Farr Volvo Ocean 65 Information, Review, Specs

Make
Farr
Model
Volvo Ocean 65
Builder
Designer
Number Built

The Volvo Ocean 65 (VO65) represents a pivotal shift in the evolution of professional offshore racing. Designed by Farr Yacht Design, the model was introduced for the 2014–15 edition of the Volvo Ocean Race to replace the technologically advanced but prohibitively expensive and fragile Volvo Open 70. Built as a strict one-design fleet by a consortium of European yards—including Persico, Multiplast, Decision, and Green Marine—the VO65 was engineered with a primary focus on structural longevity and parity. By standardizing every component from the hull laminate to the spoon in the galley, the VO65 shifted the competition from a design arms race to a pure test of seamanship and tactical execution.

Sailing Performance & Handling

The VO65 is a high-performance, canting-keel monohull designed to be pushed to its absolute limit in the world's most hostile maritime environments. According to technical assessments from Farr Yacht Design, the boat features a powerful hull form with twin rudders and a deep-draft canting keel that swings 40 degrees to either side. This mechanism provides immense righting moment, allowing the 65-foot platform to carry a massive sail area relative to its displacement.

In practice, the boat is notorious for being "wet." The low freeboard and high speeds—often exceeding 30 knots on a reach—result in a "firehose" effect where the deck is constantly awash with high-pressure seawater. Editorial reviews from Yachting World describe the handling as physical and demanding, requiring a sophisticated winching system and constant active trimming. Unlike the VO70, which was prone to catastrophic structural failure when pushed, the VO65 feels significantly more robust and "stiff," a byproduct of the over-engineered carbon fiber sandwich construction intended to see the hulls through multiple circumnavigations.

Interior Comfort & Variations

The interior of the VO65 is a masterclass in functional minimalism, designed entirely for utility rather than comfort. There are no "owner's versions" or layout variations; every one of the eight hulls produced features an identical internal configuration to maintain one-design integrity. The cabin is a stark, dark environment of raw carbon fiber, dominated by a central longitudinal "media desk" and a navigation station where the Onboard Reporter (OBR) and navigator operate.

Living arrangements consist of adjustable pipe cots stacked against the hull sides, which are utilized based on the "stacking" requirements of the boat's heel. The galley is a rudimentary setup consisting of a single-burner gimbaled stove used primarily for rehydrating freeze-dried meals. Headroom is adequate in the main cabin area, but the space is perpetually loud and damp. The variation in the onboard experience comes not from the layout, but from the thermal insulation (or lack thereof), which makes the interior a sauna in the doldrums and an icebox in the Southern Ocean.

The VO65 is perhaps the most documented racing yacht in history due to the "Onboard Reporter" program pioneered by The Ocean Race. Every boat is equipped with a fixed camera array and a dedicated media station to beam high-definition footage of the race to a global audience. The model gained significant cultural traction during the 2017–18 race, which featured the closest finish in the event's history between Dongfeng Race Team and MAPFRE. Additionally, the VO65 fleet has been a platform for environmental advocacy, with the Turn the Tide on Plastic and 11th Hour Racing campaigns using the boats as mobile laboratories to track microplastics in the ocean.

Known Issues & Buyer’s Checklist

Given that VO65s are professional racing machines that have often completed two or three circumnavigations, they do not suffer from "production boat" issues like osmotic blistering, but rather from extreme fatigue and high-load wear.

  1. Canting Keel Hydraulics: The keel ram and hydraulic power pack are the heart of the boat’s performance. Any buyer or operator must inspect the seals, hoses, and the integrity of the ram pins for signs of stress or fluid contamination.
  2. Delamination in the Slamming Zone: Despite their robust build, the forward sections of the hull (ahead of the mast) endure millions of high-speed impacts. Ultrasonic testing is recommended to check for core shear or delamination in these "slamming" areas.
  3. Rudder Stock and Bearings: The twin rudders are subject to immense torque. The bearings and the carbon fiber stocks should be checked for play or hairline fractures, particularly if the vessel has experienced a high-speed grounding or "wipeout."
  4. Electrical Saltwater Ingress: While the electronics are housed in "waterproof" containers, the extreme humidity and constant saltwater spray on deck often lead to corrosion in wiring looms and NMEA backbone connectors.

Community & Resources

Technical support and class rules for the vessel are strictly managed by The Ocean Race and the original designers at Farr Yacht Design. Because the fleet is so small (only eight hulls exist), there is no "owner's club" in the traditional sense; instead, the community consists of professional racing syndicates and high-end charter operations that specialize in offshore racing experiences.

The Verdict

The Volvo Ocean 65 is an uncompromising racing tool that sacrificed the bespoke design "soul" of its predecessors for the sake of reliability and intense competition. It is not a yacht for the faint of heart or the casual cruiser.

Pros

  • Extreme Durability: Engineered to survive the most violent sea states on the planet.
  • One-Design Parity: Success is determined by the crew's skill, not the depth of the design budget.
  • Proven Longevity: Multiple boats have successfully completed three full race cycles with minimal structural overhaul.

Cons

  • Zero Comfort: The interior is a spartan, noisy, and wet environment unsuitable for anything other than racing.
  • Operational Cost: Requires a professional shore team and specialized knowledge to maintain the complex hydraulic and electrical systems.
  • Physical Demand: The boat is notoriously "punishing" on the crew due to the high-pressure water over the deck.

Measurements

Construction & Hull

Construction Material
Hull Type
— Sailboat
Keel Type
Ballast
-
Displacement
-
Water Capacity
-
Fuel Capacity
-

Dimensions

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

Rig & Sails

Rig Type
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
Displacement / Length Ratio (D/L) Ratio
Comfort Ratio
Capsize Screening Formula
Hull Speed
— kn