Introduced in 1991 and updated as the Mark II in late 1995, the 28 carried on Catalina's tradition of long production runs. The Mark II widened the aft sections slightly and addressed a handful of ergonomic shortcomings in the original. Two keel options were offered throughout the run: a standard fin drawing 5 feet, 3 inches and a shoal-draft wing keel drawing 3 feet, 10 inches. The fin keel model displaces 8,300 pounds with 3,200 pounds of iron ballast.
Design and Construction
The hull is solid fiberglass laminate, hand-laid, without any central core material, while the cabin trunk and decks are balsa-cored composites. Hull and deck are joined in a shoebox fashion using mechanical fasteners, adhesive, and an external aluminum toerail with vinyl insert — a technique that limits leaks but exposes the joint to side impacts. Interior structure relies on marine plywood bulkheads with hardwood veneers, fiberglass-encapsulated stringers, and molded fiberglass liners used extensively throughout. The iron keel is externally fastened. Secondary bonding throughout the boat can be inconsistent; some bonding is not as robust as it might be, a point worth investigating on any used example.
Catalina's production scale allows standardization of hardware across models — hatches and deck fittings are shared across the lineup — and that efficiency is largely passed on to buyers without compromising durability. Owners who stay with the brand when moving to larger boats are more numerous than with any other American builder, which is difficult to reconcile with poor build quality.
Rig and Sailing Performance
The 28 is rigged as a masthead sloop with a double-spreader mast and both fore and aft lower shrouds — an arrangement that provides strong rig support and is relatively uncommon today. Two rig heights were offered; the tall rig, with an air draft of 44 feet, 4 inches, produces a sail-area-to-displacement ratio of roughly 15.5 and is the preferred choice for most sailing areas. The standard rig delivers a more modest ratio of 14.2. Either way, the 28 will not be a demon in light air, and owners should set their expectations accordingly.
What the 28 delivers is balance and predictability. In a 10-knot beam reach the boat balances very well, and experienced sailors report being able to leave the wheel unattended for extended periods. The helm is described as light in most conditions, even hard on the wind, and the boat is reasonably close-winded thanks to shrouds mounted inboard against the cabin house, allowing tight sheeting angles and good windward performance. The boat's stiffness in a blow — owners note it does not require micromanagement — makes it particularly well-suited to families or sailors building offshore experience without demanding advanced crew skills.
Deck Layout and Cockpit
The T-shaped cockpit with wheel steering gives the deck the look and feel of a significantly larger boat, with room for four adults seated comfortably underway. The primary winches are Lewmar 30s and steering is via a 32-inch Edson destroyer wheel. A walk-through transom and fold-up stern ladder provide clean boarding access. The mainsheet traveler is positioned forward of the companionway, opening up the cockpit but requiring a single-handed sailor to leave the helm to adjust mainsail trim. Most boats left the factory with all sail controls led aft, including a single-line reefing system — a system that must overcome significant friction and is slower than reefing from the mast base.
Side decks are fairly wide for the class, and the inboard chainplates allow easy fore-and-aft movement. The original 28s carry teak handrails on the coachroof; the MK II replaced all exterior brightwork with stainless — one of the cleaner improvements of the updated model. Deck-stepped mast; check the mast base area for depression if the rig has been over-tensioned. One practical shortcoming: there is no cockpit locker, leaving fenders, dock lines, and gear to be stowed below or on deck.
Accommodations
The interior is where the 28 makes its strongest argument. The layout includes a V-berth forward cabin, a full main saloon with facing settees and a centerline drop-leaf table, a galley to starboard, a head with shower to port, a nav station with icebox below, and an aft double cabin tucked beneath the cockpit — a complete cruising arrangement in 28 feet. The forward hatch sits on the sloping section of the cabintrunk, which is effective for catching wind but must be kept closed underway. The aft cabin is snug; the MK II's widened aft sections make the double berth genuinely usable for two adults, though not luxuriously so.
The galley has a large sink, reasonable counter space, and typically a two-burner stove. Pressurized alcohol stoves fitted to early models should be replaced. The icebox, positioned under the nav desk, is deep and difficult to access — a design compromise noted consistently across owner accounts. Ventilation in the aft cabin was minimal on the original model; the MK II addressed this only partially, and 12-volt cabin fans remain a practical fix.
Known Issues
Several problems repeat across owner accounts. Gelcoat cracking and crazing, particularly at tightly radiused corners in the cockpit and along the deck-to-hull joint, is common. Significant cracking at the joint warrants investigation for structural damage or potential leaks. Leaks around the pedestal base have been reported on original models. The icebox location under the nav desk is consistently cited as inaccessible. Battery location in the stern and inadequate locker latches affected original 28s; the MK II corrected both. Access to the stuffing box requires disassembling the aft berth, which is inconvenient for routine maintenance. Sound insulation in the engine compartment on older boats is inadequate and worth improving.
The forward hatch is positioned on the sloped coachroof section — useful for ventilation at anchor, but it must be secured underway. The single-line reefing system works but is friction-prone; owners who prefer faster, more reliable reefing typically convert to a mast-based arrangement.
Engine
Early 28s received the Universal M3-20 diesel; later production boats were fitted with the three-cylinder Universal 25XS producing 26 horsepower. Both engines are well supported with good service networks. Access to the engine box under the companionway is good. Fuel capacity is 19 gallons, and the engine is economical — owners report not consuming a full tank in a typical season of heavy use. Motoring speed is approximately 5 knots at 2,000 rpm, adequate for harbor maneuvering and light-air passages but not a driving force for extended upwind motoring in chop.
The Verdict
The Catalina 28 is a well-resolved coastal cruiser that delivers genuine liveability and predictable, confidence-inspiring sailing in a package sized for couples and small families. It is not an offshore passagemaker, it will not win club races, and it asks its owners to accept a few ergonomic compromises. What it offers in return — a spacious, well-equipped interior, easy handling across conditions, and one of the deepest owner and parts networks in American sailing — makes it a compelling choice for anyone ready to graduate from daysailers and weekenders.
Pros
- Full cruising interior with two genuine sleeping cabins in 28 feet
- Predictable, balanced helm; stiff in a blow; easy to manage short-handed
- Inboard chainplates allow tight sheeting angles and good upwind performance
- Deep factory support network, active owner community, and readily available parts
- Economical Universal diesel with good access and strong service support
- MK II addressed most of the original's ergonomic shortcomings
Cons
- No cockpit locker — significant stowage compromise
- Light-air performance is modest at either sail-area-to-displacement ratio
- Icebox under the nav desk is deep and inconvenient to use
- Stuffing box access requires dismantling the aft berth
- Deck-to-hull joint vulnerable to impact damage and prone to cracking on older boats
- Original aft cabin ventilation is poor; requires fans or added ports to be liveable
- Single-line reefing system is friction-prone; consider converting
