Tayana 52

1983–2001 · designed by Robert Perry · built by Ta Yang Yacht Building Co. Ltd.

The Tayana 52 was Robert Perry's follow-on to the hugely successful Tayana 37, designed as a serious bluewater cruiser for extended offshore passages with a crew of four. Perry himself called it the 'sweetest sheer I ever drew.' Available in both aft-cockpit and center-cockpit configurations, with the aft cockpit version outnumbering the center cockpit by an estimated five to one. Ta Yang built it to a high standard for a production Taiwanese yard — hand-laminated hull with PVC foam sandwich construction and balsa-cored deck — resulting in a heavy, seakindly yacht with a strong following among liveaboard circumnavigators.

This is a general read on the Tayana 52 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.

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At a glance

Hull form: Fin Keel
Ballast: Encapsulated Iron
Rudder: Skeg Hung
Mast step: Keel Stepped
Hull construction: Fiberglass
Production: 1983–2001
Built in: Taiwan

What the Tayana 52 is known for

Perry's design produces a genuinely seakindly motion at sea — heavy displacement damps hobby-horsing and the hull tracks well downwind, reducing crew fatigue on long passages.
Ta Yang's build quality for the era was above average for a production Taiwanese yard — hand-laminated hull with PVC foam sandwich construction and generally solid interior joinery give a well-maintained example a strong structural baseline.
Center-cockpit configuration provides real aft-cabin separation with a proper double berth and head, making it one of the better liveaboard layouts in the 50-foot cruising market from this era.
Skeg-hung rudder is robust and repairable offshore — far more tolerant of collision damage and grounding than a spade rudder, and the stock is protected by the skeg in the event of a prop or line wrap.
Strong owner community and established brokerage presence means parts precedent, refit history, and class experience are accessible compared to more obscure Taiwanese builds of the same era.

Known trade-offs

Balsa-cored deck is the class's most persistent structural liability — on older hulls virtually all examples show some degree of moisture saturation, and a full deck replacement is a realistic refit cost that should be budgeted on any unrefitted purchase.
Heavy displacement and moderate sail area give the boat poor upwind performance in light air — below 8 knots of breeze it requires patience, and owners frequently motor in conditions that sportier cruisers would sail through.
Chainplates are deck-penetrating stainless on these hulls, and crevice corrosion under the deck is a known failure mode — at least one documented rig loss. Any hull without documented chainplate removal and inspection in the past 10 years should be considered a rigging risk.
Original engines and fuel tanks are at or near end-of-serviceable-life on most older hulls — buyers should assume an unrefitted example needs a repower or at minimum a comprehensive engine overhaul and full fuel system inspection before bluewater use.
The boat is large and heavy for short-handed sailing — tacking and docking require more preparation than lighter 50-footers, and the cockpit layout on aft-cockpit versions places the helm far from sail controls without careful rigging upgrades.

Age-related quirks to expect

Balsa-cored deck moisture ingress High 1983–2001 (all hulls)

Teak overlay deck deterioration Medium 1983–2001 (teak-deck hulls)

Original standing rigging end-of-life (25–40+ years) High 1983–2001 (all hulls)

Stainless chainplate crevice corrosion — deck-penetrating installations High 1983–2001 (all hulls)

Aging diesel fuel tanks (original tanks 25–40 years) Medium 1983–2001 (all hulls)

Outdated or first-generation original engine (Perkins 4-236 pre-1991; Yanmar post-1991) Medium 1983–2001 (all hulls)

Systems to check before you buy

Deck core — balsa everywhere above waterline priority: offshore, coastal, liveaboard

Balsa-cored deck is the single highest-risk structural zone. Moisture ingress through aging hardware bedding, teak deck fasteners, stanchion bases, and chainplate collars is nearly universal on hulls this age. Tap-testing and moisture meter readings across the entire deck surface are mandatory — saturated balsa loses its structural contribution entirely. Deck replacement or extensive core repair is a realistic prospect on any unrefitted hull.

Chainplates and standing rigging priority: offshore, coastal

Deck-penetrating chainplates on these hulls trap moisture against the stainless under deck, promoting crevice corrosion that is invisible from the surface. At least one documented case of a headstay chainplate shearing at deck level on passage. All chainplates should be pulled and inspected; any rigging original or not replaced within the past 15 years should be treated as overdue regardless of visual condition.

Engine and fuel system priority: offshore, liveaboard, coastal

Original Perkins 4-236 diesels (pre-1991 hulls) or first-generation Yanmars (post-1991) are 25–40 years old. Hours, service history, injector condition, heat exchanger integrity, and stuffing box or shaft seal condition all need documentation. Fuel tank integrity should be confirmed with a sample and visual inspection of all tank fittings.

Hull osmotic blistering — PVC-foam-cored hull below waterline priority: offshore, coastal, liveaboard

While PVC foam coring is more moisture-resistant than balsa, the outer fiberglass skin on hulls this age is susceptible to gelcoat osmosis. Blistering severity varies by maintenance and haulout history. Full barrier coat application is standard remediation; delamination of the outer skin from the foam core is a more serious finding requiring epoxy injection or laminate repairs.

Electrical system (DC wiring, battery banks, bilge pumps) priority: offshore, liveaboard

Vessels this age often carry 25–40 years of wiring additions from successive owners — non-marine wire, undersized runs, corroded connections at bilge-level terminals, and failed isolation that creates shock or fire risk offshore. A full electrical audit (wiring age, tinned vs. non-tinned, shore power isolation, battery bank capacity and age) is essential before bluewater use.

How it fits your plans

Offshore: A legitimate bluewater capable hull when properly maintained — heavy displacement, seakindly motion, and a strong offshore track record among circumnavigators. However, at 25–40 years of age every hull needs a thorough structural survey before committing to offshore use; rigging, chainplates, and deck integrity are the gating items.
Coastal: Well-suited to coastal cruising, though the boat's size and displacement make it best in settled conditions; not a day-sailer or quick-turn coastal hop vessel. The heavy build inspires confidence in harbour-to-harbour passages.
Liveaboard: Center-cockpit configuration is an excellent liveaboard platform — genuine aft cabin separation, spacious saloon, and adequate tankage for extended periods at anchor. One of the stronger arguments for this class over smaller alternatives.
Weekending: Manageable for experienced two-person crews weekending, but 38,500 lb displacement means preparation and windward work are deliberate. Not casual; systems depth and boat handling demand experience.
Racing: Not a racing platform. Heavy displacement and moderate SA/D ratio of approximately 16 place it firmly in the cruising camp; no relevant handicap racing history.
Motor: Not applicable.

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