Pogo 40 Sailboats for Sale

The Pogo 40 was designed by Finot-Conq and built by Pogo Structures in Brittany. Its hull is glass-reinforced polyester over PVC foam sandwich, structured by longitudinal stringers and two heavy frames at the mast — a construction approach that keeps weight down while maintaining the stiffness needed for offshore work. The extreme beam of 4.40 metres — wide relative to waterline length — gives the boat its stability and speed, but it also means the interiors feel different from a conventional cruiser of similar length. Anyone shopping a used Pogo 40 should go in understanding that this is an offshore racing platform that happens to have berths, not a cruiser that happens to go fast.

Layouts on the Used Market

The production run was limited — approximately 45 boats built between 2005 and 2009 — which means the used fleet is small but reasonably well-documented. On the used market, owner-focused three-cabin layouts are more common than the stripped racing configurations, though both appear. Ex-charter examples surface as well.

Three keel variants were offered: a deep three-metre fin for outright racing, a shallower 2.20-metre fixed keel suited to coastal and offshore cruising, and a lifting keel that retracts from about 1.20 metres to three metres — the most versatile option for sailors who want both shoal-water access and offshore performance. The lifting-keel version commands attention from buyers who cruise island chains or tidal estuaries, while the deep fixed fin remains the choice for those who simply want the fastest boat and can live with the draft. The accommodation plan includes a central navigation station at the companionway, a galley with two possible placement options, eight berths divided between the saloon and two independent aft cabins, and a toilet compartment — generous for a 40-foot performance hull.

Equipment and Common Upgrades

Because these boats spend time offshore, previous owners have typically invested heavily in systems. Autopilots and chartplotters are essentially universal on used examples, and AIS, EPIRB, and life raft are commonly fitted. The wide, flat stern and open deck layout make solar integration straightforward, and lithium battery banks with inverters are commonly found on used examples, often replacing older lead-acid systems. Many examples carry Starlink and radar, reflecting the bluewater ambitions of their owners.

The sail inventory on a used Pogo 40 typically goes well beyond the working sails. Spinnakers — both symmetric and asymmetric — are commonly present, and code zero furling sails appear on boats prepared for downwind cruising passages. Short-handed sailing setups, including dedicated furling systems and autopilot integration at the helm, are widely found. Hot water systems are often seen, while watermakers, diesel heating, and electric winches appear less universally — they are owner upgrades worth confirming before purchase rather than expecting as standard.

What to Inspect

The performance construction that makes the Pogo 40 fast also creates specific inspection priorities. The hull is GRP polyester over foam sandwich, which makes osmotic blistering a genuine concern — a thorough moisture survey of the underwater sections is essential, and any history of previous osmotic treatment should be documented. The stringers and internal framing carry the structural loads, so any signs of delamination at hull-to-stringer bonds or stress cracking in way of the two main mast frames need close attention.

The carbon mast fitted to racing and racing-cruiser variants is expensive to replace and worth professional inspection. Check for corrosion at the step, fatigue cracking at spreader roots, and any history of dismasting or storm damage. The water ballast system — two 750-litre tanks — adds an element absent from most production cruisers: the tanks, pumps, and transfer valves should all be tested for leaks and function before purchase.

The lifting keel mechanism on QR-variant boats deserves particular scrutiny. The hydraulic or mechanical system that raises and lowers the keel operates under significant load and has potential failure points at the ram, the seal, and the keel box. Any play in the keel when the boat is hauled, or any staining around the keel box that suggests weeping, warrants further investigation. The keel bulb attachment on the fixed-fin variants should likewise be checked for cracking at the root.

Running rigging on performance boats cycles through faster than on moderate cruisers. A boat returning from a transatlantic passage or offshore race circuit may have current, well-maintained rigging; a boat that has sat in a marina for several years may have aged halyards and sheets that look intact but have lost strength. Check standing rigging terminal fittings, chainplates, and toggles carefully — the rig loads are significant relative to overall displacement.

Availability and Buyer's Takeaway

The used Pogo 40 fleet is concentrated in the Atlantic arc: France is the primary market, with strong availability in Portugal and the United Kingdom. Examples also appear regularly in Greece and in Australia, reflecting the boat's use on bluewater circuits. Because the production run was compact, buyers should expect to move quickly on good examples and may need to travel to inspect.

The Pogo 40 rewards buyers who know what they are getting: a fast, capable, genuinely offshore-proven hull that requires informed ownership. It is not the boat for someone who wants a sheltered marina weekender — but for the sailor planning extended offshore passages or interested in club-level offshore racing, it represents a credible, pedigreed option at a price that reflects its niche appeal.

Before making an offer, confirm:

• Moisture survey with particular attention to the foam sandwich underwater sections
• Condition and service history of the carbon mast and standing rigging
• Function and integrity of the water ballast tanks and transfer system
• Keel variant, and for lifting-keel boats, full inspection of the keel box and hydraulic or mechanical ram
• Complete sail inventory — working sails, keel, and downwind canvas
• Autopilot capacity and installation relative to the keel and rig configuration
• Any offshore race or bluewater passage history with associated repair records