Design and Construction
Frers shaped the RS as a monohull cruiser with a Finnish build pedigree under the Swan brand anchor. Nautor's Swan constructed the hull, and the same moulding would later be adopted for the S and FD versions of the Swan 100, confirming that the RS was the progenitor of the line rather than a late variant. The boat was launched as the 100RS and is a cruising-designated monohull, not a racer or a flagship motoring hull.
Rig and Sail Plan
Above the deck the RS carries a masthead cutter rig, a conservative and capable ocean cruising arrangement anchor. The sailplan is a cutter with a luff perpendicular of 110%, giving a working jib that overlaps the mast station modestly without reaching into full genoa territory. A Perkins 265 hp engine provides auxiliary power, sized in keeping with a vessel of this length and cruising role.
Accommodations and Role
The Swan 100 RS was designated for cruising, and its single-hull, single-built status places it outside the volume production logic of smaller Swans anchor. The RS represents the first launch of the 100 series, originally badged the 100RS, and its role as a cruiser anchors the later S and FD developments that reused its hull tooling.
Known Issues
No structural, mechanical, or systems defects are known for the Swan 100 RS. Given that only one hull was built and the design was the first of its mould line, the absence of reported issues reflects a single-boat service history rather than a broad fleet survey.
The Verdict
The Swan 100 RS is a singular Frers-designed Swan cruiser: one hull launched in 2002, built in Finland by Nautor's Swan, and the genetic source for the S and FD sisters through shared hull moulding. Its masthead cutter rig and 110% luff perpendicular describe a measured ocean cruising sail plan, backed by a 265 hp Perkins for passage-making autonomy.
Pros
- Only RS hull built; progenitor of the Swan 100 S and FD line via shared hull moulding
- Frers-designed Finnish Swan cruiser launched 2002
- Masthead cutter rig with 110% luff perpendicular and 265 hp Perkins auxiliary
Cons
- Single-unit production limits fleet knowledge and spares commonality
