RM 1050 Sailboat Review, Specs, and Listings

Marc Lombard·1998 – 2011·RM-Fora Marine
RM 1050 drawingBuilder drawing
Hull Type
Monohull · twin
Rig
Cutter
LOA
34.35' · 10.47 m
Disp.
10,362 lbs · 4,700 kg
First year
1998

The RM 1050 stands as one of Marc Lombard's defining collaborations with Fora Marine, a 34foot 4inch cruiser produced from 1998 to 2011 in 115 copies that pairs an unusually beamy hull with a plywoodepoxy construction philosophy few mainstream yards pursued. At 12 feet 11 inches of beam carried on a 32foot 15inch waterline, she is a volumedriven design built to cross oceans rather than win buoy races, and the record shows she was regarded as an unquestionably excellent oceangoing yacht.

Measurements

Dimensions 01

Length Overall
34.35 ft
Length on deck
Waterline Length
32.15 ft
Beam
12.96 ft
Draft
5.25 ft
Maximum Headroom
6.23 ft
Air Draft
47.24 ft

Construction & hull 02

Construction
Fiberglass/Wood Composite
Hull Type
Monohull
Keel Type
Twin
Rudder
1× Spade
Ballast
3,968 lbs (Iron)
Displacement
10,362 lbs
Water Capacity
137 gal
Fuel Capacity
34 gal

Rig & sails 03

Rigging Type
Cutter
Mainsail luff
47.18 ft
Mainsail foot
12.7 ft
Foretriangle height
47.19 ft
Foretriangle base
16.08 ft
Forestay Length (estimated)
49.85 ft
Sail Area
680 sqft

Calculations 04

Sail Area to Displacement Ratio
22.89
Ballast to Displacement Ratio
38.29
Displacement to Length Ratio
139.2
Comfort Ratio
16.1
Capsize Screening Ratio
2.38
Hull Speed
7.6 kn

Design and Construction

Fora Marine built the RM 1050 as a robust boat around a triple-chine hull of epoxy-impregnated Okoumé plywood, while the deck and short deckhouse are polyester-fiberglass structures. The very wide hull designed by Marc Lombard clears a huge foredeck because the deckhouse is kept deliberately short, a layout choice that also feeds the panoramic visibility the yard marketed. Twin keels are mounted on an internal metal frame to distribute grounding loads, a solution the builder likened to the well-known Danish X-Yachts approach, and those keels were explicitly designed to withstand daily groundings. The epoxy plywood shell is not very resistant to small shocks, a trade-off against the light weight and stiffness the material allows.

Rig and Handling

The slotted rigging of the RM 1050 makes it possible to adopt a genoa with overlap and at the same time facilitates circulation on the side decks, a practical benefit for short-handed sail changes. Underway, the very wide hull is excellent for downwind sailing and in the breeze, and she can exceed 10 knots if not overloaded. The same breadth that gives her downwind pace leaves her a little stuck in the water in light weather, and in light, choppy upwind conditions the performance will disappoint those used to lively racing yachts. One reviewer noted she is missing a hull with a little less wetted surface and two rudders, an observation on the limits of the twin-keel form rather than a defect in execution.

Accommodations

Below, the RM 1050 uses her width without apology. A U-shaped kitchen and a chart table facing the companionway anchor the saloon, which seats six and adds two sea berths along the sides beyond the settee benches. Forward there is a Breton bed, and under the cockpit a double cabin extends private sleeping space. Storage is generous thanks to a large hold behind the toilet area and a multitude of lockers, and the particularly wide cockpit above carries four lockers for deck gear. The panoramic deckhouse gives the interior a light, open character rare in a 34-footer of the era.

Known Issues

A few operational cautions attach to the design. The low deckhouse structure creates a barrotage — a head-strike beam — that bruises the skulls of the most distracted, so crew movement forward demands awareness. Owners should keep a close eye on water infiltration, and portholes need protection in hot weather to avoid heat damage. The CP epoxy hull's limited resistance to small shocks means routine contact with docks and debris warrants inspection.

The Verdict

The RM 1050 is a purpose-built cruising yacht that trades racing sparkle in light air for downwind capability, grounding tolerance, and remarkable interior volume. Lombard's wide triple-chine hull and Fora Marine's plywood-epoxy method produced a robust, ocean-capable boat with a practical deck layout and a cabin that punches well above its length. The caveats are minor and mostly about crew awareness and routine moisture vigilance.

Pros

  • Excellent downwind and breezy-weather performance, capable of 10+ knots unloaded
  • Twin keels on a metal frame built to survive daily groundings
  • Exceptional beam-driven interior volume with six-saloon, Breton bed, and double aft cabin
  • Short deckhouse yields a huge foredeck and panoramic visibility

Cons

  • Sluggish and disappointing upwind in light, choppy conditions
  • Epoxy plywood hull vulnerable to small impacts
  • Head-strike beam (barrotage) a real crew hazard
  • Requires vigilance on water infiltration and porthole heat protection

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