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The 1989 Catalina 27 is a popular cruising sailboat known for its solid construction, ease of handling, and comfortable accommodations. It offers a spacious cockpit and a well-designed interior. The boat features a wing keel providing good stability and performance under sail. Its interior includes a functional galley, enclosed head, and a cozy salon.
Equipment: ELECTRONICS, NAVIGATION AIDS & ENTERTAINMENT Hawkeye Depthsounder (2009)
Raymarine ST60 Wind Speed & Direction (2009)
Autohelm ST 4000 Autopilot
Lowrance Hook 9” with GPS Chart Plotter- Chart Chip for US & Canada Navionics (no transducer)
Masthead Windex
Ritchie Compass
Icom VHF Radio (2013)
Jenson AM/FM Radio
Cabin Speakers (2)
Cockpit Speakers (2)
SAILS Somerset Sails Conventional Mainsail (2023)
Somerset Sails Conventional Main Battens (2023)
Mainsail Reef Points (2)
Mainsail Cover (2024)
Somerset Sails Furling Genoa 150 (2023)
Navy Blue Genoa UV Cover is Part of the Sail (2023)
CDI Furling Drum (2012)
Whisker Pole
RIGGING -SAILD HANDLING GEAR Aluminum Deck Stepped Mast
Lewmar Self Tailing Main Halyard Winch located on Cabin Top
Lewmar Self Tailing Genoa Sheet Winch (2)
Lewmar Genoa Halyard Winch
Winch Handle (1)
Single Spreader
Rope Clutches (halyards only)
Boom Vang (2023)
Split Backstay
Backstay Adjuster
Mainsheet Traveler located on Cabin Top
DECK Wheel Steering
Bow & Stern Rail
Upper & Lower Lifelines
Lifeline Gates located at Stern
O/B Engine Bracket
Cockpit Cushions (2021)
Teak Companionway Boards
Swim Ladder
Flag Pole Socket
GALLEY & CABIN APPOINTMENTS Gimballed 2 Burner Alcohol Stove
Ice Box
Stainless Steel Single Basin Sink
Pressurized Water System
Cabin Curtains
Marine Toilet - Manual Pump
Overboard Discharge Disconnected for Fresh Water Lake Use
Maroon Fabric Interior Cushions
ELECTRICAL EQUIPMENT 110V Shore Power
30A Shore Power Cord
Navigation Lights
Anchor Light on Masthead (2023)
Interior Lights (2024)
12V Batteries (2) (2021) located in Cockpit Locker
Battery Charger
Electric Bilge Pump
Alternator rebuilt with Starter Motor (2023)
SAFETY GEAR Life Jackets
Throwable Square Flotation Cushion
Docklines (2023)
Fenders
Boat Hook
Air Horn
Flares
Fire Extinguisher
Double Anchor Roller
Anchor Locker
Rocna Vulcan 20lb Primary Anchor with 30ft Chain 200ft Rode
Danforth Secondary Anchor with 15ft Chain 100ft Rode
SUMMARY OF UPGRADES Sails (2023)
Domestic Water Pump (2024)
Engine Circulating Pump(2024)
Sail Cover (2024)
Paint (2021)
Starter Rebuilt (2023)
Alternator Rebuilt (2023)
Ronning Rigging (2022-2023)
Sewage Hoses (2024)
Lowrance Hook 9” (2021)
Cockpit Cushions (2021)
Interior Reupholstered
Dock lines(2023)
Trailer (2021)
Rub Rail (2021)
New Pressurized Alcohol Stove (2022)
ADDITIONAL EQUIPMENT & INFORMATION Epoxy Barrier Coat (2021)
Ablative Bottom Paint (2021)
2021 CUSTOM Triad Road Trailer AVAILABLE SEPARATELY $4,300
Galvanized, Tandem-axle, Electric Brakes, Trailer Lights
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
A more accurate formula devised by Dave Gerr in The Propeller Handbook replaces the Speed/Length ratio constant of 1.34 with a calculation based on the Displacement/Length ratio.
Max Speed/Length ratio = 8.26 ÷ Displacement/Length ratio.311
Hull Speed = Max Speed/Length ratio x √LWL
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
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
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
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 Beam1.33)
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)
From BlueWaterBoats.org:
Launched in 1971, the Catalina 27 has been a popular favourite, enjoying the kind of commercial success that’s led to one of the longest and largest production runs of its era spanning 22 years and 6,600 boats. From the outset she was designed to be affordable (some have even said cheap) for weekend excursions, club racing and coastal cruising – offshore work was always outside of the design scope. Yet despite this there has been at least one circumnavigation demonstrating that this vessel, with the right preparation and skills, can be an ocean passage maker. We’ve included this boat here more for its popularity than its inherent seaworthiness.
The Catalina 27 was conceived in a 1970 design partnership between Robert Finch, and the founder of Catalina Yachts, Frank Butler. Butler built an incredible number of 27s at his boat factory in Southern California using modern boatbuilding processes that are not too different to methods employed today. Initial production started in 1971. She had a incredibly spacious interior and she was affordably priced at a time when cruising sailboats had captured the public imagination. These factors helped the boat find immediate success, in fact in the first three years 1,500 boats popped off the production line – that’s ten per week.
Early models were only available with outboard engines, an inboard option of an Atomic 4 engine was added in 1973, which later expanded to other engine varieties in successive years. The outboard engine option was later phased out in 1989. For shallow waters, a shoal draft winged-keel version was introduced in 1979. And popular among club racers, there was a version with a taller, more efficient, high aspect ratio rig which added 24 sq.ft. of canvas.
Production spread also to Canada and the UK. Cooper Enterprises in British Columbia, at the time one of the largest Canadian boatbuilders, produced well over a thousand boats under license for the Canadian domestic market and are a common sight around BC waterways today. While across the pond in the UK, the boat was built under license from as early as 1971 under the brand name Jaguar for UK and European markets. These were produced in Essex by Eric Birch Yachts (from 1971) and Russell Marine (from 1975) with the hulls molded by Seamaster Boats.
In 1979 a young 28 year old Patrick Childress set off in his shoal draft Catalina 27, Juggernaut, on a successful 3 year single-handed circumnavigation which included a 6400-mile, 53-day passage of the Indian Ocean.
After an unprecedented 22 years of production resulting in 6,600 boats, production finally ceased in 1991. Catalina succeeded the long lasting design with an all-new water-ballasted and trailerable weekender, the Catalina 270.
The Catalina 27 is a fin-keeler with a raked spade rudder hanging about as far aft as possible, pushed along by a masthead sloop rig that’s tall and efficient. The hull shape is shallow and beamy which is great for initial stiffness to the wind but reduces liveable volume below the waterline. Butler made up for this by drawing deep topsides and a high cabin top all while keeping the design sleek to the eye. The result gives this 27-footer class leading interior headroom and space.
Below deck can best be described as light and spacious, this boat offers so much accommodation that many are willing to forgo her flaws. The companionway and hatch is wide which poses a water ingress hazard at sea but is responsible for her spacious feel in the cabin while at anchor. There’s technically berths for six in the standard aft-galley layout – two in the forepeak and the port side settee will really only fit kids or very short adults, while the starboard settee converts to a cozy double berth, and finally there’s a starboard seagoing quarterberth. The galley with its two burner stove is located on port below the companionway while the head is located just aft of the forepeak on starboard and is comfortably sized. Opposite the head is a locker, but note, as is typical of boats this size, locker and stowage space is in short supply.
Construction was pretty light. The hull is of solid fiberglass and much thinner than typical offshore counterparts, particularly above the waterline where small impacts that would normally lead to just a scratch may result in fractures for the Catalina 27. Early boats, as a cost cutting measure, lacked proper backing plates on deck hardware, stanchions, and rails, which lead to cracked gelcoat and in some cases fiberglass delamination. This was remedied in later boats.
The feel of the helm is very light and she sails responsively, or to quote the ever humorous John Vigor in 20 Small Sailboats to Take you Anywhere, “She handles like a dinghy, which is hardy surprising since that’s what she basically is – a dinghy with grandeur”. She is relatively stiff and holds her canvas well in a breeze. All this makes for a fast boat that’s easily controlled. The downside is seaworthiness. For best results Vigor recommends keeping her cruising weight down, as reduced weight will reduce stresses on the rig and hull at sea.
Note that the Catalina 27 is a beamy boat, and like others, there is a tendency for weather helm on greater angles of heel that will require either reefing the mainsail to maintain balance.
More than 6,600 Catalina 27s were made, so there’s plenty to choose from. If you’re on the hunt for a boat to sail protected coastal waters at a good price then she’s a good choice. For offshore work do your research and make sure you’ve modified your boat according to recommendations – probably the most important are enlarging the cockpit drains, reworking the companionway hatch area to help direct water into the cockpit, and uprated rigging including chainplates for the aft lower shrouds.
Some known weaknesses with this boat are listed below:
» The Catalina 27/270 Owners Association
» Twenty Small Sailboats to Take You Anywhere by John Vigor, (Ch8, p45-52) an in depth look at the Catalina 27. ISBN:978-0939837328
» Used Boat Notebook, Catalina 27, review by John Kretschmer, SAILING Magazine, Nov 2002, volume 37, no. 3
» Jaguar Owners Association for European Catalinas under the brand name Jaguar
» A biography of Forbes Cooper of Cooper Yachts who built the Canadian Catalina 27s
» Cruising World Magazine’s article on Patrick Childress’ two circumnavigations, first in his Catalina 27 and then in his Valiant 40 two decades later.
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