Pearson 424 Cutter Sailboat Review, Specs, and Listings

William Shaw·1978 – 1984·~225 hulls·Pearson Yachts
Pearson 424 Cutter drawingBuilder drawing
Hull Type
Monohull · fin
Rig
Cutter
LOA
42.33' · 12.9 m
Disp.
22,000 lbs · 9,979 kg
First year
1978

The Pearson 424 Cutter stands among the more serious bluewater cruising yachts to emerge from American production yards during the late 1970s and early 1980s. Designed by William Shaw and built by Pearson Yachts from 1978 to 1984, with approximately 225 to 227 hulls completed, the 424 represents a mature expression of the era's offshore cruising philosophy: heavy displacement, generous tankage, and a layout conceived around extended passages rather than weekend daysailing. At 42 feet on deck with a 34foot waterline, she carries enough volume to offer genuine threecabin accommodation without compression, and enough ballast to sail confidently in the conditions a bluewater passage will inevitably produce.

Measurements

Dimensions 01

Length Overall
42.33 ft
Length on deck
Waterline Length
33.67 ft
Beam
13 ft
Draft
Maximum Headroom
Air Draft
51.67 ft

Construction & hull 02

Construction
Fiberglass
Hull Type
Monohull
Keel Type
Fin
Rudder
1× Skeg-Hung
Ballast
7,600 lbs (Lead)
Displacement
22,000 lbs
Water Capacity
170 gal
Fuel Capacity
80 gal

Rig & sails 03

Rigging Type
Cutter
Mainsail luff
41 ft
Mainsail foot
14.5 ft
Foretriangle height
47.25 ft
Foretriangle base
18.2 ft
Forestay Length (estimated)
50.63 ft
Sail Area
728 sqft

Calculations 04

Sail Area to Displacement Ratio
14.83
Ballast to Displacement Ratio
34.55
Displacement to Length Ratio
257.3
Comfort Ratio
30.79
Capsize Screening Ratio
1.86
Hull Speed
7.78 kn

Design and Construction

The Pearson 424 is a fiberglass fin-keel cutter with a skeg-hung rudder, a configuration Shaw chose for its balance of tracking stability and maneuverability offshore. The 424 evolved directly from the earlier Pearson 390 and 419, and the same hull was later carried forward into the Pearson 422, giving the platform a longer lineage than its production run alone would suggest. Displacement sits at roughly 21,000 to 22,000 pounds depending on configuration, placing the 424 firmly in the heavy-cruiser category where heavier boats cut through waves rather than hobby-horsing over them. The ballast-to-displacement ratio of roughly 43 percent is notably robust for the type, conferring stiffness and a rapid return to upright that cruising couples sailing shorthanded will appreciate in a building sea.

Rig and Sail Plan

The standard rig for the 424 was a ketch, with a sloop option also available for buyers who preferred simplicity or superior windward performance. The cutter variant offers a third configuration centered on a divided headsail plan well suited to offshore work, where a staysail can be carried while rolling up or reefing the yankee in deteriorating conditions. The ketch's sail areas break down to 385 square feet of mainsail, 460 square feet of foretriangle, and 120 square feet of mizzen, producing a sail-area-to-displacement ratio of 16.51 — moderate, which is exactly the point. The 424 is not a boat designed to fly; the rig is sized to keep the boat moving reliably in 10 to 20 knots without overpowering a shorthanded crew in the upper range. The foretriangle height of 57 feet 6 inches gives enough hoist for a large reaching headsail when the breeze drops, and the mizzen adds useful balance and a convenient platform for a wind vane or radar arch.

Accommodations and Livability

Where the 424 distinguishes itself from smaller production cruisers of the period is in its use of length below decks. Designer Shaw used the 42-foot hull to create two companionways below: one leading directly from the cockpit into the owner's aft cabin and navigation center, and a second amidships accessing the main salon. This arrangement allows the owner's cabin to function as a private sea berth with direct deck access — a significant advantage on passage, where the off-watch crew prefers not to route through the saloon in foul-weather gear. The forward stateroom was designed to match the quality of the owner's quarters aft, with its own washbasin, which elevates the guest experience beyond the typical pipe berth arrangement common on cruisers of this length. Water tankage of 210 US gallons and fuel capacity of 125 US gallons reflect an honest commitment to offshore range rather than marina-hop planning.

Sailing Performance

Numerically, the 424's Motion Comfort Ratio of approximately 36 to 37 is quite high among production cruisers, and owners report that the combination of heavy displacement and a deep, fine bow produces a characteristically deliberate sea motion that suits long passages and liveaboard life. The boat will not accelerate dramatically in a puff or scoot off on a reach the way a lighter fin-keeler will, but it maintains momentum well through wave sequences where lighter boats stall. Hull speed calculates to approximately 7.6 knots, which on a Beaufort 4 to 5 day means the 424 genuinely sails to her numbers rather than requiring a following wind. Shaw described the design as deceptively quick for a cruising boat, a claim most owners find credible in 12 to 20 knots of breeze.

Known Considerations

The Capsize Screening Formula for the 424 falls at approximately 1.86 to 2.01 depending on the variant and configuration used — right on the threshold generally considered very safe for offshore sailing. Buyers should note that the production span and the 390/419/422 lineage means some components, particularly hardware and interior joinery fittings from the late 1970s builds, may show age-related wear that is not unique to this model but is common across the Pearson range of that era. Engine access and the specific machinery installation should be examined carefully on any individual example, as the 424's generous interior volume can result in tight access to mechanical systems tucked beneath settees or behind cabinetry. The Pearson 422 shares the same hull, so parts and structural knowledge are interchangeable between the two models.

Refit Priorities

Owners planning offshore passages typically address standing rigging replacement as a first priority on any 424 purchased with original hardware, given the age of the fleet. The ketch rig adds additional wire lengths and terminals compared to a sloop, and the dual-companionway layout means additional dorade boxes and hatches that benefit from inspection and resealing. The sail inventory, whether ketch or cutter, rewards attention: a properly cut staysail and a well-fitting yankee transform the 424's light-air performance, and a new mainsail with a solid slug track dramatically reduces the effort of shorthanded reefing. The two-stateroom and three-stateroom layouts approached differently in refit terms — the three-stateroom conversion of the workshop and storage area into a forward cabin trades working storage for berths, and owners who cruise extensively often reverse this arrangement.

The Verdict

The Pearson 424 Cutter is one of the more coherent American production bluewater cruisers of its generation. Shaw's design never chased racing performance or fashionable light displacement; instead it delivered a capable, stiff, and genuinely comfortable passage-maker with an interior architecture that respected how people actually live aboard at sea. The dual-companionway layout, generous tankage, and high ballast ratio are not marketing details — they reflect considered decisions that pay dividends on a 30-day passage. Boats aged as this fleet is require careful surveying, but the hull lineage is well understood and the community of owners knowledgeable.

Pros

  • High ballast-to-displacement ratio delivers exceptional stiffness and stability offshore
  • Dual-companionway layout separates owner's quarters from guest and saloon traffic
  • Generous water and fuel tankage suited to extended passages
  • Heavy displacement produces a comfortable, momentum-retaining motion in a seaway
  • Three-cabin option with matched forward and aft stateroom quality
  • Shared hull with Pearson 422 expands parts availability and owner knowledge base
  • Capsize screening figure at or below the offshore safety threshold

Cons

  • Heavy displacement limits light-air performance and demands careful sail trim
  • Ketch rig adds rigging complexity and inspection burden
  • Age of the fleet means standing rigging, mechanicals, and joinery require close survey attention
  • Three-stateroom conversion sacrifices workshop and working storage
  • Engine and system access can be tight behind generous interior cabinetry

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