Haber 660 Sailboat Review, Specs, and Listings

Janusz Konkol/Henryk Brylski·2005·Haber Yachts
Approximate drawing

Hover a measurement to read its value

Hull Type
Monohull · centerboard
Rig
Gaffhead Sloop
LOA
23.46' · 7.15 m
Disp.
2,976 lbs · 1,350 kg
First year
2005

Designed as a highly capable, pocketsized pilot house motorsailer, the Haber 660 represents a fascinating intersection of traditional workboat aesthetics, Polish craftsmanship, and modern naval architecture. Created by constructors Janusz Konkol and Henryk Brylski and built in Poland by Haber Yachts since 2005, this vessel was engineered to provide genuine cruising comfort and offshore capability in a package that remains trailerlaunchable and easy to handle solo 2. While most builders in the 22to24foot bracket opt for sporty, lowprofile dayboats or basic pocket cruisers, Haber Yachts took a radically different path. They designed a miniature, fully enclosed deck saloon cruiser that prioritizes 360degree visibility, weather protection, and standing headroom, resulting in a vessel that behaves like a much larger yacht.

Measurements

Dimensions 01

Length Overall
23.46 ft
Length on deck
Waterline Length
18.7 ft
Beam
8.2 ft
Draft
4.76 ft
Maximum Headroom
Air Draft
30.51 ft

Construction & hull 02

Construction
Fiberglass
Hull Type
Monohull
Keel Type
Centerboard
Rudder
1× Outboard
Ballast
772 lbs (Lead)
Displacement
2,976 lbs
Water Capacity
Fuel Capacity

Rig & sails 03

Rigging Type
Gaffhead Sloop
Mainsail luff
Mainsail foot
Foretriangle height
Foretriangle base
Forestay Length (estimated)
Sail Area
230.35 sqft

Calculations 04

Sail Area to Displacement Ratio
17.81
Ballast to Displacement Ratio
25.94
Displacement to Length Ratio
203.17
Comfort Ratio
13.85
Capsize Screening Ratio
2.28
Hull Speed
5.79 kn

The defining characteristic of the Haber 660 is its high, well-glazed cabin superstructure, which grants an astonishing six feet and one inch (1.85 meters) of headroom inside a hull measuring just under 22 feet. This design choice elevates the interior living experience far beyond the typical "crawl-in" layouts of competitive trailer sailers. The cabin is bathed in natural light, making it a viable mobile home for extended coastal cruising rather than just a weekend retreat. The build quality reflects the shipyard’s bespoke, semi-custom philosophy; the interior joinery features robust wood finishes, abundant lockers, a dedicated private head compartment, and a functional galley. For a couple, or a family of four utilizing the convertible saloon table berth, it provides a high degree of livability that shields occupants from cold and rain.

Variations & Configurations

Throughout its production run, the Haber 660 has been offered in distinct rig and underbody configurations to suit different environments. The basic sail plan is a gaff sloop (often utilizing a Gunter-type gaff rig), which features an innovative single-halyard system to hoist both the throat and peak simultaneously, keeping sail handling remarkably simple. For sailors looking for more sail-plan versatility and an classic aesthetic, the Haber 660 Cutter introduces a bowsprit, a self-tacking jib, and a larger genoa, allowing owners to easily adjust their canvas area as wind conditions shift.

The underbody configuration is primarily a shallow-draft centerboard system, drawing only 1.3 feet with the board raised and 4.76 feet with the board fully lowered. However, the most technologically advanced variant is the Haber 660 C4. This version integrates Janusz Konkol’s patented C4 self-steering system, which utilizes four separately operated centerboards—one main board and three smaller auxiliary boards. By adjusting these boards to balance the center of lateral resistance against the sail plan, the C4 achieves completely passive, energy-free self-steering on any point of sail, functioning without a mechanical windvane or electronic autopilot.

Engine options also vary significantly. While a transom-mounted outboard of 4 to 15 horsepower serves as the baseline, many owners opt for the more robust inboard diesel configuration. These inboards, typically ranging from 10 to 21 horsepower, are installed securely beneath the cockpit floor, providing the boat with the reliable, heavy-weather motoring power expected of a true motorsailer.

Sailing Performance & Handling

The Haber 660’s technical specifications paint a clear picture of its motion and stability on the water. With a displacement of 2,976 pounds and a displacement-to-length ratio of 203.17, the boat falls firmly into the moderate-displacement category. It feels planted and predictable in a seaway, resisting the twitchy, flighty behavior common to ultra-light trailer sailers. At the same time, its sail area-to-displacement ratio of 17.81 ensures that the traditional gaff rig carries enough power to move the boat efficiently in light-to-moderate air, especially when flying the large genoa off the bowsprit.

With a ballast-to-displacement ratio of 25.94%—which can increase significantly up to nearly 41% in the Category B offshore build variant via heavier internal ballast blocks—the hull relies on its clever hull form and low-profile internal ballast to generate stability 3. Even with its shallow-draft centerboard configuration, the boat is engineered to be self-righting, satisfying European CE Category C (coastal) or Category B (offshore) standards depending on the factory ballast package.

A capsize screening formula of 2.28 indicates that, like most wide-beam trailerable boats, the hull carries significant form stability but requires prudent seamanship in offshore breaking seas. However, the comfort ratio of 13.85 is respectable for a 22-foot boat, delivering a motion that is far more forgiving on the crew than modern, flat-bottomed sportboats. Under sail, the helm is balanced and responsive, and when equipped with the C4 centerboard system, the boat tracks with remarkable directional stability, allowing the helmsman to step away from the tiller entirely while the hull self-corrects against wind gusts 5.

Market Snapshot & Economics

Because Haber Yachts builds boats to order with high-end, hand-laid fiberglass and heavy structural engineering, the Haber 660 occupies a premium, niche position in the brokerage market. It is not a budget trailer sailer; rather, it commands a substantial financial premium compared to mass-produced boats of similar length from its era.

Clean, well-maintained pre-owned examples are relatively scarce, particularly in North America, as production is centered in Europe where they enjoy a dedicated following among inland, Baltic, and North Sea cruisers. When they do appear on the market, they tend to trade quickly at high values. Buyers should anticipate paying a premium for versions equipped with inboard diesels, the C4 self-steering package, and double-axle road trailers. Due to the high standard of construction and the use of quality deck hardware and vinyl ester resins, these boats hold their value exceptionally well, experiencing very little of the steep depreciation seen in more common production models.

Known Issues & Triage

The Haber 660 is structurally robust, but its unique mechanical and rig configurations require specific maintenance routines:

The Verdict

The Haber 660 is a masterfully executed, niche pocket cruiser that refuses to conform to modern, mass-production trends. It is the ideal vessel for the cruising sailor who wants the comfort, weather protection, and status of a deck saloon cruiser, combined with the shallow-draft versatility and transportability of a trailer sailer.

Pros

  • Exceptional headroom and 360-degree visibility inside a compact, trailerable hull.
  • High build quality featuring hand-laid fiberglass and robust interior woodwork.
  • Available in Category B configurations, offering reassuring self-righting stability.
  • The innovative C4 version provides seamless, mechanical self-steering without electricity.
  • The simple mast-lowering system makes transitioning from trailer to water highly efficient.

Cons

  • High entry price on the brokerage market compared to typical 22-foot pocket cruisers.
  • The high-profile pilot house creates significant windage, which can impact close-quarters maneuvering in tight marinas.
  • Gaff rigging and multiple centerboards increase mechanical complexity and annual maintenance tasks.

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