The Farr 400, a high-performance racing yacht designed by the acclaimed Farr Yacht Design and built by Premier Composite Technologies (PCT), was conceived as a state-of-the-art, easily managed keelboat offering grand-prix level performance with offshore racing capabilities. Launched in 2010, this 38-foot vessel quickly garnered attention for its aggressive design philosophy, aiming to deliver a boat with substantial sail area, considerable power, and inherently low mass. Often described as a "mini TP52," the Farr 400 stands as a testament to modern composite construction and performance-driven design.
Farr 400 Information, Review, Specs
- Make
- Farr
- Model
- 400
- Number Built
- Production Year(s)
- 2010 - ??
The Farr 400 entered production in 2010, emerging from the ambitious collaboration between Farr Yacht Design and Premier Composite Technologies (PCT). Farr Yacht Design, globally recognized for its race-winning yachts, aimed to create a vessel that was not only fun and high-performance but also easily managed for owner-drivers and crews. The core design ethos prioritized a powerful sail plan, significant power, and a low overall mass, emphasizing "unrivalled performance" synonymous with the Farr brand.
Premier Composite Technologies, a leader in advanced composite manufacturing, brought its extensive experience in building high-tech racing yachts to the Farr 400 project. Known for their "low carbon construction through fiber-reinforced polymer solutions" and state-of-the-art techniques, PCT fabricated the Farr 400 as an "all new, 100% carbon fibre 40 ft. racing yacht". This commitment to advanced composites resulted in a remarkably lightweight yet robust hull, deck, and interior structure, all vacuum-fabricated. The design features a lifting keel, an innovative characteristic that allows for both deep draft performance and easier transport. The Farr 400 was conceived as a one-design class, promoting fair and competitive racing among similar vessels.
Sailing Performance and Handling
The Farr 400's design ratios underscore its extreme performance orientation. With a Sail Area to Displacement Ratio (SA/D) of approximately 41.33, the boat boasts an exceptionally powerful sail plan relative to its weight, indicating superb light-air performance and the ability to generate significant speed in a variety of conditions. Its Ballast to Displacement Ratio (B/D) of about 0.556 is remarkably high, signifying exceptional stiffness and stability, allowing the boat to stand up to considerable wind without excessive heeling. Complementing these attributes is a low Displacement to Length Ratio (D/L) of approximately 178.92, categorizing it as a light and highly performance-oriented vessel.
Anecdotal reports from sailing reviews corroborate these metrics, describing the Farr 400 as an "exceptionally easy boat to sail" and "very forgiving". The modern hull shape, characterized by moderate beam and light displacement, emphasizes power, low drag, and exceptional handling characteristics. Sailors have noted its ability to quickly reach "double digits" in speed, competing effectively with larger racing machines. The deep retractable bulb keel, contributing to the high ballast ratio, enhances stability and allows the boat to be pushed hard. The carbon fiber rig, often a Southern Spars unit, works effectively with the sail plan across different conditions, contributing to the boat's overall balance and responsiveness.
Accommodations and Layout
While primarily a high-performance racing yacht, the Farr 400 offers functional interior spaces designed for crew efficiency and offshore racing capabilities. The interior, though often described as "spartan," provides adequate room for crew to prepare and rest. The hull, deck, and interior structures are meticulously fabricated with vacuum-infused composites, highlighting the builder's focus on lightweight strength.
A distinctive feature of the Farr 400's design is its concave foredeck, which allows for increased freeboard amidships. This design choice strategically integrates the lifting keel mechanism within the cabin, optimizing space and functionality. The main cabin is noted to have "plenty of headroom" and sufficient space for crew activities. Details such as the jib track running across the cabin top, often complemented by barber haulers, indicate a layout optimized for racing operations. Despite its race-focused nature, the interior prioritizes practicality and the necessary amenities for offshore campaigns.
Measurements
Construction & Hull
- Construction Material
- Fiberglass (Carbon Reinforced)
- Hull Type
- Monohull Sailboat
- Keel Type
- Lifting
- Rudder
- 1x —
- Ballast
- 4806 lbs (Lead)
- Displacement
- 8642 lbs
- Water Capacity
- 20 gal
- Fuel Capacity
- 16 gal
Engine
- Engine Make
- Volvo Penta
- Engine Model
- D1-30
- Engine Type
- —
- Engine HP
- 27
- Engine Count
- 1
- Drive Type
- —
- Fuel Type
- Diesel
Rig & Sails
- Rig Type
- Fractional Sloop
- P (Main Luff)
- 52.98 ft
- E (Main Foot)
- 19.03 ft
- I (Foretriangle Height)
- 51.18 ft
- J (Foretriangle Base)
- 14.6 ft
- Forestay Length (est)
- 53.22 ft
- Main Sail Area
- 504.1 sqft
- Foretriangle Sail Area
- 373.61 sqft
- Total Sail Area (Reported)
- 1097 sqft
- Total Sail Area (Calc)
- 877.72 sqft
Dimensions
- LOA
- 38.71 ft
- LWL
- 36.42 ft
- Beam
- 11.22 ft
- Draft
- 9.51 ft
- Max Headroom
- -
- Air Draft
- -
Calculations
- Hull Speed
- 8.09 kn
- Pounds per Inch Immersion
- 1