catalina 30 sailboat specs

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• Sailboat Guide

Catalina 30 MKII

Catalina 30 MKII is a 29 ′ 11 ″ / 9.1 m monohull sailboat designed by Gerry Douglas and built by Catalina Yachts between 1986 and 1991.

• 1 / 20 Fairhope, AL, US 1987 Catalina 30 MKII $27,000 USD View
• 2 / 20 Daytona Beach, FL, US 1987 Catalina 30 MKII $13,500 USD View
• 3 / 20 Fairhope, AL, US 1987 Catalina 30 MKII $27,000 USD View
• 4 / 20 Daytona Beach, FL, US 1987 Catalina 30 MKII $13,500 USD View
• 5 / 20 Fairhope, AL, US 1987 Catalina 30 MKII $27,000 USD View
• 6 / 20 Fairhope, AL, US 1987 Catalina 30 MKII $27,000 USD View
• 7 / 20 Daytona Beach, FL, US 1987 Catalina 30 MKII $13,500 USD View
• 8 / 20 Fairhope, AL, US 1987 Catalina 30 MKII $27,000 USD View
• 9 / 20 Daytona Beach, FL, US 1987 Catalina 30 MKII $13,500 USD View
• 10 / 20 Fairhope, AL, US 1987 Catalina 30 MKII $27,000 USD View
• 11 / 20 Fairhope, AL, US 1987 Catalina 30 MKII $27,000 USD View
• 12 / 20 Daytona Beach, FL, US 1987 Catalina 30 MKII $13,500 USD View
• 13 / 20 Fairhope, AL, US 1987 Catalina 30 MKII $27,000 USD View
• 14 / 20 Daytona Beach, FL, US 1987 Catalina 30 MKII $13,500 USD View
• 15 / 20 Fairhope, AL, US 1987 Catalina 30 MKII $27,000 USD View
• 16 / 20 Daytona Beach, FL, US 1987 Catalina 30 MKII $13,500 USD View
• 17 / 20 Daytona Beach, FL, US 1987 Catalina 30 MKII $13,500 USD View
• 18 / 20 Daytona Beach, FL, US 1987 Catalina 30 MKII $13,500 USD View
• 19 / 20 Daytona Beach, FL, US 1987 Catalina 30 MKII $13,500 USD View
• 20 / 20 Daytona Beach, FL, US 1987 Catalina 30 MKII $13,500 USD View

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)

(1986-1991) Among changes were ‘T’ cockpit, slightly different deck and liner, and different Engine options. A wing keel version was available,(hull #500+) as was a tall rig. Wing keel: DRAFT: 1.17m/3.83’. BALLAST: 4300lbs/1950kg DISPLACEMENT: 10,300lbs/4672kg TALL RIG: I: 43.00’/13.11m J: 13.16’/4.01m P: 37.00’/11.28m E: 12.00’/3.66m Sail Area(100%): 504.94 ft2/46.91 m2

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Catalina 30 mkII 6 Pages

Catalog excerpts

30 Mk III PRINCIPAL SPECIFICATIONS L.O.A. L.W.L. Beam Draft Fin Draft Wing Ballast Fin Ballast Wing Designed Wgt. Fin Designed Wgt. Wing Sail Area (Std. Rig) I J P E Sail Area (Tall Rig) I J P E 29'-11" 25'-0" 10'-10" 5'-3" 3'-10" 4,200lbs 4,300lbs 10,200lbs 10,300lbs 446 sq. ft. 41'-0" 11'-6" 35'-0" 11'-6" 505 sq. ft. 43'-0" 13'-2" 37'-0" 12'-0" 9.12m 7.62m 3.30m 1.60m 1.17m 1,900kg 1,948kg 4,620kg 4,660kg 41.43m2 12.50m 3.51m 10.66m 3.51m 46.92m2 13.11m 4.01m 11.28m 3.66m *All measurements are approximate Specifications and equipment are subject to change without notice. Photos and drawings may show optional equipment. Refer to current price sheet for standard equipment list and specifications. MARK III The spacious aft berth has two ports for light and ventilation. Designer fabrics are attractive and easy to keep clean. The polished stainless steel ladder has contoured solid teak treads The new, larger storage cabinet has mirrored sliding doors. The vanity counter is a custom molded finish. BY: 21200 Victory Boulevard • Woodland Hills, California 91367 SOLD AND SERVICED BY: Printed in the U. S. A. 1-94 Certified National Marine Manufacturers Association T H E S A I L O R ' S C H O I C E

The classic interior layout has become even brighter with three additional fixed ports in the hull. The New Catalina 30 MARK III has been redefined by incorporating some of the best modern features of our popular C-270 and C320 designs. The transom and cockpit areas reflect the most significant refinements. The new stern section is now dramatically wider at the deck and curves gracefully to form a very functional and spacious boarding platform. The already famous C-30 cockpit is now even more comfortable than ever with wider coamings for outboard seating and new observation seats built into...

30 Mk III PRINCIPAL SPECIFICATIONS L.O.A. L.W.L. Beam Draft Fin Draft Wing Ballast Fin Ballast Wing Designed Wgt. Fin Designed Wgt. Wing Sail Area (Std. Rig) I J P E Sail Area (Tall Rig) I J P E 29'-11" 25'-0" 10'-10" 5'-3" 3'-10" 4,200lbs 4,300lbs 10,200lbs 10,300lbs 446 sq. ft. 41'-0" 11'-6" 35'-0" 11'-6" 505 sq. ft. 43'-0" 13'-2" 37'-0" 12'-0" 9.12m 7.62m 3.30m 1.60m 1.17m 1,900kg 1,948kg 4,620kg 4,660kg 41.43m2 12.50m 3.51m 10.66m 3.51m 46.92m2 13.11m 4.01m 11.28m 3.66m *All measurements are approximate Specifications and equipment are subject to change without notice. Photos and...

• Five Year Gel Coat Blister Protection *(2) • Five Year Hull Structure Warranty *(3) • 135% Furling Genoa, Dacron • Mainsail, Dacron with Reef, Full Battens, and Dutchman™ Flaking System • Internal Halyards, Low Stretch SAIL HANDLING AND EQUIPMENT • Self Tailing Malnsheet Winch for Main Halyard Led Aft, with Sheet Stopper • Boom Vang • Genoa Blocks, Two on Adjustable Cars • Mid Boom Malnsheet System • (2) Jib Halyards, Led Aft, to Sheet Stoppers • Traveler Control, with Adjuster System • Winch Handle • Genoa Tracks, Port and Starboard • Single Line Mainsail Reefing System • Two,Two-Speed...

PRINCIPAL SPECIFICATIONS Sail Area STANDARD RIG L.O.A. 9.12 m 29' - 11" Mainsail 18.67 m2 201 sq ft L.W.L. 7.62 m 25' - 0" 100% Foretriangle 21.93 m2 245 sq ft Beam 3.30 m 10' - 10" Total (100% Fore) 40.61 m2 446 sq ft I 12.50 m 41' - 0" FIN KEEL Draft 1.60 m 5' - 3" J 3.51 m 11' - 6" Ballast 1900 kg 4200 lbs P 10.66 m 35' - 0" Approximate Weight 4620 kg 10,200 lbs E 3.51 m 11' - 6" Desplacement/Length 291 Sail Area/Displacement 15.2 Sail Area OPTIONAL TALL RIG Tall Rig Sail Area/Displacement 17.2 Mainsail 20.62 m2 222 sq ft 100% Foretriangle 26.29 m2 283 sq ft WING KEEL Draft 1.17 m 3' -...

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Catalina 30 mkiii

The catalina 30 mkiii is a 29.92ft masthead sloop designed by gerry douglass and built in fiberglass by catalina yachts between 1990 and 2008..

The Catalina 30 mkiii is a moderate weight sailboat which is slightly under powered. It is very stable / stiff and has a low righting capability if capsized. It is best suited as a coastal cruiser.

Catalina 30 mkiii for sale elsewhere on the web:

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Improve Your Catalina 30: Upgrading the World’s Most Popular 30-Footer

The Catalina 30 is a remarkable success story. We suspect that more Catalina 30s have been built than any other boat of that size anywhere in the world. While the basic boat has remained unchanged since it was introduced in 1975, there have been dozens, perhaps even hundreds, of minor developments in the boat in the course of a produc­tion run that is approaching 4,000 hulls.

The advantage of a boat in production for so long is a high degree of product refinement over the years. The challenge for the owner of an early version of the boat is to upgrade his boat to the standards of models currently in production.

In the case of the Catalina 30, a number of bulletins have been published by the builder over the years, detail­ing improvements to the boat. In addition, there is an ac­tive owners’ association, and many individual owners have embarked on significant programs of upgrading their boats.

As a rule, the changes to the boat over the years of pro­duction have been true improvements. At least one change, however, was less successful. The original changeover to diesel power resulted in a boat that was significantly underpowered, according to many owners.

Almost all the suggestions presented here for the upgrading of the Catalina 30 come from owners. Over 80 responded to the detailed questionnaire about the boat, and many added more pages of comments to the responses. The owners responding own boats that run the gamut of the production history of the Catalina 30, from hull number 2 to hull numbers well over 3,000!

Here, then are the suggestions of Catalina 30 owners for the improvement of the world’s most popular 30-footer. Not all will be applicable to any particular hull. Many of the changes suggested or performed by owners of early boats were incorporated into the production of later boats. In addition, some of the changes became factory retrofits, so that some older boats have been upgraded to the specifications of newer models.

Hull and Construction Details

Until very recently, all through hulls in the boat below the waterline consisted of gate valves screwed onto pipes fiberglassed into the hull. Current models utilize RC syn­thetic seacocks incorporating recessed through hull fit­tings.

The advantage of the old system is that there is no ex­posed, drag-inducing external skin fitting. The disadvan­tage is that gate valves are a generally poor substitute for seacocks, since it is not always possible to determine if they are open or closed, they can be jammed in the open position by debris, and they are as a rule more subject to corrosion.

Replacement of the gate valves with proper seacocks, either of tapered plug or ball valve construction, is recom­mended. Proper skin fittings should be installed at the same time, and these can either be faired in externally, or recessed (see Better Boat, February 1984).

As a rule, deck hardware is installed with large washers, but without proper backup plates. Stanchions, pulpits, and cleats can be made stronger by the addition of aluminum backup plates to help distribute load.

Like many other builders, Catalina has finally abandon­ed running lights mounted in the topsides. If being seen at night is a priority, install a pulpit-mounted combination running light, as is used in current production models of the Catalina 30.

Generally a little more attention to bottom detailing on the Catalina 30 should get you a little more speed. The rather large gap between the skeg and rudder should be filled in with fairing flaps to reduce crossflow. This im­provement, suited to many boats, will be detailed in a future issue. In addition, lines and seaweed can jam bet­ween the forward part of the rudder blade and the bottom of the skeg. A deflecting rod, perhaps a piece of 5 11 6″ diameter bronze rod, can be glassed into the bottom of the skeg, just overlapping the opening between the rudder blade and the bottom of the skeg. In New England, this type of rudder/skeg configuration, without the deflector, is known as a potcatcher because of the amount of lobster pot warp that can lodge in the opening.

Prop skeg configuration has changed slightly over the years, but as a rule, the skegs are fairly clean airfoil bronze castings. On the new Catalina 30s we examined, the casting was quite rough, however, and would benefit from a touchup coat of epoxy and microballoons, followed by a thorough sanding to smooth it out.

Prop wash when under power can make the Catalina 30 a bear to handle for extended periods. The original rudder was redesigned, and many older boats have been retrofitted with the improved rudder which greatly reduced the helm problem. If you bought your Catalina 30 used, and find the helm excessively heavy when powering, contact Catalina for information on the new rudder. If in doubt, send a photograph of your rudder to the company. Theyll tell you whether you have the new or old version.

Rig The rig of the Catalina 30 is decidely old fashioned, with its untapered mast tube, wooden spreaders, and unanodized mast and boom. Mast and boom should be painted, both to reduce surface oxidation and improve appearance.

Standing rigging, chainplates, and rigging fittings bring negative comments from a surprising number of owners, who consider this part of the boat a weak point. Beef-up kits for lower shrouds are available from the builder at nominal cost, and most older boats have had this modification If you have an older boat and don’t know, compare your boat to a recent model nearby or take a picture and send it to the builder.

If you have closed body, stainless steel turnbuckles, replace them with open body turnbuckles of bronze, chromed bronze, or mixed bronze/stainless steel construction. Steel on steel turnbuckles have a nasty habit of seizing, and the closed body makes its difficult to judge the amount of adjustment left in the screw.

The small diameter wire used for shrouds and stays stretches excessively, according to some owners, making it difficult to maintain headstay tension. Going up one wire diameter, at least on forestay and backstay, is suggested by many owners.

Although it is rarely mentioned by owners, we would suggest replacing the wooden spreaders with airfoil aluminum spreaders.

Internal halyards, led aft along the cabin top to the cockpit, are a popular modification. There is just enough room between the forward edge of the seahood and the cabintop handrail to put turning blocks on the deck for the halyards. Be sure to stagger the halyard exit holes on the mast, and fit them with chafe guards to keep the halyard wires from eating into the mast tube.

The boat quickly develops weather helm as it heels, a not uncommon trait of wide boats such as the Catalina 30. Even sailing upright on a broad reach, there is a fair amount of weather helm. This is minimized with the tall rig/bowsprit option, and can be reduced on the standard rig by raking the mast forward slightly, and having the mainsail cut with minimum roach. Unfortunately, reducing the roach gives away sail area that the boat may need in light air. We see no reason why the bowsprit couldnt be added to the standard rig boat to move the center of effort of the sail plan further forward. This will, of course, increase the boats rating under any racing rule.

Although the shrouds are set well inboard, the genoa track is mounted atop the toerail. This may be fine for reaching, but it leaves too wide a sheeting angle for going upwind, according to owners. Installing a genoa track inboard, between the stanchions and the cabin trunk, would decrease the sheeting angle by about 5 , and significantly improve windward performance. It may be necessary to install foot blocks at the aft end of the existing genoa track to get a good lead to the sheet winches, but this inboard track could probably be used with the working jib as well, which has a poor lead to the jibsheet winches without leading the sheet through a second block on the outboard track.

Traveler location is problematic. At the aft end of the cockpit, the lead to the boom is poor, and the mainsheet can pose a problem when jibing, according to owners. Locating the traveler forward, over the companionway, both interferes with the companionway and complicates the installation of a dodger.

As on most boats, we suggest the installation of the largest self-tailing jibsheet winches that will fit atop the coamings. Overkill is a nonexistent word when it comes to handling headsail sheets, and the self-tailer is the only way to go. Once youve tried them, youll never go back.

Engine and Installation Over the years, five different engines have been used in the Catalina 30: the workhorse Atomic Four gasoline engine, and the Universal 5411, Yanmar YSB12, Universal Model 18, and Universal Model 25 diesels. The engine compartment was designed for the Atomic Four. Some of the diesels present a tight fit.

According to owners, boats equipped with the Yanmar YSB12. and Universal 5411 diesels are underpowered. The current Universal Model 18 is only slightly larger. The two most desirable engines are the Universal Model 25 and the Atomic Four.

The Atomic Four is relatively quiet and powerful. All of the diesels are more noisy, and with the exception of the Model 25, much less powerful. If youre going to repower, go to the Universal Model 25. Slight modification of the hatch under the port settee will be required to fit the diesel, which is about 3 taller than the Atomic Bomb, as it is affectionately known.

If you can possibly manage it -and space is at a premium here -try to fit some sound insulation in the engine compartment, as the boat is noisy below underway with any of the diesels.

Since the prop installation is exposed, the boat could benefit from a folding or feathering prop. Since we have experienced a slight loss in speed and power with most folding proprs, don’t do it unless you have one of the larger engines. As a rule, we prefer the feathering Max-prop to a folding prop because it generates equal thrust in both reverse and forward, unlike most folding props. Watch the tip clearance carefully, as there isn’t much room here.

If you have a 25 amp alternator and dual batteries, you should switch to a larger, 55 amp alternator. According to owners, this is a simple adaptation.

While dual batteries have always been optional, most boats are equipped with them. If yours isn’t, do it. If the batteries are in the original port side location, shift them to the starboard side, under the chart table. This will eliminate the slight port list found in some older boats.

Comfort and Convenience

Ventilation is a problem on older boats. According to many owners, the sliding port in the head leaks, and there is no provision for ventilation in bad weather. The forward-sloping bulkhead between the cockpit and the main cabin makes it impossible to leave a hatch board out in rain or heavy weather.

Opening cabintop ventilation hatches over the head and forward end of the main cabin, as found on new versions of the boat, can be easily installed on older boats.

A cockpit dodger makes it possible to leave the hatch open in bad weather but makes access to the mainsheet a problem if the hatch-mounted traveler is installed. If you don’t want a dodger, and havent led the halyards aft along the cabin trunk, cowl vents in Dorade boxes on either side of the cabintop at its aft end will provide ventilation with the main hatch shut off.

The strong taper of the sides of the companionway, coupled with the fairly narrow internal and external teak pieces which hold the drop boards, strikes us as a serious weak point. While modification of the hatch, which we feel is just too big for offshore use, may not be practical, theres no reason that the teak retainers for the drop boards can’t be made an inch wider, both inside and outside. This would mean youd have to lift the boards further to either remove them or install them, but it would also make them more secure in a knockdown.

Modifications belowdecks are as many and varied as the personalities of the owners. As a rule, most Catalina 30s from all years suffer from inadequate division of storage spaces. Vertical dividers in the galley storage spaces behind the stove would greatly increase the practicality of that storage area.

Several other galley improvements will pay dividends. While the two galley sinks help give the Catalina 30 the feel of a big boat, the outboard sink, according to owners, can flood back through the drain if the boat is well heeled on starboard tack. Wed eliminate the outboard sink, fitting a dry well for storage instead. The inboard sink probably can’t flood under most sailing conditions, so the sink drain can then be left open for use.

Owners report mediocre icebox insulation, particularly on older models. Some owners merely stuff fiberglass house insulation between the outside of the icebox and the hull, but a far more effective solution is to glue on sheet urethane.

Older boats have no insulation in the icebox lid. This can be corrected by gluing sheet urethane to the underside of the hatch, fitting as closely to the sides of the hatch as possible to still give clearance on the inside. The sheet urethane can be glassed over directly. Dont use Styrofoam -its less efficient -and don’t glass over it, if you do. It will dissolve in polyester resin. Even the insulated hatches on new versions of the boat need improved gasketing between lid and icebox to reduce heat intrusion.

The chart table has been improved on new models by making it flat, rather than angled. Angled chart tables only work when they are mounted athwartships, rather than fore and aft. Theres no reason older tables can’t be modified in the same way. While youre at it, add drop leaves to the fore and aft ends of the table to increase the working surface, and make the fiddles removable so you can use all the surface.

If the boat is to be used for any serious cruising, consider replacing the standard alcohol stove with a gas stove. CNG is offered as an option on new boats, and it will greatly increase the livability of older boats. We guarantee that the improved performance of the cook will make this a worthwhile change every time.

Your cruising will be more comfortable if you add an extra water tank under the forward cabin berth. This has become a standard option on new boats, and is an easy retrofit in older boats. Do not, however, keep this tank full for daysailing or day racing, as the weight this far forward will accentuate pitching moment.

Conclusions

The Catalina 30 comes as a fairly well equipped basic boat. However, the responses of owners indicate that a lot of customizing can significantly improve the boats function.

Because there are so many Catalina 30s in the world, it has probably been the subject of more minor modification than any other 30-footer. The changes suggested here are by no means all the modifications that owners have made. Rather, they are either the most common ones, or the ones we feel do the most to make the boat easy to sail and easy to live with.

Every boat is a compromise, from the moment it leaves the designers drawing board until the end of its life. With a lot of thought, some money, and a fair amount of thoroughly enjoyable labor, you can improve any boat. And the Catalina 30 must surely be one of the most thoroughly owner-improved boats in the history of boat-building.

RELATED ARTICLES MORE FROM AUTHOR

You guys use a spell checker? I can see a dictionary not having some of the nautical terms, but you forgot the apostrophe on LOTS of words like theyll isnt LOL

Great, comprehensive article. You’ve given me a good laundry list to add to my existing projects!

How to make curtains for the Catalina 30? Help! Please!

does any one what the shift cable length is on a Catalina 30 with Edson pedestal

Very interesting info. I have a 1979 tall rig 30 ft catalina and looking for the Tensions on the rigging, especially the Lower afts. If anyone can suggest where this is listed, It would be appreciated

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CATALINA 30 Detailed Review

If you are a boat enthusiast looking to get more information on specs, built, make, etc. of different boats, then here is a complete review of CATALINA 30. Built by Catalina Yachts and designed by Frank W. Butler, the boat was first built in 1976. It has a hull type of Fin w/spade rudder and LOA is 9.12. Its sail area/displacement ratio 15.22. Its auxiliary power tank, manufactured by Var., runs on Var..

CATALINA 30 has retained its value as a result of superior building, a solid reputation, and a devoted owner base. Read on to find out more about CATALINA 30 and decide if it is a fit for your boating needs.

Boat Information

Boat specifications, sail boat calculation, rig and sail specs, auxillary power tank, accomodations, contributions, who designed the catalina 30.

CATALINA 30 was designed by Frank W. Butler.

Who builds CATALINA 30?

CATALINA 30 is built by Catalina Yachts.

When was CATALINA 30 first built?

CATALINA 30 was first built in 1976.

How long is CATALINA 30?

CATALINA 30 is 7.62 m in length.

What is mast height on CATALINA 30?

CATALINA 30 has a mast height of 10.67 m.

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International Catalina 30/309 Association

Home of the Catalina 30 and 309 Community

Catalina 30 One Design Class Specifications

Catalina 30 MkII Wing keel

Sailboat specifications.

• Last update: 25th March 2020

Catalina 30 MkII's main features

Catalina 30 mkii's main dimensions, catalina 30 mkii's rig and sails, catalina 30 mkii's performances, catalina 30 mkii's auxiliary engine, catalina 30 mkii's accommodations and layout.

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1984 Catalina 30 Technical Specs

General data about catalina 30, engine and power specs, dimensions and wieght, detailed specifications, features and equipments, sailing features, safety features, other equipments, interior specifications, engine and mechanical specs, electronical and electrical info, deck hardware, catalina 30.

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• Catalina provided us with the latest version of its 30 service repair manual
• Find All mechanical and electrical parts and accessories of Catalina 30 Sail here

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