Hallberg-Rassy 352 Sailboats for Sale

Layouts on the Used Market

The standard centre-cockpit arrangement gives the 352 a three-cabin feel: a vee-berth forecabin with generous stowage, a main saloon with a U-shaped galley to starboard and a forward-facing chart table to port, and a private aft cabin reached via a below-deck corridor behind the nav station. The aft cabin offers twin berths, one of which is wide enough to serve as a reasonable double. Owner three-cabin configurations dominate the used fleet, but both layout variants do appear, and the rare hardtop examples — a handful built with a deeper cockpit and no below-deck corridor, leaving the aft cabin accessible only from the cockpit — occasionally surface and suit buyers who prioritise weather protection over the walk-through convenience.

Build year matters considerably when evaluating layout and headroom. Early hulls have noticeably tighter clearance in the walk-through corridor to the aft cabin. From 1980 onward the freeboard was raised and the corridor improved, and a further freeboard increase around 1986 brought the later boats meaningfully closer to comfortable passage for standing adults. The saloon skylight was also enlarged around 1986, transforming the feeling below on overcast days. Louvred locker doors, a revised galley working area, and a better entrance ladder distinguish mid-to-late production boats from the earliest examples. Buyers who prioritise liveability below should focus on post-1984 hulls, while those drawn to the classic simplicity of the original layout will find the earlier boats equally capable offshore.

Equipment and Common Upgrades

Used examples are commonly fitted with autopilot and a chartplotter as baseline equipment — the 352 has been used hard for bluewater passages and coastal cruising alike, and the electronics infrastructure tends to reflect that history. Radar is frequently present, and heating systems are common across the fleet, unsurprisingly given the Scandinavian home market and the boat's strong uptake in Northern Europe.

Teak decks were fitted to a large proportion of hulls and remain widely present in the used fleet. They define the look of the boat when maintained, and their condition is one of the first things to assess on any survey.

Among equipment that often accompanies used examples: life rafts, hot water systems, and AIS transponders reflect the bluewater-ready preparation many owners brought to their boats. Swim platforms appear on a meaningful share of listings. Bow thrusters turn up with some frequency, a practical addition given the 352's long keel, pronounced propeller walk, and the tight marinas she now inhabits across the Mediterranean.

Owner upgrades reflect the 352's life as a passage-maker and short-handed cruiser. Solar panels and inverters are a frequent addition, responding to the boat's generous tankage and the expectation of extended anchorage time. Biminis are common. In-mast furling, which the yard offered as a factory option in later production, appears on a share of the fleet and is a meaningful convenience for short-handed sailing. Cockpit-led reefing setups have been retrofitted to boats that left the factory requiring crew at the mast, and these short-handed configurations are worth seeking out. Spinnaker gear — both conventional and asymmetric — appears on examples that have been actively raced or cruised offshore. An EPIRB is commonly aboard passage-ready examples.

What to Inspect

Teak decks are the single most consequential cosmetic and structural item on any 352 survey. When teak decks reach the end of their working life, the remediation cost is substantial even when the economical option — removing the timber, filling the screw holes, fairing and painting — is chosen rather than replacement. Probe beneath any soft or spongy sections; screw holes that have allowed water ingress into the underlying fibreglass deck laminate are a common finding on tired examples. Budget for either restoration or removal before committing to a boat with deteriorating teak.

The corridor headroom and hull raising history should be verified against the hull number. The freeboard was raised twice during production — first in 1980 by a few centimetres, and again around 1986 — to improve headroom in the walk-through and aft cabin. Neither modification fully resolves the clearance issue in the corridor, which falls short of full standing headroom in all models; buyers who are tall should trial the walk-through in person rather than relying on specification sheets.

Engine condition deserves careful attention. Early boats left the factory with the Volvo Penta MD21, a four-cylinder 51hp unit using a Peugeot base engine, which was discontinued in late 1984 and replaced by the Volvo Penta 2003 Turbo, a turbocharged three-cylinder 43hp unit; a small number of late-production boats were fitted with the larger MD22. The age range of these engines means that hours, service history, and the condition of raw-water cooling circuits, heat exchangers, and impellers should be scrutinised. The engine is large relative to the hull and provides genuine power in a blow or a foul tide, but manoeuvring in close quarters is demanding due to the long keel, large rudder, and significant propeller walk, so a well-maintained, responsive engine is operationally important.

Standing rigging should be assessed relative to the rig variant. The yard offered both a standard single-spreader rig and a taller double-spreader rig; the tall rig became increasingly popular and was effectively the default choice by the end of production, and any boat fitted with in-mast furling automatically received the tall rig. Oversized standing rigging was a Hallberg-Rassy characteristic, and the 352's rigging was described as a traditional but very stout masthead rig with a full complement of oversized standing rigging, but age takes its toll regardless of original scantlings. Inspect chainplates, toggles, and swage fittings thoroughly.

Hull laminate integrity should be straightforward on a properly stored boat — the hull was hand-laid with generous fibre and resin, stiffened with glassed-in longitudinal stringers, and bulkheads were bonded to hull and deckhead. This construction approach ages well, but osmotic blistering below the waterline remains possible on any fibreglass boat of this era and should be assessed by a qualified surveyor.

The rudder and skeg warrant specific attention. The yard published rudder construction sketches and removal advice, and a dedicated rudder construction sketch circulates in the owner community — the 352 carries a full-depth skeg supporting the rudder, a sturdy arrangement but one where bearing wear and skeg-to-hull bonding should be checked on older hulls.

Availability and Buyer's Takeaway

The 352 is genuinely widely available across European waters, with strong concentrations in the Netherlands, the United Kingdom, Spain, Italy, and Greece — the boat found enthusiastic buyers across Northern and Mediterranean Europe throughout its production life, and those hulls remain in those waters. A modest but consistent supply appears in Ireland as well. Outside Europe, examples turn up less frequently, though the boat's bluewater credentials mean some hulls have crossed oceans and now reside further afield.

Because the 352 holds its value tenaciously relative to most boats of its era and size, the buyer who does homework is better positioned than the one who moves fast. The production run covered meaningful specification changes; knowing exactly where a given hull sits in that arc — freeboard height, rig type, engine generation, galley configuration — shapes both the survey priorities and the practical experience of ownership.

Buyer's checklist:

• Confirm hull number and build year to establish which freeboard, rig, and engine variant you are buying
• Assess teak deck condition thoroughly; obtain a remediation estimate if deterioration is present
• Verify engine type, hours, service records, and condition of cooling system components
• Inspect rig variant (single or double spreader, in-mast furling), and assess standing rigging age and chainplate condition
• Check skeg-to-hull bonding and rudder bearing wear
• Arrange a full osmosis survey on the hull below the waterline
• Trial the corridor walk-through in person, especially if buyer height exceeds six feet
• Assess autopilot, chartplotter, and radar integration; note whether reefing can be handled from the cockpit
• Verify life raft service date and EPIRB registration
• Factor in heating system service history for boats based in or intended for Northern European waters