Design and Construction
Philippe Briand brought to the 32 the same vocabulary he had been refining across a decade of performance cruisers: a nearly plumb bow and reverse transom that stretches the waterline without theatrical overhangs, a flat sheerline, and a wide beam carried far aft to maximize both cockpit and interior volume. The result is a boat that reads as modern without being aggressive. Triangle-shaped portlights and a low, forward-sloping cabintop give her a sleek appearance that sets her apart from the boxy profiles common among contemporaries.
Construction of the deck during the production run used a closed-mold resin-infusion method — glass fiber sandwiched between sealed steel male and female tooling, with resin pumped through the laminate — a technique that was ahead of mainstream practice when the boat was built and is now standard among quality production yards. The hull itself is solid fiberglass hand-laid with woven roving and vinylester resin, finished over NPG gelcoat. Interior furniture bases arrive as a single molded pan bonded to the hull with epoxy, a choice that simplifies access to seacocks and underwater transducers.
Rig and Handling
The fractional sloop carries a deck-stepped Sparcraft mast with swept spreaders and stainless steel wire shrouds. A 135-percent genoa on a Profurl furler pairs with a fully battened mainsail of Bainbridge HSX Dacron. The 80-percent battens hold excellent sail shape and are reported easy to trim. Jeanneau fitted a lazy-bag-with-lazy-jacks arrangement for the main — functional, though some owners have upgraded to a more refined stacking system.
The tiller is a deliberate choice rather than an oversight. At thirty-two feet the helm loads stay manageable, and on test the semi-balanced rudder and tiller produced slight weather helm at the upper wind range — exactly where a little helm feel is welcome as a speed cue. Tacking within ninety degrees and quickly responding to every move of the tiller in the 5-to-13-knot range suggests a rudder that is well balanced in the sailplan. Cockpit seats run nearly seven feet and fifteen inches wide, leaving enough room for an off-watch crew to stretch out without crowding the helm.
The mainsheet is led mid-boom to blocks on the coachroof rather than to an end-boom traveler, a choice that keeps the cockpit uncluttered but compromises the ability to tweak the mainsail. Sailors who want traveler control will want to factor in the cost of a modification. Single-speed Harken 16 self-tailers are fitted as standard; two-speed winches are the sensible upgrade for anyone sailing short-handed.
Accommodations
Below, the SO32 punches well above its length. Minimum headroom is six feet one inch throughout the cabin, a figure many 38-footers of the era could not match. The saloon runs nine feet six inches long and six feet nine inches wide, lined with teak battens on a white headliner that can be removed for access to deck hardware. Two hull portlights at seated eye level and multiple overhead hatches give the interior a genuine feeling of spaciousness.
The C-shaped galley is compact but complete: two-burner stove and oven, single stainless sink, refrigerator aft, and a working surface wide enough for real cooking underway. The nav station faces aft at a chart table approximately twenty-eight by twenty inches — workable for basic navigation though instrument space is tight. The forward V-berth is six feet one inch on the centerline and has standing headroom; the aft cabin is an almost-queen-sized athwartships berth that most couples will find more comfortable than the typical fore-and-aft arrangement. Four adults cruise comfortably; the boat is configured to sleep six.
Water tankage runs 170 liters and fuel 70 liters. The holding tank is stainless steel positioned above the waterline for a gravity drain — a practical detail that reduces odor over time compared to PVC.
Known Limitations
The nav station is the most frequently noted constraint below. The chart table is genuinely small, the instrument bulkhead cramped, and the fixed fuse panel requires a screwdriver rather than a piano-hinge for access. With tiller steering, instruments that would normally live on an Edson pedestal must be relocated to the aft end of the coachhouse — readable from the helm only if they are large and well-lit enough to see from the tiller. Instrument-heavy sailors will feel this gap.
The aft cabin ventilation relies on a single port in the cockpit sole; the second berth occupant gets limited airflow in warm anchorages. Headsail tracking is positioned near the base of the cabin rather than on outboard tracks, which limits options for spinnaker and drifter sheeting without adding turning blocks to the stern pulpit. The factory provided welded eyes there for exactly this purpose, but the workaround is worth knowing before the first downwind leg.
Refit Considerations
The Yanmar diesel is the variable in this boat's mechanical story. The factory fitted an 18-horsepower engine, and at least one documented example has been re-engined with a Volvo Penta. A Yanmar 3GM 27 would be a wiser option in some areas — the 27-horsepower version of the same engine family fits the same compartment and provides meaningful headroom in strong current or a headwind. Buyers evaluating used examples should verify which engine variant is installed.
The standard running rigging leads — a Spinlock XAS stopper to starboard for mainsheet, outhaul, and jib halyard, and a triple clutch to port for reef lines and main halyard — are functional but tight for anyone adding a spinnaker, which demands at least one additional double stopper. Buyers planning to fly downwind canvas should budget for that early in the refit list.
The Verdict
The Sun Odyssey 32 is the kind of boat Philippe Briand designs when the brief is honest: not a race boat with cruising pretensions, not a marina showpiece with a sailor's vocabulary painted on, but a genuinely well designed, constructed, outfitted and sailing sloop that rewards a competent crew without punishing a casual one. The closed-mold deck construction and vinylester hull layup represent engineering decisions that hold up well over time. The tiller is an asset in the hands of anyone who actually sails the boat; the compromised mainsheet geometry and the cramped nav station are real concessions that should be evaluated against how you actually use a boat at sea.
Pros
- Briand hull with plumb bow and reverse transom maximizes waterline and interior volume in a short LOA
- Closed-mold resin-infused deck construction and vinylester hull layup for the era
- Tiller steering with a well-balanced rudder delivers immediate, tactile helm feedback
- Generous six-foot-plus headroom throughout the cabin
- Athwartships aft cabin more livable than typical fore-and-aft arrangements on comparable boats
- Stainless steel holding tank positioned above waterline for gravity drain
Cons
- Mid-boom mainsheet arrangement limits mainsail trim authority compared to end-boom sheeting
- Nav station is compact; instrument space is tight and fuse panel is screwdriver-access only
- Aft cabin has only one ventilation port — inadequate airflow for the second berth in warm conditions
- Single-speed standard winches; two-speed upgrade is effectively mandatory for short-handed sailing
- Tiller precludes a pedestal, relocating instruments to positions that can be difficult to read from the helm
