VX Evo Information, Review, Specs

Make
VX
Model
Evo
Builder
Ovington Boats
Designer
Brian Bennett
Number Built
Production Year(s)
2016 - ??

The VX Evo is a high-performance, single-handed hiking dinghy that represents a modern evolution in solo racing. Designed by Brian Bennett and manufactured by MacKay Boats in New Zealand, the vessel was conceived to bridge the gap between traditional hiking classes like the ILCA (Laser) and high-speed skiffs. Recognizing the demand for a solo boat that offers the thrill of asymmetric spinnaker sailing without the extreme instability of a dedicated skiff, the Evo utilizes a light, stiff hull and a sophisticated carbon-fiber rig. Its pedigree is rooted in the success of its larger sibling, the VX One, adopting many of the same design cues to provide a "skiff-lite" experience. The boat’s design was so impactful upon its release that it was named the Sailing World 2017 Boat of the Year for the Best One-Design category.

Sailing Performance & Handling

The VX Evo is defined by its responsiveness and its ability to plane early, even in moderate breeze. At the heart of its performance is a high-aspect-ratio sail plan supported by a carbon mast and boom, which reduces weight aloft and improves the boat’s righting moment. Unlike many single-handers that rely solely on a mainsail, the Evo features a three-sail configuration: a mainsail, a small jib, and a powerful asymmetric spinnaker launched from a bowsprit. According to MacKay Boats, the hull is constructed using vacuum-infused fiberglass with carbon reinforcements in high-load areas, resulting in a displacement of approximately 62kg (136 lbs).

On the water, the boat feels remarkably light and sensitive to weight placement. In upwind modes, the jib provides a tighter slot and better pointing ability than a cat-rigged dinghy, though it requires the sailor to manage more lines during tacks. The true transformation occurs off-the-wind; the deployment of the asymmetric spinnaker allows the Evo to transition into a full plane instantly. Editorial testers have noted that the hull shape, which features a relatively flat aft section and a fine entry, tracks exceptionally well under the increased load of the kite, offering a stable platform compared to narrow-beam skiffs. Because it is a hiking boat rather than a trapeze boat, the physical demands are centered on core strength and agility during maneuvers, making it accessible to a wider age range of performance sailors.

The VX Evo garnered significant international attention shortly after its debut, largely due to the reputation of Brian Bennett and the build quality of MacKay Boats. Its primary claim to fame is the aforementioned 2017 Boat of the Year award from Sailing World, where judges praised the boat for being "easy to rig, easy to sail, and incredibly fast." The boat has also been featured in technical reviews by Yachting World, which highlighted the Evo as a primary example of the "new school" of single-handed dinghies that prioritize apparent wind sailing. While it has not yet reached the massive fleet numbers of Olympic classes, it has established a dedicated following in the United States and Australasia among sailors looking for a modern alternative to aging one-design classes.

Known Issues & Buyer’s Checklist

When evaluating a used VX Evo, the focus should be on the integrity of the high-performance components and the specialized rigging systems.

  • Spinnaker Retrieval System: The Evo uses a "sock" or chute system for the asymmetric kite. Inspect the mouth of the chute for any fiberglass chips or rough edges that could tear the lightweight spinnaker fabric. Additionally, check the retrieval line and blocks for friction, as a "sticky" kite douse can be a significant liability during a race.
  • Carbon Spar Integrity: The carbon mast and boom are susceptible to point-loading damage. Inspect the areas around the gooseneck, the vang attachment point, and the spreaders for any signs of hairline cracks or delamination.
  • Gudgeons and Pintles: Given the speeds this boat achieves and the loads on the rudder during planing, the transom hardware should be checked for any play or looseness. Any movement in the gudgeons will translate to a loss of feel at the helm.
  • Deck Grip and Hiking Straps: The high-grip cockpit floor is essential for stability when hiking. On older models, this grip can wear down or peel. Similarly, ensure the hiking strap attachment points (often buried under the cockpit sole) are secure and show no signs of stress whitening in the fiberglass.
  • Bowsprit Bushings: The retractable carbon bowsprit slides through the hull. Inspect the bushings for wear; if they are worn, the pole may "clunk" or vibrate when the kite is loaded, which can eventually lead to structural wear on the pole itself.

Community & Resources

The VX Evo community is often integrated with the larger VX One Class Association, as many clubs host "VX" fleets that encompass both models. The VX One Class Association provides a hub for technical discussions and regatta schedules, often including starts for the Evo. Owners also frequently collaborate through MacKay Boats' technical support channels for replacement parts and tuning guides.

The Verdict

The VX Evo is an elite-level solo performer that rewards technical skill without the punishing learning curve of a trapeze skiff.

Pros:

  • Exceptional speed-to-length ratio with early planing capabilities.
  • High-quality MacKay construction ensures a stiff, competitive hull for years.
  • Sophisticated carbon rig and asymmetric sail plan offer a modern racing experience.
  • More stable and manageable than a Moth or a 49er, yet faster than a Laser.

Cons:

  • Complexity of the three-sail plan can be overwhelming for novice single-handed sailors.
  • The lightweight hull and carbon spars require careful handling on shore and in the boat park.
  • Smaller fleet sizes in certain regions compared to established Olympic classes.

Measurements

Construction & Hull

Construction Material
Fiberglass
Hull Type
Monohull Sailboat
Keel Type
Daggerboard
Rudder
1x —
Ballast
-
Displacement
181 lbs
Water Capacity
-
Fuel Capacity
-

Dimensions

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

Rig & Sails

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

Calculations

Sail Area / Displacement (SA/D) Ratio
54.9
Ballast / Displacement Ratio
Displacement / Length Ratio (D/L) Ratio
Comfort Ratio
Capsize Screening Formula
4.08
Hull Speed
— kn