Beneteau -Berret First 30 E Information, Review, Specs

Beneteau -Berret First 30 E Drawing
Make
Beneteau
Model
First 30 E (Berret)
Builder
Beneteau
Designer
Jean Berret
Number Built
443
Production Year(s)
1981 - 1984

The Beneteau First 30 E represents a critical pivot point in the evolution of the French yard’s performance-cruising lineage. Launched in 1980 as the successor to the highly successful but narrow-transomed André Mauric-designed First 30, the "E" (standing for Évolution) was entrusted to naval architect Jean Berret. This model signaled Beneteau's departure from the extreme "pinched" sterns of the IOR (International Offshore Rule) era toward a more modern hull form that prioritized interior volume and off-the-wind stability. According to the Beneteau Group’s historical archives, the First range was instrumental in transitioning the company from a regional builder to a global powerhouse, and the 30 E was a primary driver of that expansion in the early 1980s. It effectively bridged the gap between pure racing heritage and the emerging demand for comfortable family cruising, serving as the aesthetic and functional precursor to the legendary First 305.

Sailing Performance & Handling

Jean Berret’s design for the First 30 E favored a wider beam carried further aft than its predecessor, a characteristic that fundamentally altered its handling. While the original Mauric First 30 was a powerhouse upwind in heavy air but prone to "death rolls" downwind, the 30 E offers a more balanced, predictable experience across all points of sail. The increased form stability makes the boat less tender, allowing it to carry its sail area longer before reefing is required.

The yacht features a masthead sloop rig with a high-aspect mainsail and a large genoa, typical of the era. This configuration provides significant power in light to moderate air, making it a competitive club racer even by modern standards. The steering is generally reported to be light and communicative, particularly on models equipped with the standard tiller. On the water, the 30 E feels nimble and responsive; it tracks well thanks to a well-proportioned fin keel, though a shallow-draft version was also produced, which sacrifices some pointing ability for coastal versatility. The hull’s flatter sections aft also allow the 30 E to surf more easily than its predecessor when caught in a following sea, a trait emphasized in the design philosophy of Berret-Racoupeau Yacht Design.

Interior Comfort & Variations

The "Evolution" in the 30 E’s name is most apparent below deck. This was one of the first production yachts of its size to successfully incorporate a private aft cabin—a layout feature that was revolutionary for a 30-footer in 1980. This allowed for a true three-cabin feel (V-berth, salon, and aft cabin) that previously had been reserved for much larger vessels.

The salon is centered around a folding leaf table, flanked by two straight settees that double as sea berths. The galley is positioned to the port side of the companionway, while a dedicated navigation station sits to starboard. The use of warm teak veneers and molded GRP liners was a hallmark of Beneteau’s construction during this period, providing an interior that felt both nautical and durable.

Beyond the standard cruiser, Beneteau produced the First 30 ES (Evolution Sport). The ES variant was a performance-optimized sibling built on the same hull but featuring a taller rig, deeper lead keel, and simplified interior to save weight. Another notable relative is the First 32, which utilized similar design language and construction techniques, further refining the "aft cabin" revolution that the 30 E pioneered.

Known Issues & Buyer’s Checklist

Prospective buyers of a First 30 E should prioritize a technical inspection of the following high-signal areas:

  1. Osmotic Blistering: Like many GRP hulls from the early 1980s, the First 30 E is susceptible to osmosis if the hull has not been previously treated with an epoxy barrier coat. Surveyors frequently check the laminate for moisture retention, particularly near the waterline.
  2. Deck Core Integrity: The 30 E utilizes a balsa-cored deck. Over four decades, hardware seals (cleats, stanchions, and tracks) can fail, allowing water to ingress and rot the core. Soft spots around the mast step or the chainplates are common "gotchas."
  3. Keel Bolt and Grid Structure: The internal fiberglass grid (the "matrix") provides the hull’s structural rigidity. High-load groundings can cause the grid to detach from the hull skin, often visible as cracks in the bilge near the keel bolts.
  4. Rudder Bearings: The spade rudder on the 30 E is prone to developing play over time. If the tiller vibrates or feels "clunky" in a seaway, the bushings likely require replacement.
  5. Engine Health: Most original 30 E models were fitted with Yanmar (2GM) or Volvo Penta engines. While robust, these units are reaching the end of their service life and should be inspected for manifold corrosion and heat exchanger efficiency.

Community & Resources

Owners of the First 30 E are supported by a well-established global community. The most prominent resource is the Beneteau Yacht Club, an official platform that provides technical documentation and historical context for legacy models. Additionally, the First 30 Association (primarily based in France but with international reach) serves as a vital repository for restoration projects and racing tips, though much of their technical archive is focused on the original Mauric design alongside the Berret evolution.

The Verdict

The Beneteau First 30 E remains a highly relevant second-hand choice for sailors who value a "dual-purpose" yacht—one capable of winning a weekend regatta while comfortably hosting a family of four for a coastal cruise.

Pros:

  • Groundbreaking aft-cabin layout for a 30-foot vessel.
  • Excellent light-air performance and balanced handling.
  • Strong build quality from a reputable yard with high parts availability.

Cons:

  • Potential for core rot and osmosis due to the age of the fiberglass.
  • The large genoa can be physically demanding for short-handed crews.
  • Original 1980s interior finishes may feel dated and require aesthetic updates.

Measurements

Construction & Hull

Construction Material
Fiberglass
Hull Type
Monohull Sailboat
Keel Type
Fin
Rudder
1x Spade
Ballast
2866 lbs (Iron)
Displacement
7055 lbs
Water Capacity
27 gal
Fuel Capacity
9 gal

Dimensions

Length Overall (LOA)
30.5 ft
Waterline Length (LWL)
26.97 ft
Beam
10.66 ft
Draft
5.5 ft
Max Headroom
-
Air Draft
-
Hover over a measurement
IJPE FS LOALWL

Rig & Sails

Rig Type
Masthead Sloop
P (Main Luff)
32.5 ft
E (Main Foot)
11 ft
I (Foretriangle Height)
37.7 ft
J (Foretriangle Base)
11.3 ft
Forestay Length (est)
39.36 ft
Sail Area
392 sqft

Calculations

Sail Area / Displacement (SA/D) Ratio
17.05
Ballast / Displacement Ratio
40.62
Displacement / Length Ratio (D/L) Ratio
160.55
Comfort Ratio
16.64
Capsize Screening Formula
2.22
Hull Speed
6.96 kn