Pogo 2 Information, Review, Specs

Pogo 2 Drawing
Make
Pogo
Model
2
Builder
POGO Structures
Designer
FINOT-CONQ
Number Built
115
Production Year(s)
2001 - ??

The Pogo 2, designed by the prolific naval architecture firm Finot-Conq, represents a watershed moment for the Classe Mini 6.50 series category. Launched in 2003 as the successor to the original Pogo 6.50 (often called the Pogo 1), the Pogo 2 was engineered by POGO Structures to dominate the "Series" division of the Mini Transat, a solo transatlantic race. Built using vacuum-infusion technology with a polyester/glass/foam sandwich construction, the boat is famously unsinkable, a requirement for the grueling offshore racing it was born to endure. With over 100 units produced, it transitioned from a specialized racing tool to a cult favorite for coastal fast-cruising and short-handed adventure.

Sailing Performance & Handling

The Pogo 2 is fundamentally a "planing machine" designed for downwind speed. Its hull geometry features an extremely wide beam—nearly 3 meters on a 6.5-meter length—and a powerful, flat aft section. This shape, combined with its lightweight displacement of roughly 1,000 kg, allows the boat to plane early and maintain high average speeds in offshore conditions. According to design notes from Finot-Conq, the hull was a radical departure from its predecessor, incorporating a hard chine that adds significant form stability when healed.

In practice, the boat is highly responsive and requires active trim. Because it carries a large sail area-to-displacement ratio, it feels "twitchy" compared to traditional cruisers but offers exceptional rewards for the skilled helm. Under spinnaker, the Pogo 2 is known for its ability to "surf" at double-digit speeds, often reaching 12 to 15 knots in sustained winds. Upwind performance is respectable due to its deep 1.6-meter fixed keel with a lead bulb, though its wide hull can feel slammed in short, choppy seas. Handling is facilitated by twin rudders, which provide exceptional grip even when the boat is pressed hard or significantly heeled.

Interior Comfort & Variations

While the Pogo 2 is categorized as having an enclosed interior, it is best described as a "carbon-and-fiberglass tent" rather than a traditional cruising cabin. The layout is dictated by racing optimization and safety regulations. It typically features four spartan berths—two longitudinal and two tucked under the cockpit—though the forward "V-berth" area is frequently used for sail storage.

There is no standing headroom; the interior is designed for sitting, navigating, and sleeping during off-watch periods. The "furniture" is largely structural, integrated into the hull during the infusion process to maximize rigidity while minimizing weight. While there are no factory "cruising" variations of the Pogo 2 hull, many owners have retrofitted basic creature comforts like small butane stoves or portable chemical toilets. The primary variation within the fleet relates to the rig; while the Pogo 2 series rules mandated an aluminum mast, some non-class boats may be found with custom configurations. The boat's sibling, the larger Pogo 8.50, was designed concurrently to offer the same performance DNA with a much more hospitable interior for family cruising.

The Pogo 2’s legacy is inextricably linked to the Mini Transat race. It dominated the podiums of the mid-2000s, most notably in the 2003 and 2005 editions of the Transat 6.50, where Pogo 2s secured the top three positions in the series category. This dominance turned the model into a "benchmark" boat for aspiring offshore racers. It is frequently cited in sailing literature, such as in technical reviews by Yachting World and Voiles et Voiliers, as the design that effectively professionalized the Series Mini class.

Known Issues & Buyer’s Checklist

Prospective buyers should approach the Pogo 2 with the mindset of a racing surveyor, as most of these hulls have crossed the Atlantic at least once.

  1. Mast Step & Compression: The high rig loads on a Mini can lead to compression stress around the mast step. Inspect the structural grid and the compression post carefully for any signs of cracking or deformation.
  2. Rudder Bearings and Sleeves: Given the twin-rudder configuration and the high speeds achieved, the rudder bearings are high-wear items. Check for play in the rudders and inspect the sleeves for water ingress or delamination.
  3. Delamination in the Bow: Because these boats are often driven hard into headseas, the forward sections of the hull (near the water entry) should be checked for "soft spots" or core shear, which can occur after years of pounding.
  4. Keel Attachment: The Pogo 2 features a high-aspect keel with a heavy lead bulb. Inspect the keel bolts and the surrounding fiberglass for "smile" cracks, which may indicate a previous hard grounding or "shrimping" event.
  5. Electronics & Wiring: Most Pogo 2s were fitted with complex NKE or Raymarine autopilot systems essential for solo racing. Due to the wet nature of these boats, electrical systems are often corroded or require complete overhauls.

Community & Resources

The Pogo 2 is supported by a robust international community, primarily centered around the Classe Mini, which serves as the technical authority for the boat's racing configuration. Technical wikis and tuning guides are often maintained by local Mini associations in France, the UK, and the US. For technical support and original parts, owners typically coordinate directly with the shipyard at POGO Structures.

The Verdict

The Pogo 2 is a legendary offshore thoroughbred that offers an accessible entry point into the world of high-performance solo sailing.

Pros:

  • Exceptional Speed: One of the fastest boats per foot ever produced for offshore use.
  • Safety: The unsinkable foam-core construction provides immense peace of mind.
  • Resale Value: Due to its "classic" status in the Mini class, well-maintained units hold their value better than newer, more expensive prototypes.

Cons:

  • Zero Comfort: Not suitable for those who value standing headroom or traditional amenities.
  • Physical Demands: Requires high energy and skill to handle safely in heavy weather.
  • Maintenance Intensity: Racing hardware and high-load rigs require more frequent replacement than cruising equivalents.

Measurements

Construction & Hull

Construction Material
Fiberglass
Hull Type
Monohull Sailboat
Keel Type
Bulb
Rudder
2x —
Ballast
948 lbs
Displacement
2205 lbs
Water Capacity
-
Fuel Capacity
-

Dimensions

Length Overall (LOA)
21.33 ft
Waterline Length (LWL)
21.33 ft
Beam
9.84 ft
Draft
5.25 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
400 sqft

Calculations

Sail Area / Displacement (SA/D) Ratio
37.77
Ballast / Displacement Ratio
42.99
Displacement / Length Ratio (D/L) Ratio
101.44
Comfort Ratio
7.6
Capsize Screening Formula
3.02
Hull Speed
6.19 kn