RM 1260 Sailboats for Sale

Layouts on the Used Market

Owner three-cabin layouts are the more common configuration on the used market, though both the two- and three-cabin versions appear with regularity. In the typical arrangement, the owner's stateroom is forward with a centerline double berth, a generous galley sits amidships to port, and the head is to starboard. A quarterberth area aft to starboard has historically served as either a dedicated sleeping cabin or stowage depending on the owner's preferences — the passage through the head makes it less popular as a true guest cabin, so buyers should evaluate this space practically rather than counting it as a reliable berth. The cockpit on the 1260 generation received a full redesign over the predecessor RM 1200, adding twin rudder wheels and a semi-open stern, and the large cockpit is one of the model's genuine selling points for offshore passage-making crews. A fixed bowsprit for gennaker or code zero work is part of the standard configuration and should be present on virtually all examples.

Buyers choosing between the twin-keel variant and the fin-keel variant should think carefully about their intended use. The twin keels — with shallower draft — allow the boat to dry out in tidal harbours and sit comfortably on soft ground, a feature particularly valued in northern European sailing grounds. The fin-keel version carries greater draft and pairs with twin rudders for improved upwind performance. Both configurations circulate on the market, so clarifying which is fitted before viewing is worthwhile.

Equipment and Common Upgrades

Used examples are typically well-equipped by the time they reach the brokerage market, reflecting the offshore intentions of most original owners. Chartplotters, AIS, autopilot, radar, EPIRB, and a life raft are commonly fitted across the fleet. Solar panels appear on a substantial portion of available boats, often supplemented by heating systems that reflect the model's popularity in cooler European sailing grounds. Hot water systems and cockpit showers are widely seen. Electric winches are a common fitment and worth checking carefully during sea trials, as they represent both a convenience and a potential maintenance item.

On the sail inventory front, gennakers and asymmetric spinnakers are frequently carried, consistent with the RM 1260's designed capability around the fixed bowsprit. Biminis are a common comfort addition. Bow thrusters appear on a notable share of listings, which may initially seem incongruous on a performance cruiser but reflects the reality that many owners use these boats for extended liveaboard cruising where marina manoeuvring matters. An inverter and dodger are often seen as practical additions. Freezers and dinghy davits are less universal but surface as owner upgrades on boats that have been fitted out for extended passages.

What to Inspect

The plywood-epoxy-Kevlar construction is the defining inspection consideration. While this build method produces a stiff, light, and repairable hull, it demands a thorough survey by a surveyor experienced with composite plywood construction — a general fibreglass specialist may miss the specific failure modes. The chine joints are the primary structural concern: water ingress at the chines, delamination between the plywood core and the epoxy sheathing, and any soft spots in the hull panels should be carefully investigated by tapping and moisture meter. The multi-chine geometry concentrates stress at the joints, and any repair history at these areas warrants close scrutiny of the workmanship.

The deck is GRP rather than plywood, so standard fibreglass deck inspection protocols apply there. Inspect deck hardware fastening points for signs of moisture ingress into the underlying structure, and check the mast step carefully given that the deck-stepped mast sits noticeably far aft — an unusual placement that concentrates loads in a specific area. The spreaders are set low on the mast, creating a longer upper panel and running backstays that carry staysail loads; inspect the running backstay hardware and the chainplate attachment points thoroughly, as these are working loads on a boat designed to be sailed hard. The outboard chainplate positions mean compression loads transfer differently than on a more conventional rig, so a rigger's assessment of the standing rigging is worthwhile.

The twin-keel variant should have the keel bolts and the hull-to-keel attachment examined, particularly if the boat has spent time drying out on its keels — the loading cycles from sitting on a hard or drying out in tidal anchorages add up over years of use. On fin-keel boats, inspect the keel sump and the twin rudder fittings. The engine compartment access is worth evaluating; the 40-horsepower Volvo Penta is not a complex unit but verify service history, impeller condition, and heat exchanger integrity.

Availability and Buyer's Takeaway

The RM 1260 circulates primarily in European markets, with Portugal, France, and the broader Mediterranean basin representing the most active concentration of available boats. Occasional examples appear in northern European markets as well. Outside Europe, the model is uncommon; buyers in North America or the Pacific should expect to conduct a transatlantic search and factor in delivery costs. The relatively modest production run means the pool of available boats is smaller than for mass-market French builders, which tends to support residual values but also means waiting for the right example rather than shopping among many simultaneous listings.

Before committing to an RM 1260, use this checklist:

• Confirm keel configuration (twin or fin) matches your intended sailing grounds and draft requirements
• Engage a surveyor with composite-plywood construction experience, not a general fibreglass specialist
• Probe all chine joints and hull panels with a moisture meter and by tapping for delamination
• Inspect running backstay hardware, chainplates, and standing rigging with a rigger
• Verify the aft deck-stepped mast position and mast partner / step condition
• Review keel bolt condition; on twin-keel boats, assess wear from grounding or drying-out cycles
• Sea-trial the autopilot and electric winches under load
• Confirm the bowsprit is structurally sound and the gennaker halyard and furling system function
• Check engine service records and heat exchanger condition
• Evaluate solar, electrical, and heating systems for integration quality, not just presence