Morgan 40 Cruising Ketch Sailboat Review, Specs, and Listings

Charles Morgan/Henry Scheel·1969·Morgan Yachts
Approximate drawing

Hover a measurement to read its value

Hull Type
Monohull · scheel
Rig
Ketch
LOA
40.16' · 12.24 m
Disp.
21,000 lbs · 9,525 kg
First year
1969

The Morgan 40 Cruising Ketch first entered production in 1969 under the hand of Charles Morgan, built by Morgan Yachts as a fiberglass cruising ketch conceived in the same latesixties wave that defined the marque’s early output. At 40.16 feet overall with a 30foot waterline, the boat carries 21,000 pounds of displacement against 8,000 pounds of ballast, a 38.1 percent ballasttodisplacement ratio that places her firmly in the moderateballast cruiser class rather than the featherweight racer lineage. Her Scheel keel and solid fiberglass construction speak to a design brief oriented toward loadcarrying stability and straightforward offshore credibility, not grandprix speed.

Measurements

Dimensions 01

Length Overall
40.16 ft
Length on deck
Waterline Length
30 ft
Beam
11.25 ft
Draft
4.18 ft
Maximum Headroom
Air Draft

Construction & hull 02

Construction
Fiberglass
Hull Type
Monohull
Keel Type
Scheel
Rudder
1× Attached
Ballast
8,000 lbs (Lead)
Displacement
21,000 lbs
Water Capacity
200 gal
Fuel Capacity
100 gal

Rig & sails 03

Rigging Type
Ketch
Mainsail luff
40.3 ft
Mainsail foot
14.6 ft
Foretriangle height
47 ft
Foretriangle base
14.8 ft
Forestay Length (estimated)
49.28 ft
Sail Area
700 sqft

Calculations 04

Sail Area to Displacement Ratio
14.71
Ballast to Displacement Ratio
38.1
Displacement to Length Ratio
347.22
Comfort Ratio
39.1
Capsize Screening Ratio
1.63
Hull Speed
7.34 kn

Design and Construction

Charles Morgan’s 1969 cruising ketch is a solid fiberglass hull with a Scheel keel, a configuration that trades the extreme shoal draft of a full keel for a measured 4.17-foot maximum draft while preserving directional stability. The 347.22 displacement-to-length ratio is a telling number: at nearly triple the threshold where a boat is considered light, the Morgan 40 is unmistakably a heavy, volume-oriented cruiser. The 39.10 comfort ratio and 1.63 capsize screening value reinforce the same reading — she is built to stand up to weather and carry gear, not to win weeknight races. The fiberglass construction is listed plainly as FG, with no cored hull claims in the record, and the documented 100-gallon fuel and 200-gallon water capacities confirm a boat sized for extended independent cruising rather than weekend hops.

Rig and Handling

The Morgan 40 carries a masthead ketch rig with a reported 700 square feet of sail area, distributed across a foretriangle of 347.78 square feet and a mainsail of 294.18 square feet, plus a mizzen implied by the ketch designation. The sail-area-to-displacement ratio of 14.77 is low by performance standards, consistent with the heavy-displacement hull. The I measurement of 47.01 feet and J of 40.29 feet describe a substantial foretriangle, while the 14.60-foot mainsail foot and 12.28-meter mast height frame a rig that is tall enough to drive the boat but conservative in aspect relative to modern tall-rig cruisers. As a ketch, the divided rig offers manageable single-handed sail handling for a 21,000-pound hull, though the documented numbers describe the sail plan rather than assert turning characteristics.

Accommodations and Cruising Provisioning

The Morgan 40’s 200-gallon water capacity against 100 gallons of gasoline fuel marks her as a vessel provisioned for long stretches away from dock. The documented auxiliary power runs on gas, paired with the Universal-Atomic Atomic 4 engine of 40 horsepower in the background specifications. While the source does not describe the interior arrangement in words, the displacement, beam of 11.25 feet, and tank capacities together describe a boat with the volume and provisioning endurance for liveaboard or bluewater cruising rather than minimalist coasting. The ketch rig and cruising ballast ratio further support a layout intended to house a crew comfortably for passages.

Known Issues

The documented record for the Morgan 40 Cruising Ketch contains no enumerated structural defects, osmotic blistering reports, or rigging failure modes. The known facts are confined to dimensions, ratios, and configuration: Scheel keel, solid fiberglass, gas auxiliary, masthead ketch. A buyer or owner should note that the gasoline Atomic 4 is a non-diesel auxiliary, which carries different fuel-storage and vapor-safety considerations than a diesel installation, though the source itself does not elaborate on incidents. The absence of cited defect reports in the record means no safety-relevant flooding paths or drainage faults are documented for this model.

Refits and Ownership

Ownership of the Morgan 40 Cruising Ketch spans an era in which Morgan Yachts changed hands: Charley Morgan departed the company in 1972, with the brand later passing to Beatrice Foods and ultimately Catalina Yachts in 1984. The 40 Cruising Ketch itself, first built in 1969, belongs to the Charles Morgan-designed pre-departure generation. For an owner, this means the boat sits squarely in the early solid-fiberglass Morgan tradition, and any refit planning should account for a gas auxiliary and a ketch rig with the documented 12.28-meter mast height when sourcing replacements or evaluating mast-step work.

The Verdict

The Morgan 40 Cruising Ketch is a heavy, well-ballasted solid-fiberglass cruiser from Charles Morgan’s late-sixties design hand, built for endurance and stability rather than speed. Her documented ratios — 38.1 percent ballast, 347.22 displacement-length, 14.77 sail-area-displacement — describe a boat that carries provisions and weather with composure. The ketch rig and Scheel keel round out a conservative, passage-oriented profile.

Pros

  • Solid fiberglass construction with Scheel keel and 8,000-pound ballast for stable cruising
  • Generous 200-gallon water and 100-gallon fuel capacity for extended independence
  • Masthead ketch rig divides sail load on a 21,000-pound hull

Cons

  • Gasoline Atomic 4 auxiliary rather than diesel, with associated fuel-safety profile
  • Low sail-area-to-displacement ratio limits light-air performance
  • No documented interior layout or defect history in the source record

Similar sailboats

12 comparable designs · similar LOA, displacement & rig