Pearson Rhodes 41 Sailboat Review, Specs, and Listings

Philip Rhodes·1961 – 1967·~50 hulls·Pearson Yachts
Pearson Rhodes 41 drawingBuilder drawing
Hull Type
Monohull · long
Rig
Masthead Sloop
LOA
40.83' · 12.44 m
Disp.
18,800 lbs · 8,528 kg
First year
1961

The Pearson Rhodes 41 is one of those rare fiberglass racercruisers from the early 1960s that has aged into a genuine cult object without losing its working edge. Derived from the Bounty II and built from the same mold that Grumman/Pearson acquired in 1961, the design carries Rhodes design number 658 in the archives and was produced as a Philip Rhodes sloop from the early sixties through 1968, with roughly fifty examples launched anchor. What separates it from the boat it grew out of is a set of deliberate Pearson revisions: more freeboard, lead ballast where the Bounty II had iron, a mast moved aft, and an engine shifted behind the companionway.

Measurements

Dimensions 01

Length Overall
40.83 ft
Length on deck
Waterline Length
28 ft
Beam
10.25 ft
Draft
5.75 ft
Maximum Headroom
Air Draft

Construction & hull 02

Construction
Fiberglass
Hull Type
Monohull
Keel Type
Long
Rudder
1× Attached
Ballast
8,075 lbs (Lead)
Displacement
18,800 lbs
Water Capacity
Fuel Capacity

Rig & sails 03

Rigging Type
Masthead Sloop
Mainsail luff
40.5 ft
Mainsail foot
18 ft
Foretriangle height
46.5 ft
Foretriangle base
15.5 ft
Forestay Length (estimated)
49.02 ft
Sail Area
725 sqft

Calculations 04

Sail Area to Displacement Ratio
16.4
Ballast to Displacement Ratio
42.95
Displacement to Length Ratio
382.33
Comfort Ratio
41.1
Capsize Screening Ratio
1.54
Hull Speed
7.09 kn

Design and Construction

The Rhodes 41 is a solid-fiberglass hull with encapsulated lead ballast, and the laminate is anything but modest — alternating layers of 24-ounce woven roving and 1.5-ounce mat build a hull skin thick as a plank, which Practical Sailor credited with limiting concern over fatigue cycle-loading and flexing that could invite delamination or keel failure anchor. That encapsulated ballast carries a real ownership benefit: there are no keelbolts to inspect. The deck is another matter, being cored rather than solid, and some boats show localized delamination and water intrusion — a known weak spot, though small affected areas can be stabilized with epoxy injection. Where the Pearson diverges from the Aero Marine Bounty II, it eliminated the bulwark, adopted an inward-turning hull-to-deck joint with a mechanically fastened teak toerail, and split the large coachroof window into two smaller units with FRP reinforcement, a change that improved both looks and cabinhouse structure.

Rig and Handling

As a masthead sloop with a relatively short, low-aspect-ratio rig and a sail-area-to-displacement ratio around 16.5, the 41 is no light-air greyhound. Her long keel is thick at the foot and wide in the garboard, adding wetted surface that means she needs a breeze to get rolling; once the beat gives way to a reach, though, the boat comes alive. At 40.83 feet overall on a 28-foot waterline, with a 10.25-foot beam and 18,800 pounds displacement against 8,075 of lead, she is narrow and deeply ballasted — qualities that yield a capsize screening figure of 1.54 and let her recover from a deep capsize. The attached rudder draws no rebellious traits, and the short waterline actually lengthens as she heels or squats with speed. Practical Sailor found her easy to handle shorthanded and praised her kind motion and directional stability at sea.

Accommodations

Inside, the Pearson is stick-built rather than liner-produced, with bonded gussets and tabbed bulkheads — more laborious to construct but durable. The simple layout gives four usable sea berths in the most stable part of the boat, a split galley with stove to one side and a big ice box opposite, and forward of the keel-stepped mast a compact private head with lockers beside a conventional V-berth. Owners appreciate the good-sized aft cockpit, and the cabin carries opening ports, substantial hardware, and a teak sole for a traditional feel. The trade-off is the lack of a dedicated sit-down chart table, which can disappoint the navigation-minded, and the space under the companionway ladder is so tight that even the Atomic 4 auxiliary was a squeeze.

Known Issues

Beyond the cored-deck delamination already noted, the tight engine bay deserves a buyer's respect: access to shaft packing may be difficult, and the venerable Atomic 4 was the practical original fit. Earlier hulls carried monel tanks, a nearly inert metal well suited to the purpose. The thick hull laminate is a friend here — where blistering has appeared, the skin can be repaired without threatening structure, and the hand lay-up with high-quality polyester gives better-than-average blister resistance. Many of these classic plastics still pass survey without drama.

Refits and Ownership

Because Pearson delivered only a battery switch and minimal fuse panel, most owners rewire from scratch if they want a modern DC platform. Repowering is constrained by the ladder footprint: one owner's solution was a 27-horse Westerbeke, the largest block that would fit the space. For those inclined, the rig can be reconfigured as a double-headsail cutter with a stowed inner forestay and supporting runners, or alternatively a Solent stay can be fitted to avoid the runners. Light-air drifters and asymmetric spinnakers can be flown from a purpose-structured anchor roller or removable sprit. A Bounty II once gained a counter-mounted spade rudder for a Transpac class win, showing the hull's tolerance for modification.

The Verdict

Nearly all of the approximately fifty built are still afloat, and a Restless took the overall Newport–Bermuda trophy in 2000, underscoring that this is a seaworthy, cost-effective passage maker for sailors who value simplicity over polish. She is a viable bluewater candidate for budget-minded cruisers who adore versatility and can live without a chart table.

Pros

  • Thick solid-fiberglass hull with no keelbolts to inspect
  • Encapsulated lead ballast and narrow-beam capsize recovery
  • Stick-built interior and traditional finish with good-sized aft cockpit
  • Easy shorthanded handling with kind motion and directional stability

Cons

  • Cored deck prone to localized delamination and water intrusion
  • Tight engine bay limits repower options and shaft-pack access
  • Modest rig and heavy wetted surface need wind to perform
  • No dedicated sit-down chart table

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