Bestewind 50 Sailboat Review, Specs, and Listings

Dykstra Naval Architects·2008·KM Yachtbuilders
Approximate drawing

Hover a measurement to read its value

Hull Type
Monohull · bulb
Rig
Fractional Sloop
LOA
49.11' · 14.97 m
Disp.
37,479 lbs · 17,000 kg
First year
2008

The Bestewind 50 represents a sophisticated attempt to bridge the gap between highend custom pedigree and seriesproduction practicality. Introduced in 2008 by KM Yachtbuilders in Makkum, Netherlands, this 49foot pilot cutter was conceived as a fiberglass sibling to Gerard Dykstra's famous custom aluminum yacht, the Bestevaer II. Designed by Dykstra Naval Architects, the Bestewind 50 captures the distinctive traditional styling, vertical bow, and protective pilothouse of her custom aluminum predecessors while utilizing GRP sandwich construction to bring a premier cruising concept to a broader audience. The result is a robust, oceangoing cruiser that stands out on the water and offers exceptional safety and comfort for shorthanded longdistance voyaging.

Measurements

Dimensions 01

Length Overall
49.11 ft
Length on deck
Waterline Length
45.01 ft
Beam
14.44 ft
Draft
7.05 ft
Maximum Headroom
6.56 ft
Air Draft
70.54 ft

Construction & hull 02

Construction
Plastic/Polyethylene
Hull Type
Monohull
Keel Type
Bulb
Rudder
1× Spade
Ballast
12,346 lbs (Lead)
Displacement
37,479 lbs
Water Capacity
164 gal
Fuel Capacity
159 gal

Rig & sails 03

Rigging Type
Fractional Sloop
Mainsail luff
60.7 ft
Mainsail foot
20.67 ft
Foretriangle height
58.23 ft
Foretriangle base
17.16 ft
Forestay Length (estimated)
60.71 ft
Sail Area
1,308.89 sqft

Calculations 04

Sail Area to Displacement Ratio
18.7
Ballast to Displacement Ratio
32.94
Displacement to Length Ratio
183.49
Comfort Ratio
35.78
Capsize Screening Ratio
1.73
Hull Speed
8.99 kn

Design Brief & Intent

The foundational design brief for the Bestewind 50 was defined by three core principles: safety, comfort, and speed. Unlike typical mass-production yachts of her length, which often maximize interior volume at the expense of heavy-weather capability, the Bestewind 50 was built specifically for the unforgiving conditions of high-latitude sailing and transoceanic passages.

At the heart of her offshore identity is the distinctive pilothouse, which provides a fully protected, double-glazed refuge featuring a 360-degree view. This space serves as the primary watchkeeping station, housing the helm, navigation instruments, and a comfortable seating arrangement. It allows the crew to stand watch under complete shelter without losing visual contact with the horizon.

Below deck, the layout reflects the builder’s Dutch yacht-building heritage, featuring high-quality mahogany joinery combined with classic off-white paneling. The fit-out is optimized for life at sea, with deep fiddle rails, secure handholds, a highly secure U-shaped galley for cooking while heeled, and berths equipped with lee cloths. Compared to her competitor market, which is saturated with spacious but easily unsettled coastal cruisers, the Bestewind 50 is a purpose-built passage maker meant to handle heavy seas with minimal drama.

Variations & Configurations

Though conceived as a series-built model to control costs, KM Yachtbuilders constructed each Bestewind 50 to semi-custom standards, allowing for notable variations. Under water, the standard keel is a modern fin with a bulb drawing 2.15 meters, but some hulls were delivered with a deep 2.50-meter keel or a shoal-draft option drawing 1.80 meters to expand cruising ground options.

Rigging variations are also common among existing hulls. While the standard rig is an aluminum fractional sloop, several hulls were delivered with high-performance carbon spars, rod rigging, and cutter configurations featuring removable inner forestays.

Accommodation plans generally focus on a three-cabin layout, featuring an owner’s stateroom forward with a central or offset double berth, flanked by two guest cabins aft. Alternatively, owners could opt for a two-cabin layout that converted one of the aft cabins into a massive, dedicated utility and storage locker, which is highly prized by long-term cruisers for housing generators, watermakers, or washing machines.

Sailing Performance & Handling

The Bestewind 50 exhibits the sea-kindly and highly stable flight characteristics typical of Dykstra's designs. At 37,479 pounds displacement, she is a moderately heavy yacht, but her modern underwater profile with a straight bow maximizes the water-line length relative to her overall length. With a displacement-to-length ratio of 183.49, she sits in the sweet spot for a modern cruising yacht—solid enough to carve through chop without hobby-horsing, yet light enough to easily run at high daily averages.

Her sail area to displacement ratio of 18.7 provides ample power, meaning she does not require a gale to get moving, despite her robust construction. The boat maintains a balanced helm even when pressed, largely thanks to a generous ballast-to-displacement ratio of 32.94% and a deep, high-aspect Jefa rudder that ensures steering remains responsive in challenging following seas.

With a capsize screening ratio of 1.73, the Bestewind 50 is exceptionally well-suited for ocean voyaging, indicating a high resistance to roll-over in extreme conditions. Her comfort ratio of 35.78 guarantees a gentle motion that reduces crew fatigue, making long watch rotations manageable for a couple sailing on their own.

Market Snapshot & Economics

Because KM Yachtbuilders specialized in custom aluminum builds, the GRP Bestewind 50 was produced in relatively small numbers. Consequently, these boats are rare on the secondary market. They command a significant premium compared to mass-market production boats of the same era, reflecting their high build quality and offshore reputation.

Purchasing a used Bestewind 50 represents a high-value entry point into the premium Dutch pilot-cutter market. While they are expensive compared to mainstream fiber-reinforced polymer models, they trade at a considerable discount compared to their fully custom, aluminum Bestevaer counterparts. Maintenance costs are predictable and generally lower than those associated with maintaining an unpainted aluminum hull, which requires rigorous vigilance against galvanic corrosion.

Modernization & Upgrades

As hulls from the early production years age, owners are focusing refits on modernizing auxiliary systems to match today's cruising standards. The standard Esthec synthetic teak decking, used for low maintenance, is incredibly durable but can require professional deep-cleaning or seam re-caulking after more than a decade of exposure to UV rays.

Electrical systems are a major focus for modernization. Cruisers are increasingly replacing the original lead-acid house battery banks with high-capacity Lithium Iron Phosphate (LiFePO4) systems. These conversions often include high-output alternators on the Yanmar 75-horsepower engine, along with massive solar arrays mounted on custom stainless-steel aft arches.

Additionally, many original owners chose to upgrade the single-glazed windows in the pilothouse to double-glazed tempered glass units to reduce interior condensation and improve thermal insulation when sailing in colder, high-latitude environments.

The Verdict

The Bestewind 50 is an uncompromising blue-water cruiser that delivers custom-level execution in a semi-production package. It is a connoisseur’s boat, best appreciated by experienced sailors who value physical safety, structural integrity, and the capability of standing watch in dry, climate-controlled comfort.

Pros

  • Exceptional protective pilothouse with 360-degree visibility, ideal for high-latitude and foul-weather watchkeeping.
  • Extremely sea-kindly hull form with a high comfort ratio, ensuring a gentle motion in heavy seas.
  • High-end Dutch construction quality utilizing durable, low-maintenance GRP sandwich materials.
  • Easily handled short-handed with all primary control lines led back to the safety of the cockpit.

Cons

  • Scarce on the brokerage market, making finding an available hull difficult.
  • Commands a high price premium compared to standard production yachts of a similar vintage.
  • Moderately heavy displacement makes her less agile in light, drifting wind conditions.

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