Catalina 385 Sailboats for Sale

The construction approach is worth understanding before you survey one. The hull is solid hand-laid fiberglass below the waterline with vinylester resin in the outer laminate layers as an osmotic blister barrier, transitioning to balsa-cored construction above. The deck is similarly cored, bonded and bolted to the hull on a wide internal flange. Catalina bonded a dedicated structural grid to the hull to carry rig loads, and a collision bulkhead sits just aft of the anchor locker. These are reassuring choices for a cruising buyer. The rudder stock and internal framing are stainless steel. On the whole, construction and finish quality are well above average for a mass-produced boat.

Layouts on the Used Market

The 385 was built with a single interior layout: two cabins and one head. Forward is a generously proportioned owner's stateroom with an island V-berth fitted with an inner-spring mattress and an articulated tilting headboard for reading in bed — a practical detail that sets Catalina apart from builders who simply drop in flat foam. The single head is to port forward, configured as a dedicated stall shower. The saloon runs the conventional cruising formula — galley to starboard, dinette to port — though what distinguishes the 385's galley is that it is truly enclosed, which matters when cooking in a seaway. The nav station is tucked aft on the port settee, unobtrusive but functional, with a laptop bin built into the desk. The aft stateroom provides an athwartships double berth with reasonable light and ventilation.

One detail worth knowing: the 385 was offered in both fin keel and shoal-draft wing keel variants. The fin draws just under seven feet; the wing keel drops that to under five. Used examples of both configurations appear in the market. Buyers who cruise or race in deeper-water coastal areas and offshore passages typically favor the fin; those navigating shallower inlets, the Chesapeake, or the Bahamas more often choose the wing keel. Both configurations carry more ballast than competing boats of similar size given the lead keel, and the 385's overall righting forces are meaningfully stronger than beamier, higher-freeboard alternatives in the event of knockdown.

Equipment and Common Upgrades

Used examples of the 385 arrive at brokerage well-equipped by their original owners and frequently further outfitted during the ownership years. Dodgers and biminis are commonly fitted on the overwhelming majority of examples — the T-cockpit layout and folding wheel arrangement make these straightforward installations. Autopilot is essentially universal on boats that have seen any extended use. Chartplotters and AIS are commonly fitted, often as matched Raymarine or Garmin systems that replaced or supplemented the base Raymarine i70 instrument package.

Radar is a frequent addition, as is an inverter for running household appliances at anchor. The Selden in-mast furling mainsail was a standard feature, so all used examples carry it. Electric winches appear often, either factory-fitted or owner-installed in place of the standard Lewmar Evo manual primaries. Air conditioning is widely found on boats that have spent time in hot-weather climates.

Solar panels have become a common owner upgrade across the fleet, typically combined with upgraded battery banks. Dinghy davits are frequently seen on boats that cruised for extended periods. The gennaker or asymmetric spinnaker — facilitated by the removable bowsprit Catalina built into the design — is a worthwhile upgrade that a meaningful portion of owners added, turning the 385 into a genuinely capable downwind boat in light air. A smaller number of boats have been fitted with lithium battery banks, bow thrusters, hardtop bimini replacements, or heating systems — these are owner upgrades that reflect individual cruising programs rather than standard kit.

What to Inspect

The vinylester barrier coat is a meaningful line of defense against osmotic blistering, but it is not a guarantee. Haul the boat for a proper survey and examine the hull carefully below the waterline for any signs of blistering, particularly in the area around and below the waterline stripe. Even well-maintained examples should have the topsides and keel-to-hull joint examined closely. The keel is lead with stainless steel attachment bolts; inspect the keel-hull interface for cracking in the gelcoat or weeping rust staining, which can indicate working between the keel and the sump — a common concern on any keel-bolted production boat of this era.

The Selden in-mast furling mainsail requires specific inspection. The foil and furling system should deploy and furl smoothly; worn or salt-fouled systems can jam, and the vertical battens, which help the sail hold shape better than a traditional in-mast main, can develop batten-pocket wear. In-mast furling mains are by design a compromise in sail shape and cannot be reefed in stages as readily as a conventionally rigged boat — confirm the system is in proper working order before committing.

Examine the balsa-cored deck sections for soft spots, particularly around hardware penetrations, hatches, and stanchion bases. Water intrusion into balsa core is a known concern on any production boat of this vintage, and deck hardware that was improperly bedded during installation or after repair can create localized rot. The deck is bonded and bolted on tight centers, which is reassuring structurally, but bedding failures at penetrations remain the typical culprit.

The Yanmar diesel — specified at 40 horsepower in most hulls, with some listed at 45 horsepower per the manufacturer's updated spec — is a reliable unit with widespread service support. Motoring speed at cruising revs was notably modest during initial test evaluations, something to verify on a test sail. Check the cutless bearing, shaft seal, and zinc condition. The three-blade fixed propeller was standard; folding or feathering props are an occasional owner upgrade worth confirming if offshore performance is a priority.

Scrutinize the standing rigging if the mast has not been pulled in the past several years. The SecureSocket chainplate system Catalina developed is a design that deserves inspection for any signs of wear or water ingress at the deck. Electrical systems on boats that have lived aboard or cruised extensively can show corrosion in connectors and terminals; budget for an electrical audit.

Availability and Buyer's Takeaway

The 385 enjoys wide availability across the North American market, with concentrations on the East Coast, the Gulf Coast, and in California — reflecting Catalina's traditional strength in those regions. Examples also appear in Canada and Australia, though North America is the primary hunting ground. The fleet size is meaningful enough that buyers are not forced to compete for the one available example; patience yields choices in condition, keel configuration, and equipment level.

The 385 rewards careful inspection and offers a genuinely well-sorted cruising platform for a family that wants to spend real time on the water rather than at the dock. Its restrained beam and moderate freeboard pay dividends offshore and in a seaway that the brokerage brochures will not tell you about, but experienced sailors consistently note.

Pre-purchase checklist:

• Survey with haul-out; inspect hull for osmotic blistering and keel-bolt area for weeping rust or cracking
• Confirm keel variant (fin vs. wing keel) and verify keel-to-hull joint integrity
• Test in-mast furling mainsail through multiple full cycles; inspect vertical battens and foil condition
• Probe deck for soft spots around all hardware penetrations, stanchion bases, and hatches
• Sea trial to verify motoring speed and engine performance at various RPMs
• Inspect standing rigging and chainplate SecureSocket fittings for wear or water ingress
• Audit electrical system connections and battery condition, particularly on well-cruised boats
• Confirm autopilot, instruments, and electronics are functional and confirm software is current
• Assess bow thruster, air conditioning, or watermaker (if fitted) as these add complexity and maintenance requirements