Variations & Configurations
The Hunter e36 was offered in two primary configurations: the standard coastal cruiser and the more spirited Performance package. For sailors who prioritize sailing characteristics over ultimate shoal accessibility, the e36 Performance represents the pinnacle of this hull design. It is defined by a deep, high-aspect fin keel drawing 6 feet 6 inches, cast in lead, which provides a significantly lower center of gravity than the standard 5-foot shoal-draft wing keel. Additionally, the Performance package leverages the inherent advantages of Hunter’s signature backstay-less B&R rig. Rather than utilizing the ubiquitous but performance-robbing in-mast furling system, the Performance edition features a standard-height mast paired with a fully battened, high-roach fathead mainsail. This square-top sail design increases the total mainsail area by approximately 12 percent, maximizing aerodynamic efficiency. The package is rounded out with upgraded Lewmar 46 primary winches mounted within arm's reach of the helmsman, a folding propeller to reduce underwater drag, and an upgraded electronics suite. Aside from the rig and keel configurations, propulsion was a notable area of variation. While the vast majority of hulls were delivered with a reliable 29-horsepower Yanmar diesel engine, Hunter also offered a vanguard hybrid electric option. Known as the e36 EPower, this variant was built in partnership with Elco Electric Company, integrating a 72-volt AC electric motor with a diesel generator for long-range cruising under whisper-quiet electric power.
Sailing Performance & Handling
With the Performance package specified, the e36 defies traditional expectations of a beamy production cruiser. The sail area to displacement ratio stands at an impressive 21.84, highlighting the substantial driving force generated by the tall fractional B&R rig and the fathead mainsail. This high-efficiency sail plan allows the boat to accelerate effortlessly in light air and maintain a competitive pace when sailing upwind. The displacement-to-length ratio of 233.46 indicates a moderate displacement hull. At roughly 15,700 pounds of displacement, the e36 possesses enough physical mass to punch through a standard coastal chop without losing forward momentum, yet it remains nimble enough to respond instantly to the helm. The ballast-to-displacement ratio of 32.13 percent, combined with a capsize screening value of 1.97, demonstrates that the boat relies heavily on its wide, flat-bottomed form stability to stay upright. Under sail, the e36 is exceptionally stiff initially, though its wide beam and 1.97 capsize ratio place it firmly in the category of coastal and offshore cruisers rather than specialized ocean passage-makers. The comfort ratio of 26.28 suggests a relatively lively motion in a seaway, though Henderson’s "bow hollow" design—a subtle concave entry behind the plumb bow—helps ease the vessel into head seas, reducing the severe slamming motion common in flatter-bottomed designs of the era. The helm is light and responsive, though the lack of a backstay means the rig relies on 30-degree swept-back spreaders, which limits the angle to which the mainsail can be eased when sailing dead downwind.
Known Issues & Triage
While the build quality of the e36 was a step forward during the Marlow transition, owners and prospective buyers must remain vigilant regarding several model-specific technical issues. Chief among these is the complex nature of the B&R rig. Because the rig has no backstay, the mast relies entirely on a tripod shroud configuration to maintain tension on the forestay. Achieving proper headstay tension requires substantial static rig tension, which must be tuned with precision. The diagonal intermediate shrouds can only be adjusted from aloft, making proper rig tuning a chore that is frequently neglected. Over time, an undertensioned rig can result in mast pumping or structural fatigue, and surveyors must carefully inspect the swage fittings and spreader ends for wire deformation or fishhooks. Furthermore, the cockpit’s stainless steel traveler arch is a high-load attachment point for the mainsheet traveler. The mounting bases of the arch on deck are prone to stress cracking and gelcoat crazing; if left unaddressed, water can migrate into the balsa-cored deck sandwich, causing localized rot and softening of the laminate. The balanced spade rudder also warrants a close look, as the upper and lower rudder bearings are known to develop play or slop over years of active use. Finally, the under-deck shroud chainplates must be checked regularly for water seal integrity, as leaks here can drip directly onto the internal Plexus-bonded fiberglass grid structure, leading to crevice corrosion of the stainless steel bolts.
Modernization & Upgrades
As these hulls age, modern owners are heavily focused on system modernization, particularly regarding electrical power and efficiency. The e36’s wide interior and deep storage lockers are ideal candidates for lithium-iron phosphate battery conversions. Many owners are replacing the aging factory AGM house banks with lithium cells to power energy-hungry appliances like microwaves, refrigeration units, and modern inverter systems without the need for constant engine idling or generator runs. For the rare e36 EPower hybrid electric models, modernization often involves completely overhaul-replacing the original lead-acid traction battery bank with a lightweight lithium-ion array, which dramatically improves the electric motoring range and sheds significant weight from the boat’s center of gravity. Rigging upgrades are also common, with owners of standard in-mast furling models opting to retrofit higher-performance, laminate sails to recover some of the sailing efficiency lost to the flat-cut, hollow-leech furling mainsails. Similarly, standard fixed-three-blade propeller configurations are frequently upgraded to low-drag folding or feathering propellers to mirror the performance of the factory-optioned Performance versions.
Market Snapshot & Economics
In the pre-owned market, the Hunter e36 Performance occupies a unique and relatively scarce niche. Because of its limited two-year production run during a challenging economic period for the marine industry, it is far less common than earlier, mass-produced Hunter models like the 356 or the standard 36. As a result, the e36 Performance commands a noticeable price premium on the brokerage market compared to its older siblings. It tends to hold its value well, attracting buyers who want the reliable, spacious accommodation of a Hunter but demand the sailing characteristics of a true cruiser-racer. Potential buyers should expect the economics of refitting an e36 Performance to be slightly higher than standard cruisers. High-performance, fully battened sails with deep roaches or square tops are more expensive to manufacture and maintain than simple furling sails, and the B&R rig’s high-tension rigging wire demands professional tuning, which should be factored into any purchase-and-refit budget.
The Verdict
The Hunter e36 Performance is a triumph of evolution over revolution, successfully taking the highly liveable, volume-heavy cruising layout that made Hunter a household name and wedding it to a hull shape that is genuinely rewarding to sail. Thanks to naval architect Glenn Henderson's design tweaks, the e36 Performance stands as one of the best-handling midsize cruisers of its era, delivering impressive light-air acceleration and excellent upwind pointing ability when equipped with the deep fin keel and fathead mainsail. While the B&R rig introduces minor limitations in downwind sailing angles and requires meticulous tuning, the overall package offers a superb balance of speed, comfort, and dockside utility that is hard to match in a 36-foot hull.
- Pros
- High sail area to displacement ratio ensures excellent light-air performance and responsiveness.
- Large, elongated cockpit made possible by the extended platform transom and aft-shifted helm.
- Stiff initial stability and well-balanced Henderson hull design that reduces head-sea slamming.
- Bright, incredibly spacious interior with 6 feet 5 inches of headroom and abundant natural light.
- Upgraded deck hardware and larger winches as part of the factory Performance package.
- Cons
- High-tension B&R rig has no backstay, making precise tuning complex and requiring aloft work to adjust.
- Swept-back spreaders restrict boom travel, preventing efficient deep downwind sailing and causing sail chafe.
- Stress cracking and gelcoat crazing can occur around the high-load cockpit arch mounting bases.
- Rudder bearings are prone to developing play and require periodic monitoring and replacement.
- Limited production run makes the Performance configuration difficult to find on the pre-owned market.
