Design Brief & Intent
The Moorings 50.5 was designed with a clear, functional mission: to deliver maximum living space, direct sailing controls, and durable system setups. Its hull profile, characterized by "broad shoulders" and a massive beam carried all the way aft to a rounded transom, prioritized interior volume and initial form stability. By eliminating the choke points typical of traditional 50-footers, Berret-Racoupeau engineered a deck and interior layout that permits several active crew members to move through the vessel concurrently without bottlenecking. The cockpit layout is a masterclass in modern charter design; the mainsheet is anchored to an overhead GRP arch, keeping the cockpit entirely clear of dangerous traveler lines and freeing up lounging space. This safety-minded design is paired with an exceptionally wide companionway featuring shallow, gently sloped steps and stout handholds rather than a steep vertical ladder.
Below deck, the joinery and finish speak to the vessel's utilitarian-luxe intent. Rather than high-maintenance varnished exotic hardwoods, the interior is finished in durable, easy-to-clean marine laminates and synthetic trim, accented by Alpi wood veneers that maintain their luster under heavy exposure to Caribbean humidity. The linear galley along the port side is designed to maximize counter space, incorporating deep-set refrigeration units and integrated safety rails, ensuring that cooking remains safe even when the boat is heeling. This design successfully challenges standard luxury monohulls of the era by trading custom joinery for low-maintenance, industrial-grade components that keep the boat in service rather than in the yard.
Variations & Configurations
While private Beneteau Oceanis 50 models of the era were offered in two- or three-cabin layouts with deeper draft options, the Moorings 50.5 was strictly built to fleet specifications, resulting in remarkable standardization across the production run. The standard layout consists of four double cabins (two forward and two aft), each serviced by its own dedicated en-suite head. A tiny, additional crew cabin with a single berth and its own head is nestled into the extreme forepeak, accessed via a deck hatch—increasing the official layout to a five-cabin, five-head configuration.
In terms of the rig, the boat features an easily handled fractional sloop configuration with double aft-swept spreaders, running an in-mast roller-furling main and a moderate-overlapping furling genoa. The keel is a cast-iron bulb drawing approximately 6.56 feet (2.0 meters), which strikes a deliberate compromise between deep-water windward performance and shoal-water accessibility in common charter grounds like the Bahamas and the British Virgin Islands. Propulsive power is standard across the line, featuring a robust 110-horsepower Yanmar diesel engine—a massive power plant for a 50-footer, selected to guarantee swift motoring speeds when local winds fail and to run high-output alternators for the massive house battery banks.
Sailing Performance & Handling
Under sail, the Moorings 50.5 reveals a surprising degree of nimbleness that belies its voluminous aesthetic. This responsiveness is largely a factor of its hull shape and modern design ratios. With a Sail Area-to-Displacement ratio (SA/Disp) of 20.6, the boat carries plenty of canvas relative to its 27,954-pound dry displacement, meaning it can easily find its footing in light and moderate airs. Its Displacement-to-Length ratio (Disp/LWL) of 154.36 characterizes the hull as light-to-moderate, allowing the boat to accelerate cleanly downwind and transition into a comfortable groove without the sticky feel of older, heavier-displacement cruising hulls.
The twin-wheel helm configuration provides excellent line-of-sight forward along either deck, and the mechanical cable steering system provides light, immediate feedback. However, the boat’s Comfort Ratio of 24.07 indicates that its motion in a seaway is livelier than that of a traditional heavy-displacement blue-water cruiser. This lighter motion is the trade-off for its flat-water speed and quick acceleration. Furthermore, its Capsize Screening Formula score of 2.08 sits slightly above the traditional offshore racing limit of 2.0. This elevated score is a direct consequence of the boat's massive 15.81-foot beam, which offers immense initial form stability and huge interior volume, but dictates that skipper and crew must actively manage the sail plan and reef early when encountering heavy ocean swells.
Market Snapshot & Economics
On the secondhand brokerage market, the Moorings 50.5 represents a unique economic proposition. Because the vast majority of these hulls spent their formative years in hard charter service, they command a significant value discount compared to privately owned, low-hour sister ships of the Beneteau Oceanis 50 line. The price-to-volume ratio of a used Moorings 50.5 is nearly unmatched, offering cruising families or prospective liveaboards a modern 50-foot hull for the price of a much older or smaller premium yacht.
However, buyers must approach the purchase with a clear-eyed understanding of the "charter tax". While charter companies like The Moorings maintain rigorous scheduled maintenance programs, the constant cycle of inexperienced charter guests translates to high engine hours (often exceeding 4,000 to 5,000 hours on the Yanmar auxiliary) and accelerated wear on high-traffic elements like interior sole laminates, head pumps, cabinet hinges, and the gelcoat of the transom and swim platform. Prospective owners must budget for an immediate post-purchase refit, focusing heavily on renewing the standing rigging, upgrading aged sail inventories, and modernizing DC electrical systems, as these are typically worn down to the end of their service lives by the time a vessel exits charter service.
Known Issues & Triage
When surveying a used Moorings 50.5, specific structural and system vulnerabilities require close attention. First is the cast-iron bulb keel. Unlike lead keels, cast iron is highly prone to surface rust and scaling if the protective epoxy coating is chipped or compromised. If left unaddressed, water can work its way up the stainless steel keel bolts, requiring the keel to be dropped, the mating surfaces re-sealed, and the bolts checked for crevice corrosion.
Secondly, the deck is constructed as a balsa-wood sandwich. In highly trafficked fleet boats, stanchions, cleat bases, and handrails are frequently subjected to hard side-loads from dockings and tender impacts. Over time, the sealant around these fasteners degrades, allowing deck water to penetrate the balsa core. A thorough moisture-meter survey of the deck around the stanchion bases is mandatory to avoid costly core-rot repair.
Finally, the plumbing and electrical systems of a five-head yacht are inherently complex. The original sanitation hoses used in charter fleets are prone to calcium buildup and odor permeation, which frequently requires a complete re-plumbing of all four (or five) head compartments. The wiring behind the main DC panel, though neatly routed by Beneteau initially, often shows signs of erratic DIY repairs or "quick fixes" performed during charter turnarounds, requiring a systematic sorting and labeling of the primary DC circuits.
Modernization & Upgrades
For cruising owners looking to transition a retired Moorings 50.5 into a comfortable, long-range cruiser, several upgrades have become standard. First among these is a complete conversion of the house battery bank to lithium iron phosphate (LiFePO4) chemistry. The original lead-acid or AGM house banks are rarely sufficient to run the onboard air conditioning and refrigeration systems without running the diesel generator for hours on end. Retrofitting a high-capacity lithium bank allows owners to run the air conditioning directly off the inverter overnight, greatly reducing noise and fuel consumption.
Complementing the lithium upgrade is the installation of a custom solar arch. The standard GRP mainsheet arch and bimini frame provide an excellent foundation for mounting high-efficiency solar panels without spoiling the lines of the boat. Finally, because these boats were delivered with basic, fleet-standard navigation packages, modernizing the electronics suite is a common priority. Replacing the legacy chartplotter—originally mounted under the cockpit table—with modern, multi-function displays at the helms, and integrating modern radar and an upgraded Class B AIS transceiver, elevates the 50.5's safety margin for true blue-water and night passages.
The Verdict
The Moorings 50.5 remains one of the most cost-effective entry points into the 50-foot cruising class, delivering immense living volume, reliable sailing characteristics, and straightforward handling. While purists may balk at its charter-oriented design cues and lighter motion in rough seas, its rugged build, clever deck layout, and unmatched space-per-dollar value make it an incredibly compelling choice for large cruising families, charter operators, or liveaboard couples seeking a modern, easily managed home on the water.
Pros
- Unmatched interior volume and accommodation density with a four- or five-cabin layout.
- The GRP mainsheet arch keeps the cockpit entirely clear of dangerous traveler lines and mainsheet snarls.
- Powerful 110-horsepower Yanmar engine provides excellent motoring speeds and high alternator output.
- Highly forgiving sail-handling and deck layout that can easily be managed shorthand from the twin helms.
- Accessible, standardized parts and straightforward systems designed for rapid maintenance and repair.
Cons
- Lower motion comfort in heavy seas compared to heavier-displacement traditional cruising boats.
- High likelihood of significant wear, cosmetic blemishes, and high engine hours from previous charter service.
- Massive 15.81-foot beam results in a high capsize screening ratio, requiring careful sail management in offshore survival conditions.
- High complexity of maintaining four or five separate marine heads and their associated plumbing.
- Cast-iron keel demands vigilant maintenance to prevent rust, scaling, and eventual keel-bolt corrosion.
