The Moody 46 CC Cruising Sailboat Review and Boat Tour

Tim Labute analyzes the Moody 46 Center Cockpit for Practical Sailor, evaluating an offshore cruising monohull designed to balance bluewater capability with liveaboard comfort. Penned by British yacht designer Bill Dixon and constructed in the UK by Marine Projects and Moody Yachts between the late nineties and early 2000s, the design yielded a total production run of 55 completed vessels. Engineered as an ocean-going passage maker, the vessel emphasizes heavy-displacement sea-keeping and sensible shorthanded handling over racing performance.

With an overall length of just over 46 feet and a beam spanning over 14 feet, the hull form establishes substantial interior living volume without developing excessive topside windage. Displacement registers at approximately 30,000 pounds, supported by a ballast ratio of 32 percent to deliver a planted, predictable motion in demanding sea conditions. The hull was built using hand-laid fiberglass with solid laminate beneath the waterline and a cored deck structure. Buyers were offered two underwater configurations: a standard 6-foot fin keel or a shoal draft version drawing five and a quarter feet for shallow anchorages.

Masthead Sloop Rig and Conservative Sail Handling

The sail plan centers on a masthead sloop arrangement configured with in-mast mainsail furling and a roller-furling genoa on most production hulls. Dixon chose a moderate aspect ratio rig with a sail area to displacement ratio around 15, prioritizing manageable control during shorthanded passages over high-speed light-air acceleration:

“A smaller sail plan is actually much better for a couple who are going cruising because it’s safer and less exhausting to deal with.”

Hull chainplates are through-bolted directly into the solid hull laminate, complemented by oversized deck hardware designed for extended ocean wear. When rising winds force faster, lighter competitors to reef early, the Moody maintains hull balance and predictable helm manners under working canvas.

Center Cockpit Architecture and Seagoing Compromises

Positioning the steering station above the engine room creates a deep, secure cockpit environment flanked by high fiberglass coamings that deflect breaking spray. Running rigging is led directly into the helm enclosure, permitting short-handed watchkeepers to handle trim adjustments without venturing onto open decks. While central cockpits gained early prominence during the seventies through builders like Morgan, the layout imposes notable operational compromises on daily cruising routines.

Unlike contemporary aft-cockpit cruising boats, the midships helm structure eliminates direct walk-through transom access. Boarding the vessel from the water requires deploying a dedicated swimming ladder, while crew stepping aboard from a floating dock face high coamings to negotiate. Tim Labute underscores that the arrangement prioritizes bluewater safety above harbor leisure:

“Center cockpits are for people who want to make miles in a rough sea, not for dock queens or party boats, and that’s a good thing.”

Three-Cabin Accommodation and Walkthrough Galley

Below decks, the elevated center cockpit frees up substantial volume to create an expansive full-beam aft owner stateroom. This primary suite incorporates a centerline island queen berth, deep hanging lockers, and a private ensuite head equipped with a separate dedicated shower stall. Forward of the main living spaces, a private guest stateroom houses a traditional V-berth with an adjoining second head, while most completed boats feature an adaptable third cabin configured as twin bunks or a dedicated navigation office.

The central saloon features wraparound settee seating opposite a full-sized navigation station. Connecting the main living salon to the aft owner stateroom, the linear walkthrough galley is situated low within the hull to minimize vertical acceleration during meal preparation at sea. Fitted with deep fiddled timber countertops, extensive refrigeration units, and custom teak joinery, the galley provides secure bracing points during rough offshore passages.

Machinery Access, Long-Range Tankage, and Watertight Bulkheads

Auxiliary propulsion is supplied by a Yanmar 75 or Yanmar 100 diesel engine positioned along the hull centerline directly beneath the cockpit sole. Removable side and end panels provide direct access to oil filters, belts, and mechanical pumps for offshore servicing. Owners report cruising speeds under power ranging between 7 to 8 knots, supported by an efficient hull shape that keeps fuel consumption moderate.

Long-range voyaging capacity is anchored by fuel storage exceeding 130 gallons and fresh water capacity exceeding 200 gallons. Structural safety features include molded non-skid deck patterns, heavy stanchions, robust cabin handrails, and watertight bulkheads separating both the forward anchor locker and the machinery space from living accommodations. The stern is typically fitted with heavy davits or an arch designed for tender handling and solar panel installations.

Mild Steel Keel Studs and Surveying Considerations

Prospective purchasers of Moody yachts built by Marine Projects must address a known mechanical quirk regarding keel fastenings. Marine Projects installed mild steel keel studs across multiple production models during this manufacturing period, securing the external cast iron keel into tapped receivers. Over time, seawater accumulating within the bilge can cause surface corrosion along the exposed upper stud threads, occasionally generating unnecessary alarm among surveyors accustomed solely to modern stainless steel fastenings.

Tim Labute highlights guidance from an experienced owner forum advising buyers to verify whether corrosion is purely superficial:

“Before rushing to change your keel studs, do a search for keel bolts on the forum.”

“In most cases, the corrosion is just cosmetic and can be corrected by wire brushing and repainting.”

When extracting a stud for physical testing, the bilge must be pumped dry and cleaned thoroughly to prevent water or debris from falling into the internal cast iron threads. The stud frequently unthreads along with the retaining nut, requiring a refreshed sealant joint upon reinstallation. Dropping the keel entirely is only necessary when physical evidence demonstrates structural joint failure, such as water weeping from the hull-to-keel seam during haulout:

“What you don’t want is water penetrating into the joint as far as the keel studs.”

Technical Specifications of the Moody 46 Center Cockpit

The table below details the official dimensions, rig parameters, mechanical specifications, and tankage capacities of the Bill Dixon-designed Moody 46 Center Cockpit:

Florida Brokerage Listing and Maintenance Considerations

To illustrate market realities, Tim Labute examines a 1999 Moody 46 listed for sale in Florida at an asking price of 165 grand. This specific vessel is fitted with a low-hour Yanmar 4J diesel, an auxiliary bow thruster, a six and a half kilowatt generator, a custom hard dodger, marine air conditioning, and the shoal draft keel paired with an ICW-friendly 63 ft mast.

A detailed pre-purchase inspection reveals several maintenance tasks requiring attention: a leaking fixed portlight in the aft master berth, approximately 6 ft of starboard teak cap rail requiring replacement alongside general refinishing, worn bimini canvas and helm covers, a watermaker pickled in storage for over 8 years, a non-cooling forward air conditioning unit, and original teak decks that were previously epoxied, primed, and sealed. For comparison, Labute references a 1995 Passport 47 available in Florida for identical money with the same auxiliary engine, offering buyers a fully outfitted alternative.

Beyond hull evaluations, Labute references a newly published technical guide by Practical Sailor exploring line stitching techniques as an alternative to conventional rope splices, capable of exceeding the breaking strength of the underlying line.

Frequently Asked Questions