The Marlow-Hunter 50 represents the final evolution of the Hunter Marine flagship line following the brand's acquisition by Marlow Yachts in 2012. Built upon the proven hull of the earlier Hunter 49, the Marlow-Hunter 50 was designed by Glenn Henderson to serve as a high-volume, blue-water capable cruiser for sailors who prioritize ease of handling and domestic comfort. The model was produced in two primary deck configurations: the Marlow-Hunter 50 Aft Cockpit (AC) and the Marlow-Hunter 50 Center Cockpit (CC). While both vessels utilize the same 49-foot, 11-inch hull, they cater to different sailing lifestyles, with the AC version focusing on social cockpit space and a traditional profile, and the CC version offering a luxurious, private aft master suite.
Marlow-Hunter 50 Information, Review, Specs
- Make
- Marlow-Hunter
- Model
- 50
- Builder
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- Designer
- —
- Number Built
Sailing Performance & Handling
Under sail, the Marlow-Hunter 50 is defined by its trademark Bergstrom & Ridder (B&R) rig, a fractional sloop arrangement that eliminates the need for a backstay by utilizing 30-degree swept-back spreaders. This design allows for a large, roachy mainsail that serves as the primary engine of the boat. With a displacement ranging from approximately 32,800 lbs for the aft cockpit to over 35,000 lbs for the center cockpit version, the boat is a heavy-displacement cruiser that requires significant wind to reach its hull speed. As noted in a Cruising World editorial review, the vessel tracks well offshore, benefiting from Henderson’s "bow hollow" and "stern reflex" hull geometry, which is designed to reduce drag and increase directional stability.
In light air, the boat can feel under-canvassed if equipped with the standard in-mast furling main, leading many owners to prefer the optional tall rig, which adds approximately five feet of mast height. Handling is significantly aided by the stainless steel cockpit arch, which keeps the mainsheet traveler clear of the crew and provides high-leverage end-boom sheeting. Maneuverability under power is facilitated by a 75 hp or optional 110 hp Yanmar diesel engine, and the standard twin wheels in the aft cockpit version provide excellent visibility forward and to the leeward rail.
Interior Comfort & Variations
The interior of the Marlow-Hunter 50 is where the "Marlow" influence is most felt, with upgraded woodwork and refined finishing compared to previous Hunter generations. The cabin features an impressive 6’ 9” to 7’ 6” of headroom, creating a sense of volume rarely seen in monohulls of this length. The "Grand Saloon" is characterized by high-gloss finishes and a modular construction technique known as the "Entegra" system, where the interior is built on a structural grid before being bonded into the hull.
Layout variations are extensive. The aft cockpit sibling often features three or four cabins, including a master stateroom forward with an island queen berth and a split head and shower arrangement. Conversely, as detailed in a Sail Magazine analysis, the 50 Center Cockpit variant moves the owner's suite aft, creating a massive private cabin that famously included a "hot tub" under the mattress in early hulls—though this was later made an option in favor of storage. Both variants utilize high-end materials such as Corian countertops and stainless steel handrails, reflecting its position as a flagship cruiser.
Popular Mentions & Media
The Marlow-Hunter 50 and its predecessor, the Hunter 49, gained significant cultural traction within the cruising community through the YouTube series Sailing SV Delos. The early voyages of the crew were conducted aboard a Hunter 49, which shares the identical hull, rig, and many systems of the Marlow-Hunter 50. Their circumnavigation and high-latitude voyages to places like Svalbard served as a practical demonstration of the model's offshore durability, countering long-standing industry skepticism regarding the brand's blue-water capabilities.
Known Issues & Buyer’s Checklist
Prospective buyers should conduct a focused survey on several brand-specific technical areas.
- Mamba Steering System: Unlike many yachts that use cables, the MH50 often uses a Lewmar Mamba drive system. Owners have reported that the bevel gears and torque tubes require precise alignment; any play or "backlash" in the twin helms suggests the system needs maintenance or replacement of U-joints.
- Anchor Locker Drainage: A known "gotcha" involves the anchor locker drain; if blocked, water can weep into the plywood core beneath the forward berth, leading to localized rot.
- Arch Integrity: The stainless steel traveler arch is a high-load component. Inspect the base welds and the fiberglass mounting points for any signs of stress cracking or movement under load.
- HVAC Ducting: On earlier 50CC models, ensure the molded-in air conditioning ducts are clear and not restricted by interior cabinetry, as this can lead to condensation issues in humid climates.
- Bow Kevlar Reinforcement: While the hull is solid glass below the waterline, the bow features a Kevlar layer for collision protection. A surveyor should verify the integrity of this laminate, especially on boats used for extensive offshore work.
Community & Resources
The most active technical resource for this model is the Hunter Owners Association and the specific owner forums at sailboatowners.com. These communities maintain extensive "Knowledge Bases" containing original manuals and upgrade guides for the Marlow-Hunter 50’s complex electrical and plumbing systems.
The Verdict
The Marlow-Hunter 50 is a voluminous, comfort-first cruiser that excels as a liveaboard platform or a tropical trade-wind passagemaker. While it may not satisfy the "purest" sailor looking for light-air agility, its ease of handling and massive interior make it a formidable competitor in the production flagship market.
Pros:
- Exceptional interior volume and headroom.
- Easy short-handed sailing via the B&R rig and cockpit arch.
- Redundant systems and high-capacity tankage for long-range cruising.
- Kevlar-reinforced bow provides added safety for offshore passage-making.
Cons:
- B&R rig configuration limits downwind sailing angles without a specialized sail (e.g., asymmetrical spinnaker).
- Standard rig can be sluggish in light air due to high displacement.
- Complex steering and modular build require specialized knowledge for deep structural repairs.
Measurements
Construction & Hull
- Construction Material
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- Hull Type
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- Keel Type
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- Ballast
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- Displacement
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- Water Capacity
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- Fuel Capacity
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Dimensions
- Length Overall (LOA)
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- Waterline Length (LWL)
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- Beam
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- Draft
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- Max Headroom
- -
- Air Draft
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Rig & Sails
- Rig Type
- —
- P (Main Luff)
- -
- E (Main Foot)
- -
- I (Foretriangle Height)
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- J (Foretriangle Base)
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- Forestay Length (est)
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- Sail Area
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Calculations
- Sail Area / Displacement (SA/D) Ratio
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- Ballast / Displacement Ratio
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- Displacement / Length Ratio (D/L) Ratio
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- Comfort Ratio
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- Capsize Screening Formula
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- Hull Speed
- — kn