Catalina 28 Mk II Sailboat Review, Specs, and Listings

1995 – 2010·Catalina Yachts
Approximate drawing

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Hull Type
Monohull · bulb
Rig
Masthead Sloop
LOA
29.42' · 8.97 m
Disp.
8,300 lbs · 3,765 kg
First year
1995

The Catalina 28 Mark II sits in a curious sweet spot that its predecessor, the venerable Catalina 27, never quite reached: a genuinely livable cruiser that a couple or small family can singlehand without drama. Designed by Gerry Douglas and Catalina's inhouse team and updated in 1995, the Mark II refined an already proven hull into one of the most practical coastal cruisers in the American production fleet. What it lacks in performance pedigree it makes up for in thoughtful ergonomics, interior volume well beyond its waterline, and the deep factory and ownercommunity infrastructure that only a builder of Catalina's scale can sustain.

Measurements

Dimensions 01

Length Overall
29.42 ft
Length on deck
Waterline Length
23.83 ft
Beam
10.33 ft
Draft
5.17 ft
Maximum Headroom
6 ft
Air Draft
41.08 ft

Construction & hull 02

Construction
Fiberglass
Hull Type
Monohull
Keel Type
Bulb
Rudder
1× Spade
Ballast
3,200 lbs (Lead)
Displacement
8,300 lbs
Water Capacity
49 gal
Fuel Capacity
19 gal

Rig & sails 03

Rigging Type
Masthead Sloop
Mainsail luff
31 ft
Mainsail foot
10.75 ft
Foretriangle height
36.5 ft
Foretriangle base
10.83 ft
Forestay Length (estimated)
38.07 ft
Sail Area
364 sqft

Calculations 04

Sail Area to Displacement Ratio
14.2
Ballast to Displacement Ratio
38.55
Displacement to Length Ratio
273.82
Comfort Ratio
22.43
Capsize Screening Ratio
2.04
Hull Speed
6.54 kn

Hull Design and Construction

The Mark II's profile is unmistakably Catalina: flat sheerline and reversed broad transom carried on a 10-foot, 4-inch beam that extends well aft, filling out the hull volume where it counts for both stability and below-decks space. The hull itself is solid fiberglass laminate without a central core, while the deck and cabin trunk use balsa-cored composite panels. Hull and deck meet in an overlapping shoebox joint secured with mechanical fasteners, adhesive, and an aluminum toerail — a technique that limits leaks but leaves the joint vulnerable to damage from pilings and docks. Fiberglass stringers stiffen the hull athwartships, and marine plywood bulkheads with hardwood veneers are slotted into molded deck liners. Inspections over the years have shown that secondary bonding is sometimes less robust than ideal, a detail worth scrutinizing on any example.

Two keel options were offered: a standard fin drawing five feet three inches and a wing keel at three feet ten inches. The fin keel version displaces 8,300 pounds with 3,200 pounds of iron ballast, while the wing keel adds modest additional weight. A capsize screening ratio above 2.0 and a relatively modest sail-area-to-displacement figure of 14.2 with the standard rig both point toward a hull tuned for stability and safety rather than speed. A tall-rig option raises the SA/D to 15.46, and in most sailing regions it is the preferred configuration.

Rig and Sail Handling

The 28 is rigged as a masthead sloop with double spreaders and fore-and-aft lower shrouds — the latter an increasingly rare feature that Douglas retained for good reason, providing superior mast support without the need for running backstays. Chainplates are mounted inboard against the coachroof, shortening the sheeting base and delivering tight genoa angles that benefit windward work. Halyards are led to winches on either side of the companionway, and the mainsheet traveler sits forward of the companionway opening — a layout that clears the cockpit of clutter but means a singlehander must leave the helm to trim the main.

Most production boats were fitted with a single-line reefing system led aft. In practice the geometry imposes enough friction to make this arrangement slower than reefing at the mast, a limitation sailors should know before they are first pressed into a reef in strengthening breeze. Primary winches are Lewmar 30s. The Edson destroyer wheel at 32 inches fills the cockpit helm station without overwhelming it.

Cockpit and On-Deck Ergonomics

Above decks the Mark II feels like a bigger boat. The T-shaped cockpit seats four adults comfortably, and the walk-through transom with its folding stern ladder doubles as a boarding platform — practical for swimming, dinghy boarding, or getting a crew member back aboard. Side decks are fairly wide for a 28-footer, with the inboard shroud placement leaving an unobstructed passage forward. The MK II eliminated all exterior brightwork, replacing teak handrails with stainless, which meaningfully reduced maintenance obligations. Double lifelines were standard, with well-supported stanchions and pulpits, though stanchion height is modest by offshore standards. Because the aft cabin occupies the space beneath the cockpit, there is no traditional cockpit locker — a real absence for anyone who accumulates the normal detritus of coastal cruising.

Accommodations

Below decks the Catalina 28 Mark II delivers a layout that would not embarrass a production 35-footer: forward V-berth cabin, facing saloon settees with a drop-leaf centerline table, a full head with shower, galley, nav station with icebox below, and an aft double berth. The aft cabin was widened in the MK II revision, making the athwartships double bunk genuinely usable for two adults, if not lavish. Forward, an overhead hatch in the sloping coachroof catches air efficiently but must be dogged underway to prevent water ingress. The galley runs to starboard with a large sink, reasonable counter space, and typically a two-burner stove. The icebox is deep and positioned beneath the nav desk — difficult to access and a known irritant on the original 28 that was only partially addressed in the MK II. Ventilation in the aft cabin, limited to a small port opening into the cockpit on earlier examples, benefits from 12-volt fans as a simple fix.

Known Issues

Several recurring concerns emerge from owner accounts and on-water experience. Gelcoat cracking and crazing, particularly at tightly radiused cockpit corners and along the hull-to-deck joint, is a consistent finding; significant cracking at that joint can indicate structural compromise or active leak paths and warrants careful inspection. Leaks around the base of the wheel pedestal have been noted. On original 28s, battery placement in the stern and inaccessible refrigeration were legitimate shortcomings that the MK II addressed in redesign. The stuffing box is accessed through the aft cabin, requiring the berth to be partially dismantled — an inconvenience during passage but manageable with a routine schedule. Earlier boats may carry pressurized alcohol stoves, a safety consideration worth resolving before commissioning. Sound insulation around the diesel is marginal on older examples and benefits from attention.

The Verdict

The Catalina 28 Mark II is exactly what it presents itself as: a well-balanced, affordable coastal cruiser that handles the full range of family and couple sailing without demanding advanced seamanship. It is not an offshore passagemaker and will not embarrass itself in club racing, but it earns consistent loyalty by delivering genuine comfort, solid factory support, a predictable helm, and a deep pool of used examples with an active ownership community. Sailors who came up through racing or bluewater work may find its light-air performance and friction-laden reefing system limiting, but for the audience it was designed to serve — the couple ready for their first real cruising boat, the family wanting a weekend liveaboard — it remains a thoughtfully executed choice.

Pros

  • Exceptional interior volume for a 28-footer, with two genuine sleeping cabins
  • Stiff, forgiving helm that does not demand constant attention
  • Inboard chainplates provide good genoa angles and windward ability
  • Walk-through transom and wide side decks make deck work safe and accessible
  • Deep factory support network and active owner community
  • Tall-rig option meaningfully improves light-air performance

Cons

  • Single-line reefing system introduces friction that slows shortening sail in a blow
  • No cockpit locker — stowage for deck gear must be solved elsewhere
  • Hull-to-deck shoebox joint is vulnerable to impact damage and cracking
  • Aft cabin ventilation is inadequate without added fans or ports
  • Stuffing box access requires dismantling the aft berth
  • Icebox placement beneath the nav desk is awkward in daily use

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