Vagabond 42 Sailboat Review, Specs, and Listings

George H. Stadel III·1978 – 1990·Vagabond/Blue Water Yacht Builders (TAIWAN)
Vagabond 42 drawingBuilder drawing
Hull Type
Monohull · fin
Rig
Ketch
LOA
42' · 12.8 m
Disp.
32,000 lbs · 14,515 kg
First year
1978

The Vagabond 42 is a 42foot centercockpit ketch designed by George H. Stadel III and produced by Blue Water Yacht Builders Ltd. in Taiwan from 1978 until 1990. Conceived in the late seventies as a heavydisplacement cruiser, she carries 5,443 kilograms of ballast against a 14,515kilogram displacement—a 37.5 ballasttodisplacement ratio—and a displacementtolength ratio of 363.47 that places her firmly among slow, voluminous offshore hulls rather than light racers. Her fin keel with skeghung rudder and solid fiberglass construction reflect a Taiwanese build tradition of handlaid hulls and varnished teak, and the numbers tell a story of a boat built to carry load and ride comfortably rather than to win buoy races.

Measurements

Dimensions 01

Length Overall
42 ft
Length on deck
Waterline Length
34 ft
Beam
12.83 ft
Draft
5.5 ft
Maximum Headroom
Air Draft
57 ft

Construction & hull 02

Construction
Fiberglass
Hull Type
Monohull
Keel Type
Fin
Rudder
1× Skeg-Hung
Ballast
12,000 lbs (Lead)
Displacement
32,000 lbs
Water Capacity
140 gal
Fuel Capacity
110 gal

Rig & sails 03

Rigging Type
Ketch
Mainsail luff
42 ft
Mainsail foot
14.25 ft
Foretriangle height
48 ft
Foretriangle base
19.5 ft
Forestay Length (estimated)
51.81 ft
Sail Area
869 sqft

Calculations 04

Sail Area to Displacement Ratio
13.79
Ballast to Displacement Ratio
37.5
Displacement to Length Ratio
363.47
Comfort Ratio
45.41
Capsize Screening Ratio
1.62
Hull Speed
7.81 kn

Design and Construction

The Vagabond 42's hull is fiberglass, laid up as a solid one-piece shell with 12,000 pounds of cast ballast encapsulated within it and a plywood-cored deck above—a construction approach that yields a stiff, ponderous hull form with a comfort ratio of 45.41 and a capsize screening value of 1.62, both indicating a vessel tuned for bluewater stability rather than agility. At 12.8 meters overall with a 10.36-meter waterline and a beam implied by her 3.27 length-to-beam ratio, she draws between 1.68 and 1.78 meters dependent on load, and her wetted surface of about 43 square meters speaks to the volume she pushes through the water. The Taiwanese yard's choice of a fin keel with skeg-hung rudder pairs directional steadiness with a measure of maneuvering bite, and the 271 kg/cm immersion rate means she sits heavily and changes trim slowly under provisioning—a trait that rewards careful loading but discourages abrupt weight shifts.

Rig and Handling

As a staysail ketch with a reported sail area of 80.73 square meters and a sail-area/displacement ratio near 13.8, the Vagabond 42 is undercanvased by modern light-air standards yet well balanced for a 14,515-kilogram hull in a seaway. Her mast height of 12.8 meters supports a ketch rig whose dimensions include a 14.63-meter I measurement, 12.8-meter and 7.41-meter PY stays, and corresponding E and EY measurements of 4.34 and 2.55 meters, giving a fore sail area of 43.48 square meters split across manageable surfaces. The standing and running rigging follow period practice: mainsail, jib/genoa, and spinnaker halyards each run 33.3 meters at 12 mm, while sheets cluster at 12.8 to 32 meters and 14 mm diameter, and control lines such as the cunningham and kickingstrap sit at 12 mm. The theoretical hull speed of 7.8 knots bounds her under power or sail, and the ketch's divided rig lets a short-handed crew reduce canvas without overhauling the whole sail plan.

Accommodations

Below, the Vagabond 42 was delivered with two cabins and five berths in her standard arrangement, a layout that prioritizes private quarters over max berthing. Fresh water capacity is 530 liters (140 US gallons), paired with a 416-liter (109 US gallon) fuel tank feeding an inboard Ford Lehman diesel—figures that support extended cruising without constant resupply. The center-cockpit configuration places the helm amidhips with owner quarters aft and guest space forward, a scheme consistent with her 140-gallon water and 110-gallon fuel reserves as a passage-oriented platform rather than a daysailer.

Known Issues

The documented record for the Vagabond 42 names no structural defects, osmotic blistering, or systemic failures specific to the boat; the facts center on specification tolerances rather than faults. Draft variation of 1.68 to 1.78 meters with load is a design characteristic, not a defect. Prospective owners should note that the known record is silent on chainplate pathology or rigging fatigue, leaving inspection to general age-appropriate survey rather than model-specific red flags.

Refits and Ownership

Ownership of a Vagabond 42 spans a twelve-year production run, meaning examples vary in fitout by build year but share the Stadel hull and ketch rig throughout. The Ford Lehman diesel and 530-liter water infrastructure are constant, so refit attention typically follows period-normal systems renewal: halyards at 12 mm, sheets at 14 mm, and the 33.3-meter halyard lengths dictate mast-step access for line replacement. The encapsulated ballast and solid hull reduce structural refit scope, leaving cosmetic teak and mechanical updating as the principal ownership labor.

The Verdict

The Vagabond 42 is a deliberately slow, heavily ballasted ketch built for load-carrying passage work, not for sprinting. Her documented strengths are structural simplicity and offshore stability numbers; her limitations are modest sail-area displacement and a ponderous immersion rate. She suits a buyer who values a proven Taiwanese cruiser hull over speed.

Pros

  • Solid fiberglass hull with encapsulated ballast and comfort ratio of 45.41
  • Staysail ketch rig divides sail area for manageable short-handed handling
  • 530-liter water and 416-liter fuel capacity support extended cruising

Cons

  • Sail-area/displacement ratio near 13.8 limits light-air performance
  • 271 kg/cm immersion rate makes trim changes slow under load
  • Two-cabin layout limits berthing flexibility versus larger cruisers

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