Swan 45 Sailboat Review, Specs, and Listings

German Frers·2001 – 2010·~50 hulls·Nautor
Swan 45 drawingBuilder drawing
Hull Type
Monohull · bulb
Rig
Fractional Sloop
LOA
45.37' · 13.83 m
Disp.
21,716 lbs · 9,850 kg
First year
2001

The Swan 45 arrived as the smallest yacht Nautor had built in some years. From the first hull, she was conceived as a onedesign cruiserracer rather than a bespoke bluewater cruiser. German Frers, who had already been Swan’s principal designer for more than two decades, drew her as a descendant of the hightech, lightdisplacement Swan 70 and 80. She shares that family’s appetite for nautical miles, whether racing or simply making ground offshore.

Measurements

Dimensions 01

Length Overall
45.37 ft
Length on deck
45.42 ft
Waterline Length
39.6 ft
Beam
12.83 ft
Draft
9.19 ft
Maximum Headroom
—
Air Draft
—

Construction & hull 02

Construction
Fiberglass
Hull Type
Monohull
Keel Type
Bulb
Rudder
1× Spade
Ballast
8,620 lbs (Lead)
Displacement
21,716 lbs
Water Capacity
84.5 gal
Fuel Capacity
55.5 gal

Rig & sails 03

Rigging Type
Fractional Sloop
Mainsail luff
61.22 ft
Mainsail foot
21.82 ft
Foretriangle height
61.68 ft
Foretriangle base
17.72 ft
Forestay Length (estimated)
64.17 ft
Sail Area
1,214 sqft

Calculations 04

Sail Area to Displacement Ratio
24.95
Ballast to Displacement Ratio
39.69
Displacement to Length Ratio
156.12
Comfort Ratio
27.14
Capsize Screening Ratio
1.84
Hull Speed
8.43 kn

The Swan 45 won the 2002 Boat of the Show award at the London Boat Show and Sailing World Magazine’s Boat of the Year 2003. She remains a ClubSwan One Design division boat, with a class philosophy intended to constrain running costs while giving owners pleasurable competition.

Design and Construction

Nautor built the Swan 45 at its Boatbuilding Technology Centre in Jakobstad, Finland, producing hulls at a rate of one every other week. The deck and topsides have a balsa core, while the bottom is a carbon-fiber-reinforced solid laminate; at that point, Swan had not built a cored bottom.

The hull measures 45.37 feet overall and 39.60 feet on the waterline, with a beam of 12.83 feet. Light draught is 9.19 feet, rising to 9.45 feet loaded. An innovative bulb-access design allows up to 400 kg to be added or removed for IMS racing.

On deck, the styling recalls midsize Swans of the 1980s, but with a softer, more modern treatment. The cabin trunk emerges from the foredeck and rises gracefully toward the cockpit. It is higher and more rounded than the older trunks, with two narrow, nearly rectangular portlights on each side to light the saloon. Honey-colored teak covers the decks.

An open transom is standard, though a drop-in closure is offered for cruising security.

Rig, Cockpit, and Handling

The fractional sloop rig carries a carbon mast. A hydraulically adjustable permanent backstay controls forestay tension and mast bend, while two sets of swept spreaders and a full-beam staying base eliminate the need for running backstays. An adjustable mast step, hidden in the bilges, allows the crew to move the mast foot fore and aft.

Most control lines run through tunnels beneath the deck and coachroof. The genoa track sits close to the cabin trunk, and the sheet-lead line runs aft through fairleads along the trunk sides. This arrangement helps keep the crew off the foredeck.

The continuous mainsheet runs from the traveler up and along the boom, preventing an imbalance in side-to-side trimming. It then disappears into a deck tunnel and re-emerges at a winch forward of the helm. Both the traveler and mainsheet winches are within the helmsman’s reach.

A 60-inch wheel divides the after cockpit. It connects to a smooth manual steering system using Vectran cables and a quadrant, and allows the helmsman to sit outboard on either side. The cockpit sole is flat, roomy, and uncluttered, suiting both racing and cruising. A period tester did, however, note the lack of a foot brace on either side of the helm when the boat was heeled hard under spinnaker.

The class actively encourages owners to steer, though provision exists for Group 1 or 2 helms if an owner hands over.

Accommodations

Below, the Swan 45 offers three interior style choices. The hand-rubbed satin finish is intended for casual use rather than museum-like care, while an off-white vinyl overhead brightens the cabin and brings out the warmth of the teak in the light from the hatches and portlights.

Generous fiddles on the counters and large-radius furniture corners reflect the boat’s cruising intent. A dedicated wet locker sits abaft the starboard navigation station. Much of the furniture is built outside the hull, then installed before the deck is fitted.

Class Rules and Racing Format

The Swan 45 races as a level boat, with weight equalized through lead correctors. Mike Urwin of RORC drew up the class rules, with Carole Abbot serving as secretary.

Racing is strictly owner-driven. The rules allow only a limited number of professional sailors and restrict the number of new sails permitted each season, with the aim of producing close, exciting competition without an open chequebook.

At each class event, a dedicated PRO runs multiple windward-leeward races on dedicated courses. The class also maintains a long relationship with the RORC rating office, which administers the Swandicap system.

Known Issues and Modifications

Two new Swan 45s snapped their rudders during the Swan Cup in Sardinia. The carbon rudder stocks failed when the boats wiped out downwind at more than 20 knots.

The broken parts were analyzed at Nautor’s test facility at VTT Helsinki, a government-backed Finnish technical centre. The replacement design retained carbon stocks but built them to a much higher specification based on that analysis. The only other modification since launch has been an upgraded mainsheet traveller system.

The Verdict

The Swan 45 deliberately combines Swan cruising comfort with the discipline of one-design racing. Its class structure is engineered so that owner-drivers can compete closely without an open chequebook, and the boat retains practical cruising features below deck.

Construction combines a cored deck and topsides with a solid, carbon-fiber-reinforced bottom. Thoughtful rigging details help keep the crew off the foredeck and place the main controls within reach of the helmsman. The rudder-stock failures were addressed in production rather than left as an owner risk.

Pros

  • Owner-driven one-design format with cost controls and level-class correctors
  • Frers-designed hull, carbon mast, swept spreaders, and no running backstays
  • Teak decks and a satin-finished interior with three style choices
  • Main controls placed within reach of the helmsman

Cons

  • Early boats were susceptible to carbon rudder-stock failure downwind until the upgraded stocks were introduced
  • No foot brace on either side of the helm sole when the boat is pressed hard under sail
  • Open transom is standard; a drop-in closure is needed for added cruising security

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