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Garcia Passoa 47

1988–present · built by Garcia Yachting

The Passoa 47 is a French-built aluminum centerboard cruising yacht conceived for serious offshore and high-latitude bluewater work, in the same tradition as Alubat's Ovni line: hull toughness, grounding tolerance and shoal-draft versatility for gunkholing are prioritized over speed or windward performance. It targets owners planning long-range voyaging and remote anchorages rather than coastal weekend sailing or racing.

This is a general read on the Garcia Passoa 47 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.

At a glance

Hull form: Other
Rudder: Skeg Hung
Mast step: Keel Stepped
Hull construction: Aluminum
Production: 1988–present
Built in: France

What the Garcia Passoa 47 is known for

Aluminum hull construction is highly resistant to grounding, ice and floating-debris impact, and is immune to osmosis, a genuine asset for high-latitude and remote-anchorage cruising.
Centerboard (lifting keel) configuration gives shoal draft for gunkholing, drying out on a tidal flat, and accessing anchorages a fixed deep-fin cruiser cannot reach.
Built by a specialist French aluminum yard with a strong reputation among expedition and long-range cruising sailors, similar market position to Ovni/Alubat.

Known trade-offs

Aluminum hulls require active corrosion management: bonding system integrity, zinc anode maintenance, care around dissimilar-metal fittings and stray current, which many buyers coming from GRP boats underestimate.
The centerboard mechanism (pivot pin, lifting cable or tackle, trunk seals) is an extra moving, maintenance-prone system with no equivalent on a fixed-keel boat, and can be expensive to rebuild if worn or corroded.
Heavier, more traditional displacement hull shape than modern cruising designs means slower passage times and reduced pointing ability to windward compared with contemporary fin-keel cruisers.

Age-related quirks to expect

Galvanic corrosion / bonding system integrity on the aluminum hull severity: High affects: all years

Antifouling incompatible with aluminum applied by a prior owner, causing pitting severity: Medium affects: all years

Centerboard pivot pin, cable and trunk wear from age and grounding use severity: Medium affects: all years

Original or first-generation diesel engine now due or overdue for repower severity: High affects: 1988-1998 builds

Systems to check before you buy

Hull and bonding/corrosion protection (aluminum-specific) priority: offshore, liveaboard

Aluminum hulls depend on an intact bonding system, correctly sized and maintained zinc anodes, and isolation from dissimilar metals and stray current. Check for pitting, prior electrolysis damage, and whether antifouling used is aluminum-safe (copper-based paints are incompatible without a proper barrier coat).

Centerboard mechanism (pivot pin, lift cable/tackle, trunk seals) priority: offshore, coastal

The lifting keel adds a wear-prone system unique to this class: check the pivot pin and bearing for play or corrosion, the lifting cable or hydraulic ram for condition, and the trunk for leaks or grounding damage.

Engine and drivetrain priority: motor, liveaboard, offshore

Hulls from this production window are now old enough that many are on an original or first-replacement diesel; confirm hours, maintenance records and whether a repower has already happened.

Standing rigging and mast priority: offshore, racing

Rigging on a boat of this age is very likely at or past typical service life (10-15 years for wire); verify replacement date and inspect swages, chainplates and mast step/keel-stepped base for corrosion.

Deck hardware and window/portlight seals priority: liveaboard, coastal

Aging deck fittings and portlight seals on a 25-35 year old cruiser are a common source of leaks; check for staining, soft spots around fittings, and seal condition.

How it fits your plans

Offshore: Aluminum construction and a keel-stepped rig support genuine bluewater reliability, and the class has a real high-latitude/expedition cruising reputation, though buyers should verify corrosion history and rigging age on any specific hull.
Coastal: Shoal centerboard draft is the standout coastal advantage, letting the boat work skinny water and dry out on tidal flats that a deep-fin cruiser cannot enter.
Liveaboard: Roomy aft-cockpit cruiser layout typical of the era suits liveaboard use, but a hull now 25-35+ years old needs a realistic budget for systems, engine and rigging updates.
Weekending: Heavy displacement and a centerboard system built for long-range voyaging make it a less lively, more maintenance-intensive choice than a lighter fin-keel boat for casual short-handed weekending.
Racing: Not a racing design; heavy displacement and a lifting-keel hull shape trade speed and pointing for offshore toughness and shoal draft.

This guide is the class. A report is that hull. Paste the listing you're looking at and FairKeel grades every claim in it against what's known about the Garcia Passoa 47 — where the evidence is thin, the red flags worth a second look, the costs likely to land in your first season, and whether the boat suits the plans you describe in a few short questions.

It won't read the photos or put a number on the boat — that's the $249 Deep-Dive, and for the real answer, a surveyor. It will tell you when a Deep-Dive isn't worth buying. Free, no account, usually a minute or two.

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