'Aeolia', an Allied Yachts 32' Seawind Mk II Ketch, hull #111, built in 1979.
The 32' Seawind Ketch exhibits superb sailing qualities, ideal for coastal and offshore cruising. Built with robust, quality fiberglass construction to LLoyd's AAA specifications. She is well maintained and equipped with all necessary equipment for comfortable cruising.
Designed by Tom Gilmer, head of U.S. Naval Academy's Naval Architecture Department and designer of the 'PRIDE of BALTIMORE', as well as other successful cruising sailboats.
Length Overall: 35'-0'
Length on deck: 31'-7"
Displacement: 15,900 lbs
Length waterline: 25'-6"
Sail area: 555sq/ft
"AEOLIA" ACCOMMODATIONS & EQUIPMENT LIST
MAIN CABIN & GALLEY:
3-burner stove with oven (gimbaled), fuel (2) CNG 2200lb canisters.
Sink with hot and cold pressure water and sea water pump.
Large ice box with pump for draining.
50gal. fresh water tank.
Slide-out double bunk to starboard and single bunk to port.
Leeboards on both bunks with large shelf over bunk.
Large storage area under and behind each bunk.
Head with shower, new Raritan toilet, storage cabinet, 25gal. holding tank and overboard selector valve.
FORWARD CABIN & LAVATORY:
Lavatory sink with hot and cold pressure water, storage cabinet and mirror.
Hanging locker with shelves.
Double bunks with storage below and shelves above.
All bronze thru-hull fittings above and below waterline.
(4) Dorade ventilators, (2) in main cabin and (2) for bilge ventilation.
(4) Opening ports in main and forward cabin.
Double life lines with gates, stern and bow pulpits.
(2) #2 Lewmar sheet winches.
(3) #C7 halyard winches
Dodger with stainless steel frame and side curtains.
Screens for companionway and opening deck hatchs.
Weatherboards for cockpit.
SAILS & RIGGING:
10 sails, all in good to excellent condition.
(2) mains, (2) mizzens, 130 genoa, staysail, cruising spinnaker, storm jib, storm trysail.
Roller furling headstay.
Removable jibstay for staysail.
Full sail covers, wheel and compass covers.
Datamarine sailing instruments, windspeed and direction, depth, speed/log.
Furuno radar with mizzen mounted antenna.
Benmar(Cetec)below deck autopilot.
24HP Universal diesel, Hurth transmission with 2:1 reduction gear.
PSS shaft seal.
10X16 3-blade propeller.
30gal. aluminum fuel tank.
Raw water intake filter.
Rule 1100gpm automatic bilge pump.
Whale manual bilge pump.
(2) 12v GROUP 27 batteries with cases
12V electrical panel.
110V electrical breaker panel with polarity check.
110V shore power with 50' cable.
Battery isolator control module.
Dynaplate ground plate.
12V lights and 110V electrical receptacle in cabin.
22lb Bruce anchor with 25' chain and 150' line on bow sprit roller.
22lb Danforth (s-22 hi-tensile) anchor with 50' chain and 150' line.
Manual windlass with chain locker in forepeak.
12' (3 section) boat pole, dock lines, 12V search light, (2) 8" fenders,
fender board, closed-cell foam cockpit cushions, flag halyard and flag, stainless steel boarding ladder, rope boarding ladder, radar reflector, cockpit sunshade, outboard motor bracket, ship's bell, flare kit, (3) fire extinguishers, navigation lights, deck (spreader) lights.
Asking price: $32,000 $28,500
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Following in the hallowed footsteps of the original Seawind, a salty 30 foot ketch designed by Tom Gillmer that happened to be the first fiberglass sailboat to circumnavigate the globe, the Seawind II is a larger, more comfortable redesign that’s a foot longer, a foot wider, and over 23% heavier. These boats were launched in 1975 by Allied Yachts and they had a reputation for being solidly built, though with a history of inconsistent and uninspiring internal finishing. The company went out of business four times, before finally shutting down for the fifth time in 1981, spelling the end of production for the Seawind II.
Allied Yachts was founded in 1962 on the Hudson River a hundred miles north of New York City in the small town of Catskill as a partnership between a fiberglass boat builder Lunn Laminates and a yacht brokerage of Northrop and Johnson and racing sailor Thor Ramsing. Their first boat, the Seawind, a popular 30’ 6” ketch had the company busy keeping up with demand.
These were still the exciting pioneering days of fibreglass sailboat construction when the material was still considered experimental and hulls were conservatively built extra thick. When New Yorker, Alan Eddy, setoff in 1963 to eventually circle the globe in Apogee, the accomplishment did much to not only put to rest skepticism over fibreglass construction, but also to establish Allied’s reputation for building seaworthy sailboats.
Despite the original Seawind proving itself as a competent bluewater sailboat, it had minimal accommodations that were, at best, cramped. So after over a decade of successful production of the Seawind, Allied approached Gillmer to evolve the design into a successor – the Seawind II. Though it was only 13 inches longer, its beam was 13% wider which resulted in a displacement 23% heavier. The result was a much more comfortable boat with significantly larger internal volume and improved accommodations.
Structurally the new boat was just as sturdy and had improvements over the original construction. The hull was hand-laid and substantially thick and well supported bulkheads that were fiberglassed into place. Furthermore the hull-deck joint, which was prone to leaking in the original Seawind was improved with no expense spared. The new joint was complex, labor intensive to construct but very strong. Both hull and deck had outward flanges at the sheer line. These flanges were coated with sealant and a teak batten placed between them. Hull, deck, and batten were then through-bolted vertically with stainless steel bolts. After the sealant cured over a number of days, the joint was ground flush on the interior of the hull and glassed over heavily. Meanwhile on the exterior a heavy aluminum extrusion was filled with bedding, capped over the flange, and horizontally screwed into the teak batten.
The deck and cabin were of fiberglass cored in balsa wood. All deck hardware was through-bolted and reinforced with fiberglass backing plates to distribute the load. The mast was deck-stepped and supported from below by a substantial oak compression frame that extends into the bilge. Ballast is an internal lead casting glassed into the keel.
There’s very little exterior wood on the Seawind II, even the dorado boxes are molded in, resulting in a low maintenance boat, but also gives her an austere look.
Unusual to see in a sailboat this small is a ketch rig which was offered as standard, there was an optional cutter rig which carried slightly less canvas but had similar performance. As to be expected, Seawind II sails well under heavy sea conditions, but perhaps surprisingly it’s quite competent in light weather as well. She has a very comfortable motion at sea, is well balanced with very little signs of weather helm.
Overall the Seawind II today is a practical and affordable choice as a go-anywhere cruiser. She’s strong without being overly heavy, well constructed and proven. Many examples on the used market have held up well, with later models generally having better finished interiors.
» Seawind II owners association website
» Sailing Magazine, Feb 1999, Used Boat Notebook by John Kretschmer