1969–1978 · designed by Bruce King · built by Ericson Yachts
The Ericson 32-2 was designed by Bruce King as a comfortable, moderate-performance coastal and near-offshore cruiser-racer for the American market. King's hull prioritized a balanced feel and seaworthy proportions over pure speed, giving the boat a reputation as an accessible offshore-capable design. Production of the 32-2 ran from 1969 to 1978 with approximately 470 hulls built; it was preceded by the unrelated Scorpion 32 (1966–1967, 24 hulls) and followed by the distinct 32-3 (1985–1992). The 32-2 found a wide owner base as a capable family cruiser that could also hold its own on a club race course.
This is a general read on the Ericson 32 class — informed
background, not a verdict on any individual boat. Condition, refit history,
and how a particular hull was sailed and stored matter far more than class
reputation. Use it to know what to look for; for a read on a specific
listing, run a free FairKeel report on that boat.
Encapsulated lead ballast eliminates the keel-bolt corrosion and keel-drop risk common on bolt-on designs of the same era, simplifying that aspect of pre-purchase inspection.
Large, active class community in the United States with good parts availability and accumulated owner knowledge for common repair items.
Conservative, seaworthy hull form with a solid fiberglass hull skin and a Bruce King design that emphasizes balanced handling over outright speed.
Well-mannered helm and predictable handling that rewards shorthanded or less experienced crews.
Known trade-offs
Balsa-cored decks are a near-universal concern; a fully sound, uncompromised deck on an unrefitted example is the exception, not the rule.
Original Atomic 4 gasoline engines are obsolete — repowering is a near-certain cost on early unrefitted boats and adds significant complexity to a purchase.
Interior volume and headroom are modest by modern standards; the cabin feels cramped compared to contemporary designs of similar LOA.
Chainplate and hull-deck joint water ingress is a chronic class issue that leads to hidden structural damage if not caught and addressed early.
Age-related quirks to expect
Osmotic blistering on early hullsMedium1969-1975
Balsa-cored deck delamination and core rot, especially around fittings and chainplatesHigh1969-1978
Original Atomic 4 gasoline engine at or well past service lifeMedium1969-1978
Chainplate backing plate corrosion and tabbing failure at hull-deck jointHigh1969-1978
Standing rigging past replacement interval on unrefitted examplesMedium1969-1978
Deck-stepped mast compression post area moisture intrusion — mast step plywood rot is a documented class failureMedium1969-1978
Systems to check before you buy
Deck core and chainplate kneespriority: offshore, coastal, liveaboard
Balsa deck core is highly susceptible to water ingress around any penetration — stanchion bases, chainplates, cleats. Probe all deck hardware for soft spots. Chainplate knees are a documented failure point: inspect the interior tabbing and backing plates for delamination, rust weeping, and movement under load.
Hull-keel interface and encapsulated ballast areapriority: offshore, coastal
The 32-2 uses an encapsulated lead keel integral to the hull mold — there are no external keel bolts to inspect, but the hull-keel boundary and the surrounding glasswork should be checked for cracking, flexing, and water intrusion into the encapsulation cavity. Any soft spots or weeping at the keel root warrant further investigation.
Engine and engine mountspriority: coastal, liveaboard, offshore
Many examples retain the original Atomic 4 gasoline engine, which is obsolete and parts-scarce. Even repowered boats may have aging raw-water systems, corroded engine beds, and tired mounts. Confirm repower history and inspect beds for rot or delamination.
Standing rigging and deck-stepped mast steppriority: offshore, coastal, racing
On unrefitted boats, wire rigging will be well past the 10-year replacement guideline. The deck-stepped mast sits on a plywood pad that is a known rot point on these boats — inspect the mast step area for softness, delamination, and movement. The compression post below transmits significant load to the keel structure; check for deflection.
Hull-deck joint and toe rail fasteningspriority: offshore, coastal, liveaboard
The hull-deck joint on these boats was bonded and mechanically fastened but can admit water over decades of loading. Inspect the interior flange for separation and the toe rail fasteners for leaks into the deck core.
How it fits your plans
Offshore
Capable for offshore passages in experienced hands on a well-refitted example — deck core, rigging, and the mast step area must all be confirmed before bluewater use. The fin keel and spade rudder are responsive but demand attentive helming in severe conditions.
Coastal
Well-suited to coastal cruising. The hull is forgiving, the interior practical for weeklong passages, and the boat is genuinely manageable shorthanded. Most examples live in this role without issue.
Liveaboard
Tight but workable for one person; cramped for two full-time. Interior headroom is marginal on early variants. Adequate tankage on most versions. A common starter liveaboard choice because of low purchase price.
Weekending
A solid weekender with reasonable performance and enough berths for two adults and two children. Easy to handle, predictable in a seaway.
Racing
Competitive in its era; now an also-ran on PHRF unless in a one-design fleet. Some active class racing persists in certain regions. Not a reason to buy or reject on its own.
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