Elan 310 Sailboat Review, Specs, and Listings

Design Brief & Intent

The primary mission of the Elan 310 was to deliver high-spirited, easily managed sailing performance without stripping away the essential creature comforts required for family cruising. Rob Humphreys designed a hull with powerful aft sections that pulled maximum beam all the way to the flat, open transom 1. By maximizing the waterline beam, the design increased transverse form stability. This aggressive hull shape required twin rudders to maintain positive helm control when heeled, preventing the sudden, dramatic broaches common to wide-stern, single-rudder boats of this era.

Beneath the waterline, the boat features a deep T-bulb keel, which concentrates ballast low down to offset the powerful sail plan. On deck, the layout is highly ergonomic, with a wide, uncluttered cockpit where sail-handling controls are led aft within easy reach of the helmsman, facilitating short- or even single-handed operations.

The interior of the Elan 310 balances this athletic deck profile with a surprisingly bright and welcoming living space. Standard joinery features light-colored durmast oak or blond wood veneers, which emphasize the natural light streaming through the long cabin windows and deck hatches. To keep overall weight low and concentrated amidships, Elan utilized lightweight composite panels for the internal furniture and kept structural bulkheads thin but rigid. The layout consists of a traditional V-berth forward, a central saloon with opposing settee berths, a compact L-shaped galley to port, a wet head to starboard, and an enclosed double cabin aft. While stowage is sparse compared to dedicated long-distance cruisers—with open shelves and optional zip-up textile cabinets replacing heavy, traditional wooden lockers—the overall finish feels high-end, clean, and intentionally lightweight.

Throughout its production run from 2009 to 2012, the Elan 310 was offered with several key draft and steering configurations that significantly influenced its sailing characteristics and intended use. The standard configuration features a T-bulb keel with a draft of 6.23 feet (1.90 meters), offering an excellent compromise between windward performance and access to shallower harbors. For cruising sailors operating in thin waters, a shoal-draft version of 5.25 feet (1.60 meters) was available, though very few of these hulls were built due to the significant trade-off in righting moment and pointing ability. Conversely, dedicated racers often opted for the deep performance T-keel drawing 7.05 feet (2.15 meters), which maximized stability and allowed the boat to carry its full sail area higher into the wind range.

Rig options were built around a fractional, double-spreader aluminum mast supplied by Selden, which was stepped on the deck. This setup featured swept-back spreaders and standard non-overlapping headsails, making tacks quick and painless for short-handed crews. The defining downwind feature was a retractable bowsprit—available in either heavy-duty aluminum or carbon fiber—which emerged from a dedicated port on the starboard bow to project large asymmetric spinnakers or gennakers.

Steering arrangements were another major point of differentiation. The standard and most popular setup was a single, direct-acting tiller connected to the dual rudders. This arrangement gave the helmsman intimate feedback from the blades and allowed for a highly comfortable seated position on the high-side coaming. However, Elan also offered an optional, innovative canting wheel system developed by Jefa. This system utilized a single steering wheel mounted on a pedestal that could rock and lock from side to side, allowing the helmsman to stand or sit well outboard with a wheel in hand. Only about 20 of the 92 hulls produced were fitted with this canting wheel. The remaining 72 hulls were delivered with tiller steering, which has remained the preferred configuration for serious sailors.

Sailing Performance & Handling

The sailing dynamics of the Elan 310 are defined by its sporty ratios and modern hull physics. With a displacement of 8,267 pounds, the boat is exceptionally light for its length, allowing it to respond instantly to light puffs of wind. Its high sail area-to-displacement ratio of 22.58 indicates a highly powerful sail plan. In light airs, the boat is lively and accelerates rapidly, though its wide stern can create drag if the boat is not sailed with a slight heel to lift the broad transom out of the water.

When the wind builds, the Elan 310 truly shines. Its low displacement-to-length ratio of 158.09 highlights its semi-displacement and planing potential. Off the wind under an asymmetric spinnaker, the boat easily breaks free from its bow wave and planes, regularly achieving double-digit speeds in 15 to 20 knots of breeze. The hard chines on the hull serve a dual purpose: they increase initial stability when the boat heels, and they clean up the water flow off the hull to reduce drag at high speeds.

The capsize screening value of 2.09 indicates a wide-beamed hull that relies heavily on its form stability to stay upright. Because the beam is carried so far aft, the twin-rudder system is essential. At high heel angles, the windward rudder lifts partially clear of the water, while the leeward rudder remains fully submerged and vertical, providing absolute traction and highly responsive steering. This prevents the boat from wiping out in heavy gusts.

However, the boat’s low comfort ratio of 18.82 tells a clear story about its behavior in a seaway. The Elan 310 is a light-displacement sportster; it will feel active, quick-motioned, and occasionally flighty in choppy water. When sailing hard on the wind into a head sea, the flat forward hull sections can slam, and the boat will require active helming and sail trim to maintain momentum. The ballast-to-displacement ratio of 27.74 percent, combined with the deep T-bulb keel, provides reassuring ultimate stability, but the boat is tender initially. It requires early reefing—often as soon as the true wind exceeds 15 knots upwind—to keep the boat flat enough to make efficient progress and prevent excessive leeway.

Market Snapshot & Economics

The Elan 310 enjoys a robust reputation on the brokerage market as a desirable modern youngtimer. Because production was relatively limited—with only 92 hulls built under the 310 designation before Elan updated the styling and rebranded the model as the 320, S3, and eventually the E3—the boat remains somewhat scarce and highly sought after. Consequently, clean, well-maintained examples command a relative premium compared to more traditional, mass-produced cruising boats of the same age and size.

The economics of owning an Elan 310 are generally favorable, provided buyers inspect the boat’s high-load components. Because many of these yachts were campaigned in local club racing circuits or used for spirited shorthanded coastal hops, the condition of the sail wardrobe and running rigging is the primary variable in overall purchase value. Replacing a full set of laminate racing sails, updating modern electronics suites, or replacing worn-out running rigging can quickly escalate costs. However, the structural core of the boat is highly durable, and the standard 18-horsepower Volvo Penta auxiliary engine with saildrive is a highly reliable, easily serviced unit with widely available parts. Prospective owners should treat the Elan 310 as a high-performance vehicle: while maintenance of basic systems is straightforward, maintaining its performance edge requires periodic investment in quality sails, smooth bottom paint, and precise rig tuning.

Technical Triage & Vulnerabilities

The structural backbone of the Elan 310 is its hull construction, which utilized Elan’s proprietary Vacuum Assisted Infusion Lamination (VAIL) technology. This process infuses the fiberglass sandwich hull with vinylester and polyester resins under a vacuum, creating a highly uniform laminate with an optimal glass-to-resin ratio and excellent resistance to osmosis. However, this advanced construction presents specific areas that require careful inspection and technical triage:

Sandwich Core Penetration: The hull and deck are fully cored with structural closed-cell foam. Any aftermarket hardware installations, such as through-hulls, transducers, or additional deck clutches, must be done correctly. If a previous owner did not properly decore and seal the edges of a drilled hole with solid epoxy, water can migrate into the foam core over time, leading to localized core compression and delamination under load.
Twin Rudder Linkage and Bearings: The twin-rudder system uses self-aligning Jefa bearings connected by an internal drag-link bar beneath the cockpit sole. Because these rudders are highly loaded, the rudder bearings can develop slop or play over years of hard driving. During a pre-purchase survey, the rudders must be checked for lateral movement. Replacing worn Jefa rollers or rudder sleeves is a straightforward but essential maintenance task to restore the boat's razor-sharp steering feedback.
Mast Step and Rig Tension: Because the double-spreader rig has swept-back spreaders and relies on significant rig tension to maintain forestay straightness without a permanent backstay on some race rigs, the downward thrust on the deck-stepped mast is immense 7. The internal aluminum mast support pillar must be inspected for any signs of settlement, and the deck collar area must be checked for spider cracks or gelcoat crazing that could indicate structural flexing.
Keel-to-Hull Joint: The T-bulb keel features an iron fin bolted to a lead bulb, which is encapsulated in a glass-reinforced plastic sleeve. It is critical to inspect the joint between the iron fin and the lead bulb for cracks in the barrier coat, as any water ingress can trigger galvanic corrosion between the dissimilar metals. Inside the bilge, the massive structural grid distributes keel loads beautifully, but the keel bolts and backing plates should still be closely checked for signs of weeping or rust.

Modernization & Upgrades

Many Elan 310 owners have systematically upgraded their boats to enhance their cruising utility and refine their racing performance:

Bowsprit Replacements: The original extendable aluminum bowsprit is a common candidate for modernization. Many active owners have replaced the aluminum pole with a stiffer, lighter carbon fiber bowsprit. This reduction in weight at the extreme bow helps reduce pitching in a seaway, and the increased stiffness allows for more stable projection of larger asymmetrical spinnakers and Code Zero sails.
Lithium Battery and Electrical Overhauls: The original factory battery bank was kept small to save weight, which is easily depleted by modern autopilots, sailing instruments, and refrigeration during longer passages. Upgrading to a lithium iron phosphate (LiFePO4) battery system is a highly popular modification. This setup provides massive power storage and faster recharge times while actually reducing weight in the saloon berths where the batteries are housed.
Propeller Upgrades: Many standard boats were delivered with basic two-blade fixed propellers on the saildrive. Upgrading to a high-efficiency folding propeller, such as a Gori or Flexofold, is an essential upgrade. It significantly reduces drag while sailing, eliminates turbulence over the twin rudders, and improves motoring thrust and stopping power under tight marina conditions.
Steering Conversion: For the minority of boats equipped with the Jefa canting wheel steering system, some owners choose to convert the boat back to a standard tiller. This modification simplifies the mechanical steering linkage, eliminates potential points of failure, provides more direct helm feedback, and dramatically opens up the cockpit floor space for active crew work during club racing.

The Verdict

The Elan 310 is a brilliantly executed, forward-thinking cruiser-racer that successfully brought grand-prix design concepts to the entry-level market. It remains an ideal choice for performance-minded couples or young families who want a boat that is genuinely exciting to sail, easily managed short-handed, and capable of double-digit speeds downwind, without sacrificing the comfort of a warm shower and a cozy cabin at the end of the day.

Pros

Exhilarating downwind performance with easy planing capability in moderate breezes.
Twin-rudder configuration delivers exceptional grip, steering control, and resistance to broaching.
Stiff, durable, and osmosis-resistant hull construction utilizing vacuum infusion technology.
Ergonomic cockpit layout and non-overlapping headsails make short-handed sailing effortless.
Striking, modern design with distinctive hard chines that keeps the boat looking contemporary.

Cons

Lively and active ride that requires early reefing and constant attention in gusty conditions.
Low comfort ratio results in a motion that can feel wet, jumpy, and prone to slamming in heavy head seas.
Minimalist interior storage is poorly suited for long-term cruising or extended provisioning.
Aft cabin double berth is relatively short, compromising comfort for taller crew members.
Optional canting wheel steering system adds mechanical complexity and lacks the tactile feedback of the standard tiller.