Process Flying V 2023

Flex: Twin : The Twin Flex is perfectly symmetrical from nose to tail for a balanced and versatile ride in a classic or switch style.

Sidecuts: 290.1-249-290.1 for the 152cm size

Turn radius: 7.70 m (152 cm)

Camber:

Flying V™ : A mix of classic camber and rocker parts, the Flying V™ offers powder flotation and manoeuvrabilitywhile the underfoot camber provides edge control and pop to the board. The Flying V™ reduces edge catches and makes spins easier.

Shape :

Twin : The twin shape is perfectly symmetrical for a balanced ride which enables you to turn and shift weight with exceptional stability, whetheryou're riding classic or switch.

Composition/Technologies :

Core - FSC™ Certified Super Fly II™ 700G Core with Dualzone™ EGD™ and Squeezebox - Super Fly II 700G uses stronger, lighter wood to provide a high level of responsiveness and strength while reducing the overall weight. The Dualzone EGD engineered woodgrain is placed along the heel and toe edges on two continuous zones that are perpendicular to the rest of the wood core. This gives a more coherent edge hold and reinforced reactivity.

Fiberglass -Triax™: Triax fiberglass offers versatile flex and response for all types of riding, from smooth to intense.

Base - Sintered : The solid, ultra-porous sintered base offers increased durability and increased wax absorption for an improved gliding feel.

The Channel®: This snowboard mounting system is designed to allow you to find the perfect position, and is compatible with major brands' bindings.

Frostbite Edges - Frostbite Edges : edges that extend out slightly around the mountings for better edge grip.

Scoop : exaggerated spoon shaped nose and tail which is more forgiving on landings and on boxes.

Pro-Tip™: the nose and tail are thinner than the rest of the board, for more lightness and improved handling.

Infinite Ride™ : this technology ensures that the snowboard retains its initial flex, bounce and behaviour throughout its lifespan.

Epoxy Super Sap® : The Super Sap® is a resin made from biological materials that reduces the carbon footprint by 50% compared to conventional petroleum-based epoxies. Reduced oil consumption means a smaller carbon footprint for every snowboard, which certainly works in our favour