Farr 44 (1980) Information, Review, Specs

Farr 44 (1980) Drawing
Make
Farr
Model
44 (1980)
Builder
C&B Marine
Designer
Bruce Farr
Number Built
Production Year(s)
1980 - ??

The Farr 44, specifically the 1980 iteration known as Design 89, represents a pivotal moment in Bruce Farr’s transition from a dominant force in the IOR racing circuit to a master of the high-performance cruiser. Designed during an era where Farr’s office was revolutionizing hull shapes with wider beams and flatter sterns, the 44 was conceived to offer blistering speed without the extreme distortions often required by contemporary rating rules. According to Farr Yacht Design, the model was intended as a "superb cruiser for local or long-distance sailing" that could comfortably outpace traditional "enthusiast" yachts. This design philosophy eventually paved the way for several related siblings, including the custom 1984 Farr 44 (Design 137) built for author and yachtsman Newbold Smith, and the later high-production IMS 44 (Design 266) introduced in 1992.

Sailing Performance & Handling

The Farr 44 is defined by its light-to-moderate displacement and a high-performance sail plan that results in a Sail Area/Displacement ratio of approximately 21.2, placing it firmly in the category of performance-oriented yachts. Its hull form features a fine entry and powerful aft sections, a signature Farr trait that allows the boat to track exceptionally well to windward while remaining stable on a reach. In open water, the boat is known for its "stiff" feel, assisted by a generous ballast-to-displacement ratio near 47%, which ensures it carries sail longer than its contemporaries.

Handling is further refined by a 13/16 fractional rig (on most 1980 builds) that utilizes swept spreaders for better topmast control. This setup provides a responsive feel through the helm, especially when flying spinnakers from the relatively long pole designed for Design 89. While the boat can be sailed comfortably by a couple, it truly shines when actively trimmed, rewarding the helmsman with surfing speeds in following seas—a characteristic noted by Farr Design as a result of its undistorted lines and high-aspect-ratio keel.

Interior Comfort & Variations

Unlike the stripped-out racing machines of the late 1970s, the Farr 44’s interior was designed with a "straightforward approach" to luxury. The layout typically centers around a large L-shaped dinette in the saloon, which owners often refer to as the "dance floor" due to the generous open space forward of the table. This openness was a direct evolution from the successful 13-meter Kailua design.

Variations in the interior are common, as many of these hulls were finished to suit individual owner requirements. Standard configurations include a separate forward V-berth cabin and an aft quarter cabin to port. Interestingly, many hulls feature extra berths opposite the head that can be converted into locker space or a dedicated workshop. The use of lightweight materials, such as honeycomb-cored joinery in some custom variants, was employed to keep the ends of the boat light, improving motion in a seaway. High-production variants built in later years, such as the Design 266, offer a more conventional three-cabin, two-head layout geared toward the Mediterranean charter and cruising markets.

The Farr 44 lineage gained significant prestige through Newbold Smith, a renowned offshore sailor and author who commissioned a custom version of the hull (Design 137) to serve as a versatile offshore racer-cruiser. His experiences with the design helped solidify the model's reputation as a legitimate blue-water contender capable of competing in high-profile events like the Newport Bermuda Race while remaining comfortable enough for extended cruising.

Known Issues & Buyer’s Checklist

  • Keel Attachment: Like many performance boats from the early 1980s, the keel-to-hull joint should be inspected for "Farr cracks" or signs of movement. While the structural grid is generally robust, years of hard racing or groundings can compromise the sealant and bolts.
  • Deck Core Integrity: Production methods of the era often used balsa or foam coring. Buyers should use a moisture meter around stanchion bases, chainplates, and the windlass area to check for delamination, a common issue in vessels of this vintage.
  • Rudder Bearings: The spade rudder on the Farr 44 is highly efficient but puts significant stress on the bearings. Check for play in the steering system and inspect the rudder post for any signs of electrolysis or stress fracturing.
  • Rigging and Chainplates: Many 1980 models were equipped with complex fractional rigs. Verify the age of the standing rigging and inspect the internal chainplate attachments, which can be difficult to access behind cabinetry.
  • Anchor Management: Some custom versions utilized a unique arrangement where the anchor chain was led aft to a locker near the keel to centralize weight. Buyers should check for deck wear caused by the chain and ensure the windlass and lead-blocks are properly secured and watertight.

Community & Resources

Technical data and design history are maintained by the original designers at Farr Yacht Design, which remains the primary source for original sail plans and construction drawings. While there is no single-model global association for the 44, owners often congregate within broader Farr-focused communities or regional offshore racing clubs, such as those in Australia and the United States, where these boats continue to compete in PHRF fleets.

The Verdict

The Farr 44 (1980) is an aging but high-pedigree performance cruiser that offers a level of sailing engagement rarely found in modern, volume-focused production boats.

Pros:

  • Exceptional speed and windward performance for its age.
  • "Stiff" and stable feel thanks to a high ballast ratio.
  • Thoughtful, open interior layout that avoids the "cramped" feel of early IOR boats.

Cons:

  • Requires active sail management to handle its powerful rig.
  • Potential for high maintenance costs related to age-related core and keel issues.
  • Draft may be restrictive for those seeking to cruise shallow coastal areas.

Measurements

Construction & Hull

Construction Material
Fiberglass
Hull Type
Monohull Sailboat
Keel Type
Fin
Rudder
1x Spade
Ballast
5710 lbs
Displacement
14672 lbs
Water Capacity
-
Fuel Capacity
-

Dimensions

Length Overall (LOA)
44.25 ft
Waterline Length (LWL)
36.08 ft
Beam
13 ft
Draft
7.08 ft
Max Headroom
-
Air Draft
-
Hover over a measurement
IJPE FS LOALWL

Rig & Sails

Rig Type
Fractional Sloop
P (Main Luff)
-
E (Main Foot)
-
I (Foretriangle Height)
-
J (Foretriangle Base)
-
Forestay Length (est)
-
Sail Area
-

Calculations

Sail Area / Displacement (SA/D) Ratio
Ballast / Displacement Ratio
38.92
Displacement / Length Ratio (D/L) Ratio
139.46
Comfort Ratio
19.33
Capsize Screening Formula
2.12
Hull Speed
8.05 kn