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The Swan 40 (Frers) guide helps owners decide what may need replacing, what can be priced indicatively and what still needs measuring. The running-rigging table gives a separate starting point for halyards and sheets, so rope replacement can be planned without confusing it with the standing-rigging specification. Model data is most valuable when it is compared with the boat in front of you, because small hardware changes can affect the finished length and termination required for a replacement stay. The final check should identify each stay individually and capture wire size, finished length, terminal geometry, pin diameters, rigging screws and any furler components that determine the forestay length.

Yacht and Rig Details

ProductionFinland, 1992–2001
LOA12.27 m
Beam3.94 m
Displacement15,116 kg
RigMasthead sloop
Mast steppingKeel stepped
Spreaders2

Swan 40 (Frers) standing rigging

Indicative forestay/backstay/shroud diameter8 mm
Rigging typeRod rigging
Indicative standing rigging cost£ TBC inc VAT

Furler and kicker recommendations

Genoa furler Furlex 204S — 10.80 m
Rodkicker Seldén Rodkicker 30 (Normal Gas)

Mast and boom recommendations

Suggested mast sectionC211
Indicative mast height17.79 m
Suggested boom sectionE300
Indicative boom foot length3.93 m
ReefingSlab reefing (3 reef lines)

Swan 40 (Frers) running rigging

LineDiameterLengthSuggested rope
Main halyard 10 mm 37 m Dyneema
Genoa halyard 10 mm 38.8 m Dyneema
Spinnaker halyard 10 mm 41.6 m Dyneema
Genoa sheets 12 mm 19.6 m per sheet Marlow Ocean Braid
Main sheet 12 mm 22.7 m Marlow Ocean Braid

These specifications and prices are indicative only and should be verified against the rig and existing equipment on the individual yacht.

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