The bow thruster can seize if it isn’t exercised, and the age of the rigging stays needs verification
  • Heavy displacement and a moderate SA/D ratio favor comfort over light-air speed

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