Scorpio 72 Sailboat Review, Specs, and Listings

Robert Perry·1982 – 1991·~30 hulls·Scorpio Yachts
Approximate drawing

Hover a measurement to read its value

Hull Type
Monohull · fin
Rig
Ketch
LOA
65' · 19.81 m
Disp.
114,000 lbs · 51,710 kg
First year
1982

The Scorpio 72, also known as the Ct 65, is a substantial oceangoing ketch designed by American naval architect Robert H. Perry. Built by the Taiwanese yard Ta Chiao Shipbuilding Co., this 65foot monohull combines Perry’s signature longkeel hull with the heavy displacement of a boat intended for serious offshore passages rather than quick coastal sailing.

Measurements

Dimensions 01

Length Overall
65 ft
Length on deck
—
Waterline Length
50.92 ft
Beam
17.75 ft
Draft
6.75 ft
Maximum Headroom
—
Air Draft
—

Construction & hull 02

Construction
Fiberglass
Hull Type
Monohull
Keel Type
Fin
Rudder
1× Skeg-Hung
Ballast
56,000 lbs (Lead)
Displacement
114,000 lbs
Water Capacity
—
Fuel Capacity
—

Rig & sails 03

Rigging Type
Ketch
Mainsail luff
38.5 ft
Mainsail foot
19.25 ft
Foretriangle height
68 ft
Foretriangle base
27.3 ft
Forestay Length (estimated)
73.28 ft
Sail Area
1,562 sqft

Calculations 04

Sail Area to Displacement Ratio
10.63
Ballast to Displacement Ratio
49.12
Displacement to Length Ratio
385.47
Comfort Ratio
69.35
Capsize Screening Ratio
1.46
Hull Speed
9.56 kn

Design and Construction

Ta Chiao built the Scorpio 72 in fiberglass, with a solid hull and long full keel. The boat displaces 114,000 pounds and carries 56,000 pounds of lead ballast, giving it a ballast-to-displacement ratio of just over 49 percent.

Its 17.75-foot beam and length-to-beam ratio of 3.66 describe a voluminous, directional hull rather than a light-footed racer. Wetted surface is close to 936 square feet, while the immersion rate is roughly 3,150 pounds per inch. The hull therefore settles heavily as weight comes aboard, consistent with a draft that varies from 6.76 to 7.06 feet depending on load.

A capsize screening value of 1.46 places the Scorpio 72 firmly in the offshore-cruiser range. Its theoretical hull speed is 9.6 knots, typical for a displacement boat with a 50.92-foot waterline.

Rig and Handling

The Scorpio 72 carries a ketch rig. A 1991 rig reference lists sheet dimensions that convey the scale of the sail plan and its associated gear. Jib and genoa sheets are about 65 feet long and 5/8 inch in diameter. The mainsheet is roughly 162 feet long, and the spinnaker sheets about 143 feet; all are listed at the same 16 mm specification.

Those lengths point to a large sail plan requiring substantial winches and lead blocks. The ketch configuration divides the driving sail area, making downwind sail trim easier for a short-handed crew. A skeg-hung rudder and full keel provide predictable tracking, though the high immersion rate means the boat responds more slowly to changes in trim than lighter craft.

Accommodations

Available information classifies the Scorpio 72 as a large sailboat, with a 50.92-foot waterline and a broad 17.75-foot beam. The volume implied by those dimensions, together with a comfort ratio of 69.35, suggests a roomy, stable platform suited to liveaboard cruising. Detailed information about the interior arrangement isn’t available in the existing facts.

Verdict

The Scorpio 72 is a Perry-designed, Ta Chiao-built offshore ketch with stability figures and straightforward construction that will appeal to long-distance cruisers. Its solid-fiberglass, full-keel hull and heavy ballast provide reassuring seakeeping margins, while the ketch rig divides the sail area into more manageable portions.

The trade-offs are those expected of a 114,000-pound displacement boat: modest theoretical top speed, high immersion, slow responses to changes in trim, and the cost of maintaining large-dimension running rigging.

Pros

  • Robert H. Perry design with a documented offshore stability figure: a capsize screening value of 1.46
  • Solid-fiberglass hull and long full keel built by Ta Chiao
  • Ketch rig divides sail area for more manageable handling

Cons

  • Heavy displacement limits speed and responsiveness
  • Long, large-diameter sheets imply significant wear and replacement costs
  • Available facts don’t describe the interior in detail

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