Farr 400 Information, Review, Specs

Farr 400 Drawing
Make
Farr
Model
400
Builder
Premier Composite Technologies
Designer
Bruce Farr
Number Built
Production Year(s)
2010 - ??

The Farr 400 represents a pivotal moment in the evolution of grand prix racing, marking a definitive shift from the displacement-oriented design of the legendary Farr 40 to a modern, high-performance planing hull. Developed by Farr Yacht Design and engineered for carbon-fiber precision by Premier Composite Technologies (PCT), the vessel was conceived as a "no-compromise" one-design racer that could also compete effectively under IRC and ORC rating systems. Unlike its predecessor, which relied on symmetric spinnakers and heavy ballast, the Farr 400 utilizes a high-modulus carbon rig, a deep T-keel, and a massive asymmetric spinnaker flown from a retractable carbon bowsprit. The result is a boat that prioritizes raw speed and early planing, often described as a skiff-like experience in a 40-foot package.

The construction of the Farr 400 is a masterclass in PCT's composite capabilities. Utilizing carbon fiber and epoxy with a foam core, the boat achieves a remarkably low displacement of approximately 8,774 lbs (3,980 kg). This weight-to-power ratio is further enhanced by its ability to be broken down for shipping; the mast is a two-piece carbon spar, and the keel is designed to be easily removed or retracted, allowing the entire vessel to fit inside a standard 40-foot shipping container. This logistics-forward design was a response to the increasing globalization of the racing circuit, allowing owners to move the boat between hemispheres with significantly lower freight costs than traditional yacht shipping.

Sailing Performance & Handling

The Farr 400 is engineered for exhilarating speed, particularly off the wind. With a sail area-to-displacement ratio that places it firmly in the "ultra-light displacement" category, the boat transitions to a plane in as little as 12 to 14 knots of breeze. According to Sail Magazine, the handling is exceptionally light and responsive, thanks to a high-aspect carbon rudder that provides immense grip even when the boat is pressed hard. The inclusion of a primary grinding pedestal—a feature usually reserved for much larger yachts—allows the crew to manage the massive loads of the asymmetric spinnaker and mainsail with speed and efficiency.

In upwind modes, the Farr 400 relies on its deep 9.5-foot (2.9m) draft and high-ballast-ratio T-bulb to maintain stability. While it lacks the "rail-meat" dependency of older designs, crew weight remains a critical factor in trim. The boat’s narrow waterline beam reduces drag in light air, but once the wind increases, the hull’s flared topsides provide additional form stability. Handling anecdotes from early sea trials often highlight the boat’s "nervous" but rewarding energy; it requires an active helm and constant trimming to keep it at its peak polar speeds, rewarding precise teams with speeds that can easily exceed 20 knots downwind.

Interior Comfort & Variations

While the Farr 400 is an unapologetic racing machine, its interior provides the basic necessities for point-to-point offshore racing. The layout is symmetrical and minimalist, designed to keep weight centered and low. It features eight lightweight pipe cots for the crew, which can be adjusted for windward-side sleeping. Unlike many "stripped-out" racers that offer only a bucket, the Farr 400 includes a fully enclosed head located forward of the mast, which provides a modicum of privacy during distance races.

The galley is rudimentary, consisting of a single-burner stove and a small sink, sufficient for heating freeze-dried meals but not for gourmet preparation. The interior aesthetics are dominated by raw carbon fiber and white gelcoat, emphasizing the boat's high-tech origins. While no "cruising" variants of the Farr 400 exist, owners have occasionally customized the electronics packages and winch layouts. The most significant "variation" in the fleet relates to the keel configuration; while most boats utilize the standard deep-draft racing keel, the mechanism for lifting the keel for transport is a standard feature across the line, reflecting PCT's focus on engineering versatility.

Known Issues & Buyer’s Checklist

Prospective buyers of a pre-owned Farr 400 must focus their due diligence on the high-load areas inherent to an all-carbon racer.

  • Keel Lifting Mechanism: Because the keel is designed to be retracted for transport, the internal frames and the lifting hardware should be inspected for wear or misalignment. Any signs of movement in the keel trunk or "play" in the bolts during a sea trial are significant red flags.
  • Carbon Rig Fatigue: The Southern Spars carbon mast and Nitronic 50 rigging are under immense tension. A professional NDT (Non-Destructive Testing) ultrasound of the spar and spreaders is highly recommended to check for delamination or stress fractures, especially if the boat has been campaigned heavily in high-wind venues.
  • Pedestal and Drivetrain: The grinding pedestal and its associated shafts and bevel gears require frequent lubrication. Buyers should check for friction in the system and ensure the "clears" (the clutches that engage the winches) are not slipping under load.
  • Sail-Drive Seal: The Farr 400 is powered by a small diesel engine with a sail-drive. The rubber diaphragm seal on these units has a finite lifespan (typically 7–10 years); if the boat is an early hull (circa 2011-2012), this seal likely requires replacement.

Community & Resources

The Farr 400 was supported by a dedicated class association during its initial launch to manage its one-design status. While the class did not reach the sheer volume of the Farr 40, a tight-knit community of owners remains active in the grand prix and ORC circuits. Technical documentation and class rules are primarily managed through Farr Yacht Design, which continues to provide support for the model. For technical discussions and maintenance tips, owners frequently engage through the Farr 400 Class pages or dedicated high-performance sailing forums.

The Verdict

The Farr 400 is a specialist’s tool, designed for owners who prioritize technical sophistication and high-speed performance over creature comforts. It bridges the gap between a club racer and a professional TP52, offering a level of engineering (via PCT) that is rarely found in the sub-40-foot market.

Pros:

  • Exceptional Speed: Planing performance that outclasses almost any traditional 40-foot monohull.
  • World-Class Construction: Built by PCT using advanced carbon/epoxy techniques.
  • Logistical Ease: Specifically designed to fit in a shipping container, reducing the cost of international campaigning.
  • High-Tech Gear: Features like the grinding pedestal bring a "big boat" feel to a manageable size.

Cons:

  • Extreme Draft: The 9.5-foot keel limits access to many shallow harbors and marinas.
  • Demanding to Sail: Not suitable for casual or shorthanded crews; requires a skilled team of 8–10.
  • Spartan Interior: Strictly functional, making it unsuitable for even weekend cruising.

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

Dimensions

Length Overall (LOA)
38.71 ft
Waterline Length (LWL)
36.42 ft
Beam
11.22 ft
Draft
9.51 ft
Max Headroom
-
Air Draft
-
Hover over a measurement
IJPE FS LOALWL

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
Sail Area
1097 sqft

Calculations

Sail Area / Displacement (SA/D) Ratio
41.67
Ballast / Displacement Ratio
55.61
Displacement / Length Ratio (D/L) Ratio
79.86
Comfort Ratio
14.38
Capsize Screening Formula
2.19
Hull Speed
8.09 kn