Beneteau
Oceanis 50
The Beneteau Oceanis 50 (Berret-Racoupeau design, 2005-2011) represents the quintessence of the "Grand Large" era, balancing a powerful hull with a focus on ease of handling and massive interior volume. Positioned as a flagship for the private owner or a high-end charter platform, it appeals to those seeking a reliable, offshore-capable yacht that doesn't sacrifice social space. Its wide beam and relatively flat sections provide excellent initial stability and a very upright sailing experience in moderate conditions, though it requires reefing early as the breeze builds.
From a survey perspective, the Oceanis 50 requires specific attention to the hull-to-deck joint, where Beneteau's factory sealant from this era can fail, leading to leaks. The structural grid (matrix) should be thoroughly "tapped out" for any signs of voids or delamination, particularly near the keel bolts and the areas forward of the mast. The rudder bearings on this high-volume model frequently develop "slop" or play, often necessitating replacement. Additionally, check the mainsheet arch mounts for stress cracking and verify the age of the saildrive diaphragm if the Volvo Penta or Yanmar unit is fitted.
Market context for the Oceanis 50 remains strong due to its timeless Berret-Racoupeau lines and the choice between 3, 4, or 5-cabin layouts. While the build quality is robust for a production boat, the interior joinery and electrical systems may show wear in ex-charter examples. It is a highly liquid asset on the brokerage market, favored for its predictable handling and the safety of its deep, social cockpit.
At a glance
Quick facts
- Production
- 2007–2012
- LOA
- 15.1 m
- Beam
- 4.5 m
- Model
- Oceanis 50
Key takeaways
- Best for: budget-conscious long-distance cruising for families
- Common issue: steering system play and original brass seacock corrosion
- Typical price: affordable entry to 50ft cruising with high availability
Expert verdict
FairHelm rating: 7.4/10 — High-volume Berret-Racoupeau design; monitor steering system play and original brass seacock corrosion.
Vadim Nareyko, FairHelm Editorial · Last reviewed: 2026-07-12
Technical data
- Length overall (LOA)
- 15.1 m
- Beam
- 4.5 m
- Production years
- 2007–2012
Typical problems
Buyer FAQ
- How does the Oceanis 50 handle in heavy weather?
It is a stable and predictable offshore cruiser, but its wide beam and flat bow sections can cause slamming in a head sea; reefing early is key to maintaining balance.
- What are the main differences between the Oceanis 50 and the 50 Family?
The "Family" version typically features a 4 or 5-cabin layout and simplified deck gear for charter, while the standard version often has a more luxurious 3-cabin owner's layout.
- Is the Oceanis 50 easy to dock shorthanded?
Due to its high windage and 50-foot scale, a bow thruster is highly recommended; without one, docking in crosswinds requires careful planning.
- What should I look for when buying a used Oceanis 50?
Focus on the structural grid integrity, the condition of the hull-to-deck joint, and the age of the standing rigging and saildrive seal.
- What is the typical engine found in the Oceanis 50?
Most units are equipped with a Yanmar 75hp or 110hp engine, providing reliable power for a yacht of this displacement.
Design History
Oceanis 50 emerged when Scandinavian and North Sea yards were scaling reliable GRP cruising platforms for owner crews rather than charter fleets. French production shaped the hull lines and interior volume for predictable manners in Baltic chop and North Sea swell. Production ran from 2007 to 2012; registry and owner-club sources cite approximately ~200–560 completed hulls.
Beneteau positioned the Oceanis 50 for coastal and offshore use in the 2007–2012 production window — explaining mixed maintenance histories on the secondary market today.
Mid-production changes were mostly interior trim, engine options, and deck hardware rather than fundamental hull revisions. That means survey condition, winter storage history, and rigging invoices usually matter more than the model year printed on the brochure. When you evaluate a Oceanis 50 on Blocket, treat the maintenance story as part of the specification — not a footnote after the asking price.
Annual Ownership Costs
| Cost item | Low (SEK) | High (SEK) | Notes |
|---|---|---|---|
| Marina berth | 22,000 | 48,000 | 15.10 m class, Stockholm/Gothenburg |
| Insurance | 8 000 | 22 000 | Agreed value and cruising area |
| Haul-out + winter | 12 000 | 28 000 | Yard package varies by region |
| Antifouling + hull care | 6 000 | 16 000 | Materials and labour |
| Engine / drivetrain | 5 000 | 16 000 | Service intervals and saildrive |
| Rigging reserve | 7 000 | 20 000 | Standing rigging age |
| Deck / structural reserve | 6 000 | 22 000 | Bedding, moisture follow-up |
| Total annual | 62 000 | 172 000 | Excludes major refit years |
Annual ownership for Oceanis 50 is predictable when service records are complete. Berth, storage, and insurance dominate fixed costs in Sweden. The largest variables are rigging replacement timing and any survey-led deck or drivetrain work triggered after purchase. Keep a separate technical reserve so routine season costs stay stable — especially on Blocket boats marketed as "ready to sail" without invoices.
Pre-Purchase Survey Checklist
Pre-Purchase Inspection Checklist: Oceanis 50
Hull, Keel and Underwater Body
- Moisture-map the underwater hull; document osmosis or barrier-coat history on Oceanis 50 GRP of this era.
- Inspect keel-to-hull joint, keel bolts (if external iron), and backing structure for movement or recurring fairing cracks.
- Check rudder bearings and steering linkage under load during sea trial.
Deck and Hardware
- Test bedding at stanchions, tracks, and winches; open nearby interior access if damp stains appear.
- Inspect hatches and portlights for seal compression and core moisture at corners.
- Verify chainplate areas internally for rust staining or soft laminate.
Rig and Sail Systems
- Confirm standing rigging age with invoices; treat unknown age as near-term replacement on club-used hulls.
- Inspect mast step, spreaders, and terminals for corrosion or fatigue marks.
- Operate furling and reefing systems under realistic load.
Machinery and Systems
- Review engine and saildrive service including cooling, exhaust elbow, and mounts.
- Audit batteries, charging, and owner-added electrical work for safe fusing.
- Check tanks, bilges, and hoses for age-related seepage.