Devo 30 Information, Review, Specs

Sailing Performance & Handling

The Devo 30 exhibits the classic sailing characteristics of a late-1970s IOR design. It features a relatively narrow bow and a significantly widened beam amidships that tapers toward a pinched stern. This hull form makes the boat particularly stiff and capable when sailing upwind. With a deep fin keel and a high ballast-to-displacement ratio, the Devo 30 tracks well in a breeze and provides a sense of security in choppy coastal conditions.

Under sail, the boat is typically rigged as a masthead sloop. Because of its IOR heritage, it relies heavily on large overlapping genoas for power. In light air, the boat can feel somewhat sluggish due to its wetted surface area, but once the wind exceeds 10–12 knots, the hull finds its groove. Owners often report that the boat is very "tiller-heavy" if over-canvased, a common trait for boats with this specific hull geometry. Downwind handling can be more demanding; like many pinched-stern designs of its era, the Devo 30 can exhibit "death rolls" or rhythmic oscillations when running deep in heavy seas under a spinnaker.

Interior Comfort & Variations

The interior of the Devo 30 is surprisingly voluminous for a 30-foot boat of its vintage, thanks to the substantial beam carried through the center of the vessel. The layout is traditional, featuring a V-berth forward, a central salon with settees that double as sea berths, and a small galley located to starboard near the companionway. Most models were finished with significant amounts of teak or mahogany plywood joinery, giving the cabin a warm, albeit dark, classic aesthetic.

A notable sibling model is the Devo 33, which utilized a similar design philosophy but offered a more dedicated navigation station and an enclosed aft cabin, which was a luxury in the early 80s. The smaller Devo 24 was also produced, targeting the day-sailing and club-racing market with a much simpler, stripped-out interior. On the Devo 30, headroom is adequate for sailors up to approximately six feet, though it tapers significantly as you move toward the bow. Storage is a strong point, with deep lockers behind the settees designed for the extended coastal hops common in the Balearic Islands.

Known Issues & Buyer’s Checklist

When inspecting a Devo 30 today, the primary concern is the age of the hull and its structural components. Prospective buyers should focus on these high-signal areas:

• Osmotic Blistering: Like many Spanish and Italian boats from the late 70s, the fiberglass used in Astilleros Devo builds can be prone to osmosis. A thorough haul-out inspection and moisture meter test are essential.
• Deck Delamination: The decks are typically sandwich-constructed. Soft spots, particularly around the chainplates and stanchion bases, often indicate water ingress into the core material, requiring expensive "skin-and-replace" repairs.
• Keel Bolt Integrity: The Devo 30 uses a heavy cast-iron keel. Over decades, the interface between the keel and the GRP hull can develop the "smile" (a gap at the leading edge), suggesting that the keel bolts may need tightening or replacement.
• Engine Serviceability: Most original units were fitted with small Volvo Penta or Solé Diesel engines. Parts for the oldest Solé units can be difficult to source, and many boats on the market have already undergone a repower to newer Yanmar or Beta Marine units.

The Verdict

The Devo 30 is a stout, traditional cruiser-racer that offers an affordable entry point into classic yacht ownership for those who appreciate IOR lines and a solid feel underfoot.

Pros

• Robust GRP construction capable of handling heavy coastal weather.
• Excellent upwind performance and stability.
• Generous interior volume for its length.
• Classic Mediterranean aesthetic with enduring appeal.

Cons

• Dated IOR hull shape leads to challenging downwind handling in heavy seas.
• High maintenance requirements for aging teak and vintage plumbing systems.
• Reliance on large, heavy genoas makes shorthanded sailing more physically demanding.
• Obscurity of the builder can make finding model-specific technical documentation difficult.