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What is a Valiant 32?

Posted by Norman Ralph | Boat Reviews , Monohull

What is a Valiant 32?

Jeanette Ralph enjoys her gorgeous “new” boat and the prospect of retiring in style

The Valiant 32 was designed by Bob Perry as a smaller version of the successful Valiant 40. In the 1970s, a 30- to 35-foot boat was considered the optimum-size boat for a cruising couple. In response to this demand, the Valiant 32 was produced. About 67 were built in the late 1970s and early ’80s. The boat is 32 feet on deck with a waterline length of 26 feet. The beam is 10 feet 5 inches, and displacement is 11,800 pounds. Ballast is 4,700 pounds, and the displacement-to-length ratio is 283. This translates into a boat that is moderate in displacement, yet extremely seaworthy. It has the traditional Valiant lines with the canoe stern and moderate flare at the bow. The underbody features a modified fin keel with external ballast and a skeg-hung rudder. The hull is laid up in solid laminate, and the deck and cabintop is balsa-cored.

The interior, as you come down the companionway steps, has a U-shaped galley to port with a forward-facing navigation station to starboard and a quarterberth aft. Forward of the galley and nav station, are opposing settees with a drop-leaf table around the keel-stepped mast. The port settee slides out to make a small double/twin bed. There is storage behind and under the settees. Farther forward, the head is to port with a large hanging locker to starboard. The door to the head swings aft and will latch to the hanging locker to give a privacy area for the V-berth. Our boat has an optional large hanging wet locker with a storage shelf aft, instead of the quarterberth. We don’t miss the quarterberth, and lee cloths on the starboard settee work very well for a sea berth. Others have commented that they ended up with their quarterberth being used as a storage area anyway.

The boat is powered by a 4-cylinder 25-hp, L-25 Westerbeke diesel. Ours has never given us any problems. Tankage is 48 gallons of fuel and 80 gallons of water. The engine burns a half gallon an hour at hull speed which translates into a cruising range under power of more than 500 miles.

Most Valiant 32s are cutter rigged, which breaks the sail area down into an easily managed sail plan. With the mast stepped aft for the inner forestay, the boat develops weather helm when winds exceed 15 knots, but with the first reef in the main, it balances nicely. The boat is a dry boat and sails best with the rubrail (about 10 inches below the caprail) out of the water. We have sailed in winds higher than 35 knots with two reefs in the main while remaining fairly comfortable and never feeling out of control. The standing rigging is very substantial for a 32-foot boat. The headstay, backstay, and uppers are 5/16-inch 1×19 and the lowers, inter-forestay, and intermediate backstays are 1/4-inch 1×19. A few late V-32s were sloop-rigged with the mast stepped farther forward. This was in part to reduce the weather helm and to cut production costs. We have installed a large “pelican hook” on our inner forestay. For local light-wind sailing, we tie the inner-forestay and staysail in its bag back by the mast and sail the big genoa as a sloop.

In overall appearance, the Valiant 32 is similar to the Pacific Seacraft Crealock 34. Both boats have canoe sterns, but the form varies. The Valiant’s stern is fuller and somewhat broader in the “hips,” while the Crealock’s stern is more pointed. While the Crealock 34 is two feet longer on deck, both boats have the same waterline length and beam. Displacement is similar. Interior layouts are practically identical.

Since Rich Worstell, the present owner of Valiant Yachts, moved production to Texas in the early 1980s, the Valiant 32 has not been in production.

Article taken from Good Old Boat magazine: Volume 2, Number 2, March/April 1999.

About The Author

Norman Ralph

Norman Ralph

A 1988 trip to the Gulf Coast exposed Norman and his wife, Jeanette, to year-round sailing and sowed the seeds that initiated early retirement and a move to Lake Pontchartrain in Louisiana. Norman is able to rest in peace knowing his boat won't leak (at the mast anyway).

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Timeless Contessa 32 – reviewed

Classic good looks still define the contessa 32. we took the latest boat out to see how the design has aged.

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Approaching the Contessa 32 dockside, the first thing to note is her appearance: the combination of sheer, sharp prow, retroussé counter, moderate overhangs and low cabin trunk produce a very attractive yacht that combines mid-20th century trad with a dash of IOR in the transom shape.

These good looks produce a yacht that is just 24ft LWL and with the narrower beam of her vintage, we are not talking a huge amount of space below compared to her modern counterparts, although she’s similar in volume to contemporary and older boats.

For bluewater cruising on a watch system, the Co32 could accommodate six or perhaps even eight; but really, this is a good-size boat for up to four to sail in reasonable comfort.

In her element

We come to the Co32’s raison d’être. It’s widely accepted that she sails like a dream: this is a sailing boat for the purist. It was hard to draw conclusions in the light conditions we had, particularly without instrumentation, but our upwind rig of main and genoa drew us along nicely on all points of sail, even in the 10-15kt winds we had. She’ll point high, run reliably and come through the wind fast. She’s perfectly neutral on the helm, although apparently the yachts can develop some healthy weather helm as winds pick up, as well as a fair amount of water over the deck. A particularly nice feature is the tightening nut on the tiller, which allows for a stiff helm to reduce fatigue on passage and allow a degree of self-tending, or a looser helm for more feel and response while docking or racing. Elevation is also variable, handy for manoeuvres when the helm will want to stand for a better view.

Steffan’s verdict

For a handful of customers (they only build a new one every couple of years or so), only a Co32 will do. They certainly don’t compare well on price to their rivals but if you are after a British-built yacht with incomparable looks that sails like a dream and has an extraordinary provenance, it will be on a pretty short list.

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  • Sailboat Reviews

Endeavour 32

Though now a bit dated, the endeavour 32 is a comfortable, capable cruising boat..

The Endeavour 32 began life back in 1970 as the Irwin 32. Ted Irwin designed her as a dualpurpose cruiser-racer before the development of the IOR. By 1975, the IOR was in full swing, and boats such as the Irwin 32 were obsolete as racers, since PHRF had not yet emerged to help handicap non-competitive boats raced at the club level.

Endeavour 32

Although the Irwin 32 had been out-designed for racing, the hull was still a comfortable design for cruising. The molds for the Irwin 32 formed the basis for Endeavour Yacht Corporation, which continued to build the boat as the Endeavour 32 until 1982.

Although the Irwin 32 and the Endeavour 32 look identical and have the same displacement, the Endeavour 32 is listed by the builder as being 4″ wider, 4″ longer overall, and 6″ longer on the waterline.

The Irwin 32 was originally available as a keel/centerboard boat drawing 3′ 6″, or with a long fin keel drawing 5′. The Endeavour 32 was originally a keel/centerboarder with the same configuration as the Irwin 32, or with a fixed shoal keel with 4′ 2″ draft. The original Irwin deeper keel was discontinued. Beginning in 1979, the keel/centerboard model was discontinued in favor of the shoal keel version.

Sailing Performance

Although the rig of the Endeavor 32 is fairly large, her relatively heavy displacement compared to dualpurpose 32-footers built today makes her somewhat slower than a more modern boat of the same overall length. The Endeavour 32’s ballast/displacement ratio of 40% implies a fairly stiff boat, but because of the boat’s shoal draft and narrow beam she is not as stiff as newer, lighter boats of the same length. While the Endeavour 32 is not a tender boat, her narrow beam and relatively high center of gravity mean she will heel fairly quickly.

Unless you buy a boat equipped with fairly new sails, there’s a good chance that the sails that come with a used Endeavour 32 will be approaching the end of their useful lives. Cruising sailors are notorious for making their sails last forever. After all, they’re cruisers, not racers. But cruising boats usually need all the power they can get to drive them due to relatively inefficient hulls and rigs.

The Endeavour 32’s PHRF rating of about 186 to 192 suggests a boat that is significantly slower than modern 32-footers, but comparable in speed to other boats of her vintage. The original Ericson 32, for example, has about the same rating, while the original Pearson 33 is about 10 seconds per mile faster. Owners report the Endeavour 32 to be underpowered in winds of under 10 knots. Owners in our survey have mixed opinions about the boat’s balance under sail, with some reporting excessive weather helm while others feel the boat to be well balanced. One advantage of the centerboard version is that the center of lateral resistance can be shifted by moving the board, reducing weather helm on a reach.

With the keel version, you don’t have the luxury of shifting the center of lateral resistance. We doubt that the keel version will go to weather as well as the centerboard boat. At the same time, the keel version does have a slightly lower vertical center of gravity, and should be somewhat stiffer when it breezes up. The specifications for the original Irwin 32 claim an extra 200 pounds of ballast for the centerboard boat, but the Endeavour brochure does not specify any difference in ballasting between keel and centerboard versions.

The rig is a simple single-spreader masthead rig with double lower shrouds, stepped on deck. No owners in our survey reported any problems with the deck-stepped spar, and one owner had sailed his boat to Bermuda and back. Tuning of the rig is straightforward, even for beginning sailors. Rigs don’t get much simpler than this.

We would be tempted to replace at least one of the mast-mounted halyard winches with as big a two-speed winch as we could fit. You don’t necessarily need it to hoist sails, but you’re also going to take crewmembers to the masthead on the winch. People on 32-footers weigh just as much as people on 40-footers, yet the standard halyard winches on the Endeavour 32 and most other boats in this size range make it impossible for a smaller crewmember to hoist a larger one to the masthead. It is one of the perversities of two-person sailing that the larger of the two—usually a man—insists on going up the mast, while the smaller—usually a woman—cranks the winch. You will also see the same logic prevail in anchoring: the man steers while the woman muscles the anchor up and down. It’s sort of like having the jockey carry the horse around the racecourse.

Shrouds are mounted at the edge of the deck, but since the boat is relatively narrow, this position does not dramatically reduce windward ability. For reaching, it is possible to sheet the genoa to the slotted aluminum toerail.

One change we would make to improve sail handling for cruising would be to add self-tailing winches. The original winches for the boat are too small for easy trimming of a big genoa, and self-tailers are simply a must on any cruising boat. The coamings are wide enough to go up one or two winch sizes.

We also recommend a modern roller-reefing headsail system for cruising. To use it effectively, it will be necessary to install a genoa track inboard of the lifelines on both sides of the boat. As a rollerreefing headsail is reduced in size, the sheet lead must move forward to accommodate the change in clew position. To do this by shifting the position of a snatch block on the toerail is grossly inefficient, and means you will probably never have the lead in the proper position. Even without roller-reefing headsails, the genoa track is a must for decent windward performance.

All Endeavour 32s came with diesel engines, but there is a lot of difference in the engines that were used. In 1975, 1976, and 1977 models, a 12 hp Yanmar diesel was standard equipment. In our opinion, that engine is simply too small for a boat this size. It will be fine in a flat calm, but there’s not enough power to push the boat into any wind or sea. Some boats in the same period were equipped with the Westerbeke L-25 engine, and others with the Yanmar 2QM20. The bigger Yanmar became standard in 1978, but a three-cylinder Universal diesel of about 24 hp was also an option in late-model boats.

Endeavour 32

With every engine except the single-cylinder Yanmar, performance under power is more than adequate. Our own engine preference would be either the larger Yanmar or the Universal diesel. The most serious complaint voiced about the engine installation is noise. The engine compartment has no sound insulation. Access for service is reasonable.

A surprising number of owners responding to our survey report that the boat is impossible to back down in a straight line under power. Part of the problem may stem from the hull shape, but there is little doubt that much of it comes from the extreme downward angle of the prop shaft. In reverse, the water is thrown against the bottom of the boat, which we suspect does little to help steering.

A two-bladed fixed prop is standard. A three-bladed prop was optional. We wouldn’t want to drag around a three-bladed fixed prop due to the boat’s exposed prop installation. The best choice by far would be a three-bladed feathering prop, which we suspect would also improve the boat’s handling in reverse.

Construction

No owners responding to our survey report major structural problems. There are, however, reports of hairline gelcoat crazing on both the hull and deck. One owner also reported extensive deck delamination. Still another comments that a surveyor found loose tabbing around a bulkhead in the forward cabin. In general, there were a higher than average number of owner complaints about gelcoat.

The frequency of bottom blistering reports is about average for boats generally sailed in warmer waters.

Another odd complaint from one owner concerns flaking gelcoat inside the integral fiberglass water tank under the forward berths. The tank was all but unusable until he cut openings in the top and resurfaced the inside. In addition, once inside the tank he discovered that the internal baffles had come loose. A water tank this far forward in the boat can significantly affect trim as water is consumed. Several owners report that the boat normally sits down by the stern. A full water tank forward will offset this problem, at the expense of increased pitching moment. As a rule, heavy consumables such as water and fuel should be carried near the middle of the boat, where the effect on trim will be minimized.

Several owners mention that their boats are equipped with gate valves rather than proper seacocks. This should show up on any survey. We feel that gate valves are inappropriate for use below the waterline, and should be replaced.

The lead ballast is carried inside the molded fiberglass keel. While this eliminates keelbolts and their associated problems, it means that you should pay prompt attention to any grounding damage to the keel, which could allow water inside the laminate.

On older boats, there is no deck fill for the water tank forward. Later boats do have deck fills, and some owners of older boats also installed them. They’re a good idea, since dragging a water hose below can be a real nuisance, and filling the tank from jerry jugs would almost be guaranteed to cause a mess below.

There are no deck scuppers, so water tends to pool at the low point in the sheer inboard of the aluminum toerail. Likewise, the cockpit scuppers are not flush, so the cockpit does not drain entirely.

Several owners of centerboard versions complain about the exposed centerboard pennant. With the board fully extended, about 3′ of wire is exposed and vulnerable below the boat. This is an unusual arrangement required by the very high aspect ratio board.

In general, owners of the Endeavour 32 feel that the boat is sturdily built, and reasonably finished, with the exception of the large number of reports of gelcoat defects.

For a relatively narrow boat, the Endeavour 32 is roomy. Headroom on centerline is about 6′ 4″. The original stepped cabin trunk—an Irwin design trademark—was replaced in the middle of the boat’s production history with a more modern-looking cabin trunk which is slightly tapered in profile. Cabin headroom was not significantly altered. Headroom is carried well forward over the forward cabin.

There is no door between the main cabin and the forward cabin, which limits privacy when cruising with more than two people. A privacy curtain was an option.

Storage space is used very effectively on the Endeavour 32. Since the water and fuel tanks are located in the ends of the boat, there is a lot of space available under the settees in the main cabin.

The galley is fairly small, which is typical of boats of this period. The icebox, however, is huge—about 10 cubic feet. We’d be tempted to reduce its size by adding more insulation on the inside of the box. Six cubic feet of icebox is more than adequate for a boat this size.

There are three legitimate sea berths on the Endeavour 32: the port and starboard main cabin settees, and the port quarterberth. These berths are all parallel to the boat’s centerline, so your head is neither above nor below your feet when the boat heels. Berths at odd angles to the centerline may be interesting visually, but they’re only functional when the boat is at rest.

Adding overhead handrails in the main cabin would be useful; there are very few things to grab onto in a seaway.

There are 10 opening ports in the cabin trunk of the Endeavour 32. This makes for very good ventilation when the boat is docked or anchored, but does nothing when the boat is underway and the ports are closed. If you leave ports open underway, you’re asking for a drenched interior from a stray wave or powerboat wake.

Ventilation would be greatly improved by installing cowl vents in dorade boxes. We would put two at the aft end of the main cabin, just forward of the dodger breakwater on later models, one over the head, and one over the passageway between the main cabin and the forward cabin. Be careful not to place the forward vents where they will interfere with working at the mast.

The biggest single complaint about the interior of the Endeavour 32 is the lack of a navigation station or chart table. When this boat was designed, navigators of even 40-footers frequently had to work on the cabin table or icebox lid. Today, almost every boat over 30′ has some sort of nav station—a must in the days of electronic gizmos.

All in all, the interior of the Endeavour 32 is comfortable and workable. Joinerwork is of good production boat quality. In later boats, the interior teak is varnished. There’s no  reason you couldn’t do this to an older boat if that finish appeals to you.

Conclusions

The Endeavour 32 is a comfortable, reasonably capable cruising boat. It would make a good coastal cruiser or island hopper. The basic design and construction are sound enough to justify the numerous additions and modifications necessary to make the boat suitable as a limited offshore cruiser for areas such as the Bahamas or the Caribbean.

The most troublesome aspect of the boat is the large number of owners in our survey reporting gelcoat flaws. While in most cases these are cosmetic, they are expensive to repair, and unsightly if not repaired.

Later boats with the more modern deck molding—recognizable by the lack of step in the profile of the cabin trunk—are in our opinion more desirable than the earlier boats. Likewise, look for a boat with a bigger engine than the original 12 hp Yanmar diesel.

To make it easier to handle, you’ll have to spend a fair amount of money on upgrading things such as winches and sail handling equipment. This is only worthwhile if you plan to keep the boat for a while.

The Endeavour 32 is quite a bit narrower than a modern boat of the same length, which makes the interior look a little smaller. At the same time, the beam is carried well aft, which tends to increase space in the cockpit.

Because of the lack of privacy below, this is not really a good family cruising boat for long periods of time. A privacy curtain forward would help, but a door for the forward cabin would be even better.

In appearance, the Endeavour 32 is somewhat dated, yet we would hesitate to call her appearance “classic.” Still, her styling may be a little easier on the eye long after today’s Euroboats have gone the way of tailfins and chrome bumpers.

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Evasion 32's main features

Evasion 32's main dimensions, evasion 32's rig and sails, evasion 32's performances, evasion 32's auxiliary engine, evasion 32's accommodations and layout, evasion 32's saloon.

Bénéteau Evasion 32  Picture extracted from the commercial documentation © Bénéteau

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  • Sailboat Guide

Barbary 32 is a 32 ′ 6 ″ / 9.9 m monohull sailboat designed by Walter F. Rayner and built by Robert Ives (UK) starting in 1970.

Drawing of Barbary 32

Rig and Sails

Auxilary power, accomodations, calculations.

The theoretical maximum speed that a displacement hull can move efficiently through the water is determined by it's waterline length and displacement. It may be unable to reach this speed if the boat is underpowered or heavily loaded, though it may exceed this speed given enough power. Read more.

Classic hull speed formula:

Hull Speed = 1.34 x √LWL

Max Speed/Length ratio = 8.26 ÷ Displacement/Length ratio .311 Hull Speed = Max Speed/Length ratio x √LWL

Sail Area / Displacement Ratio

A measure of the power of the sails relative to the weight of the boat. The higher the number, the higher the performance, but the harder the boat will be to handle. This ratio is a "non-dimensional" value that facilitates comparisons between boats of different types and sizes. Read more.

SA/D = SA ÷ (D ÷ 64) 2/3

  • SA : Sail area in square feet, derived by adding the mainsail area to 100% of the foretriangle area (the lateral area above the deck between the mast and the forestay).
  • D : Displacement in pounds.

Ballast / Displacement Ratio

A measure of the stability of a boat's hull that suggests how well a monohull will stand up to its sails. The ballast displacement ratio indicates how much of the weight of a boat is placed for maximum stability against capsizing and is an indicator of stiffness and resistance to capsize.

Ballast / Displacement * 100

Displacement / Length Ratio

A measure of the weight of the boat relative to it's length at the waterline. The higher a boat’s D/L ratio, the more easily it will carry a load and the more comfortable its motion will be. The lower a boat's ratio is, the less power it takes to drive the boat to its nominal hull speed or beyond. Read more.

D/L = (D ÷ 2240) ÷ (0.01 x LWL)³

  • D: Displacement of the boat in pounds.
  • LWL: Waterline length in feet

Comfort Ratio

This ratio assess how quickly and abruptly a boat’s hull reacts to waves in a significant seaway, these being the elements of a boat’s motion most likely to cause seasickness. Read more.

Comfort ratio = D ÷ (.65 x (.7 LWL + .3 LOA) x Beam 1.33 )

  • D: Displacement of the boat in pounds
  • LOA: Length overall in feet
  • Beam: Width of boat at the widest point in feet

Capsize Screening Formula

This formula attempts to indicate whether a given boat might be too wide and light to readily right itself after being overturned in extreme conditions. Read more.

CSV = Beam ÷ ³√(D / 64)

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Boat Name Builder Designer Brand Production Country Boat Material Boat Type first_built_hull Year Cockpit Rigging Unsinkable Capsize Ratio Comfort Ratio Displacement Ration Ballast Ratio Sail Area to Displacement Length(i) Length(m) LOA(ft) LOA (mt) Beam (ft) Beam (m) Draft (ft) Draft (m) Displacement (lb) Displacement (kg) Action
FLEUR DE MER Chantier Malliard Group Finot France GRP and Plastics Fin with rudder on skeg 1,972 1975 Masthead Sloop No 1.92 29.86 480.64 38.47 18 31.50 ft 9.60 m 31.50 9.60 10.83 3.30 5.58 1.70 11,464 5,200
PACIFIC SEACRAFT ORION 27-2 Pacific Seacraft Henry Mohrschladt Pacific Seacraft GRP and Plastics Long Keel 1,981 1993 Cutter No 1.72 32.17 408.58 35.00 17.57 30.92 ft 9.42 m 30.92 9.42 9.25 2.82 4.00 1.22 10,000 4,536
LAURIN 31 Miguel Solér Arvid Laurin Sweden GRP and Plastics Long Keel 1,968 2003 Fractional Sloop No 1.65 32.17 241.12 40.00 16.37 31.66 ft 9.65 m 31.66 9.65 9.45 2.88 5.31 1.62 12,125 5,500
HALLBERG-RASSY 40 Hallberg-Rassy Frers Naval Architecture & Engineering Hallberg-Rassy Sweden GRP and Plastics Monohull 2,002 2015 Center cockpit Sloop Marconi 9/10 No 1.79 32.16 181.00 0.41 17.77 40.68 ft 12.40 m 40.68 12.40 12.60 3.82 6.60 1.99 22,046 10,000
SOVEREL 48 Soverel Marine Bill Soverel Soverel United States GRP and Plastics Keel/Cbrd. 1,973 1987 Staysail Ketch No 1.76 32.15 193.65 50.43 15.77 48.00 ft 14.63 m 48.00 14.63 13.33 4.06 11.00 3.35 27,762 12,593
BALTIC 51 Baltic Yachts C & C Design Group Baltic Finland GRP and Plastics Fin w/spade rudder 1,979 1988 Masthead Sloop No 1.88 32.14 224.07 39.36 18.66 50.92 ft 15.52 m 50.92 15.52 15.25 4.65 8.83 2.69 34,390 15,599
DEB 33 Tyler Mouldings Ltd / Deacons Boatyard Ltd Sparkman & Stephens United Kingdom GRP and Plastics Keel/Cbrd. 1,969 Masthead Sloop No 1.78 32.11 403.67 41.60 14.61 33.42 ft 10.19 m 33.42 10.19 10.33 3.15 6.58 2.01 12,500 5,670
ABLE 42 Able Marine Inc. Chuck Paine Able United States GRP and Plastics Fin with rudder on skeg 1,989 Masthead Sloop No 1.82 32.1 277.54 22.97 16.55 42.00 ft 12.80 m 42.00 12.80 12.67 3.86 5.17 1.58 21,678 9,833
CELESTIAL 48 Xiamen Celestial Yachts Ltd Brewer/Fuhriman China GRP and Plastics Fin (shoal draft) 1,984 2001 Masthead Ketch No 1.80 32.1 246.25 44.44 17.67 50.00 ft 15.24 m 50.00 15.24 13.50 4.11 6.00 1.83 27,000 12,247
CAL 2-30 Jensen Marine C. William Lapworth CAL United States GRP and Plastics Fin w/spade rudder 1,968 1972 Fractional Sloop No 1.66 32.1 294.29 43.69 15.74 30.20 ft 9.20 m 30.20 9.20 9.00 2.74 5.00 1.52 10,300 4,672
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Dynamic title for modals

Are you sure.

The Gulf 32 is a 32.0ft cutter designed by William Garden and built in fiberglass by Capital Yachts Corp. between 1965 and 1998.

400 units have been built..

The Gulf 32 is a very heavy sailboat which is under powered. It is very stable / stiff and has an excellent righting capability if capsized. It is best suited as a heavy bluewater cruising boat.

Gulf 32 sailboat under sail

Gulf 32 for sale elsewhere on the web:

32 sailboatdata

Main features

Model Gulf 32
Length 32 ft
Beam 10 ft
Draft 5.17 ft
Country United states (North America)
Estimated price $ 0 ??

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32 sailboatdata

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Sail area / displ. 11.58
Ballast / displ. 40.63 %
Displ. / length 562.51
Comfort ratio 44.40
Capsize 1.59
Hull type Monohull long keel
Construction Fiberglass
Waterline length 23.33 ft
Maximum draft 5.17 ft
Displacement 16000 lbs
Ballast 6500 lbs
Hull speed 6.47 knots

32 sailboatdata

We help you build your own hydraulic steering system - Lecomble & Schmitt

Rigging Cutter
Sail area (100%) 458 sq.ft
Air draft 0 ft ??
Sail area fore 238.10 sq.ft
Sail area main 220.15 sq.ft
I 39 ft
J 12.21 ft
P 35 ft
E 12.58 ft
Nb engines 1
Total power 36 HP
Fuel capacity 0 gals

Accommodations

Water capacity 0 gals
Headroom 0 ft
Nb of cabins 0
Nb of berths 0
Nb heads 0

Builder data

Builder Capital Yachts Corp.
Designer William Garden
First built 1965
Last built 1998
Number built 400

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32 sailboatdata

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IMAGES

  1. GALAXY 32

    32 sailboatdata

  2. WESTSAIL 32

    32 sailboatdata

  3. ELVSTROM 32

    32 sailboatdata

  4. SABRE 32

    32 sailboatdata

  5. FURIA 32

    32 sailboatdata

  6. SYDNEY 32

    32 sailboatdata

VIDEO

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  4. 1972 Coastal Recreation Aquarius 23 Sailboat

  5. Bristol 32

  6. Snapdragon 27 sailing

COMMENTS

  1. WESTSAIL 32

    Notes. Said to be based on the THISTLE design from William Atkin and adapted for fiberglass by William Crealock for Kendall Yacht Corp. (1967). An earlier design, the KENDALL 32, has a flush deck. Westsail added the trunk cabin. Of the 834 hulls built, the first 31 being Kendall 32's, some 400 were sold as kits or bare hulls.

  2. CONTESSA 32

    Notes. The CONTESSA 32 was first built at the Jeremy Rogers Ltd.. When introduced at the London boat show of 1973, it was awarded "Boat of the Show". Since then the yard built over 700. In 1973, J.J. Taylor president, Alan Nye Scott, had a Rogers-built hull and deck shipped from Britain so that a set of molds for production in Canada could be ...

  3. What is a Valiant 32?

    The Valiant 32 was designed by Bob Perry as a smaller version of the successful Valiant 40. In the 1970s, a 30- to 35-foot boat was considered the optimum-size boat for a cruising couple. In response to this demand, the Valiant 32 was produced. About 67 were built in the late 1970s and early '80s. The boat is 32 feet on deck with a waterline ...

  4. Contessa 32

    The Contessa 32 is a 31.99ft masthead sloop designed by David Sadler and built in fiberglass by Jeremy Rogers Ltd. since 1972. ... The data on this page has been derived from different sources but a significant part is attributed to sailboatdata.com. We thank them for their encouragements and friendly collaboration.

  5. Test and review of the timeless Contessa 32

    Approaching the Contessa 32 dockside, the first thing to note is her appearance: the combination of sheer, sharp prow, retroussé counter, moderate overhangs and low cabin trunk produce a very attractive yacht that combines mid-20th century trad with a dash of IOR in the transom shape. Cosy below. These good looks produce a yacht that is just ...

  6. Endeavour 32

    The Endeavour 32 was originally a keel/centerboarder with the same configuration as the Irwin 32, or with a fixed shoal keel with 4′ 2″ draft. The original Irwin deeper keel was discontinued. Beginning in 1979, the keel/centerboard model was discontinued in favor of the shoal keel version. Sailing Performance.

  7. Westsail 32

    The Westsail 32 started out life as a flush-deck Kendall 32 when Larry Kendall approached Crealock to design a heavy displacement offshore sailboat along the lines of William Aitken's famous 32 foot double enders Eric and Thistle. It's said when asked how big the market for such a boat, Crealock estimated 10-12 boats.

  8. Sabre 32

    The Sabre 32 is a 32.17ft masthead sloop built in fiberglass by Sabre Yachts (USA) between 1983 and 1987. ... The data on this page has been derived from different sources but a significant part is attributed to sailboatdata.com. We thank them for their encouragements and friendly collaboration.

  9. Evasion 32 (Bénéteau)

    The Evasion 32 is a 29'6" (9m) motorsailer designed by André Bénéteau (France). She was built between 1973 and 1981 by Bénéteau (France) with 286 hulls completed. Evasion 32's main features. Model. Evasion 32. Hull type. Monohull. Category. Motorsailer. Sailboat builder. Bénéteau. Sailboat designer. André Bénéteau. Sailboat range.

  10. Douglas 31/32

    Douglas 31/32 is a 32′ 1″ / 9.8 m monohull sailboat designed by Edward S. Brewer and built by Hinterhoeller Yachts Ltd. between 1967 and 1982. Great choice! Your favorites are temporarily saved for this session. Sign in to save them permanently, access them on any device, and receive relevant alerts. ... Source: sailboatdata.com / CC BY ...

  11. Contessa 32

    Contessa 32 is a 31′ 11″ / 9.8 m monohull sailboat designed by David Sadler and built by Macbar Marine, J.J. Taylor and Sons Ltd., and Jeremy Rogers Ltd. starting in 1972. ... Source: sailboatdata.com / CC BY. Embed Embed. View Demo. Embed this page on your own website by copying and pasting this code.

  12. Bavaria 32

    The Bavaria 32 is a 33.76ft fractional sloop designed by J & J Design and built in fiberglass by Bavaria Yachts (GER) since 2000. ... The data on this page has been derived from different sources but a significant part is attributed to sailboatdata.com. We thank them for their encouragements and friendly collaboration.

  13. Review of C&C 32

    The C&C 32 has been built with different keel alternatives. Unknown keel type. The boat can enter most marinas as the draft is just about 1.68 - 1.78 meter (5.51 - 5.81 ft) dependent on the load. See immersion rate below. CentreBoard. One option is a centreboard keel. A centreboard keel is a pivoting lifting keel, allowing to sail both coastal ...

  14. VALIANT 32

    LENGTH: Traditionally, LOA (length over all) equaled hull length. Today, many builders use LOA to include rail overhangs, bowsprits, etc. and LOD (length on deck) for hull length. That said, LOA may still mean LOD if the builder is being honest and using accepted industry standards developed by groups like the ABYC (American Boat and Yacht Council).

  15. Barbary 32

    Barbary 32 is a 32′ 6″ / 9.9 m monohull sailboat designed by Walter F. Rayner and built by Robert Ives (UK) starting in 1970. Great choice! Your favorites are temporarily saved for this session. ... Source: sailboatdata.com / CC BY. Embed Embed. View Demo. Embed this page on your own website by copying and pasting this code.

  16. Dreadnought 32

    The Dreadnought 32 is a 32.0ft cutter designed by John Hanna/W.I.B. Crealock and built in fiberglass between 1973 and 1983. ... The data on this page has been derived from different sources but a significant part is attributed to sailboatdata.com. We thank them for their encouragements and friendly collaboration.

  17. J/32

    LENGTH: Traditionally, LOA (length over all) equaled hull length. Today, many builders use LOA to include rail overhangs, bowsprits, etc. and LOD (length on deck) for hull length. That said, LOA may still mean LOD if the builder is being honest and using accepted industry standards developed by groups like the ABYC (American Boat and Yacht Council).

  18. Sail Boats Data & Info

    You can then click on the Details button of each boat to expand and find a lot more information on each of them. Should you wish to compare two sailboats, please use the Compare button and enter the two sailboats you wish to compare. Note to Boat Materials filter below: "Wood" includes Plywood as well as any other wood.

  19. DOUGLAS 31/32

    DOUGLAS 32 is like 31 with extended reverse transom. Similar to HULLMASTER 31, ALCONA 31. HISTORY: DOUGLAS MARINE CRAFT - Douglas Badgley commissioned Ted Brewer to design the original Douglas 31s. His company, Douglas Marine Craft, built them in Port Stanley, Ontario, starting in 1967. Around 1970-1971 Douglas Yachts went out of business, and the […]

  20. Islander 32

    The Islander 32 is a 32.5ft masthead sloop designed by J. H. McGlasson and built in fiberglass by Islander / Tradewind Yachts between 1963 and 1967. ... The data on this page has been derived from different sources but a significant part is attributed to sailboatdata.com. We thank them for their encouragements and friendly collaboration.

  21. ARIES 32

    ARIES 32 is said to be the original name of a Thomas Gillmer design, first built of wood and then fiberglass. Subsequent versions called ROUGHWATER 32/33, WEATHERLY 32, were built in TAIWAN. SOUTHERN CROSS 31, also by Gillmer, appears to be similar.

  22. Downeaster 32

    The Downeaster 32 is a 32.0ft cutter designed by Bob Poole and built in fiberglass by Down East Yachts Inc. between 1975 and 1980. ... The data on this page has been derived from different sources but a significant part is attributed to sailboatdata.com. We thank them for their encouragements and friendly collaboration.

  23. Gulf 32

    The Gulf 32 is a 32.0ft cutter designed by William Garden and built in fiberglass by Capital Yachts Corp. between 1965 and 1998. ... The data on this page has been derived from different sources but a significant part is attributed to sailboatdata.com. We thank them for their encouragements and friendly collaboration.