The Rene-Gade is Rene Rinnekangas’ pro model built for mind-blowing freestyle antics and high-energy ripping. This Directional Twin features the unique Directional Triple Carbon Omega HotRods for high-speed stability and ollie power. Built with our SinterSpeed Base for high-octane riding and complemented with the predictable feel of Stay Positive Camber and Twin Flax Walls, this board is truly one of a kind.
Flex: 8/10
Shape: Directional Twin - Boards with slightly longer noses than tails, but with both symmetrical camber profiles. Directional Twin boards are well-suited for riding switch and all- mountain marauding.
Bend: Stay Positive Camber - Powerful and predictable, tried-and-true camber.
Core: SuperPop Core - Our lightest and most responsive core, built with alternating strips of 10mm strips of poplar and 20mm strips of paulownia.
Fiberglass: Triax Upper and Biax Lower - Triax fiberglass running in three different axes, built for torsional rigidity and added snap. Biax fiberglass with two different axes, built to be more torsionally playful and pressable.
Base: SinterSpeed - Our premium sintered base built for high performance and high-speed riding.
FEATURES
Directional Triple Carbon HotRods - Invented by Rome, HotRods are thin rods milled into our boards’ cores starting from the insert pack and extending out towards the nose or tail. Designed to provide next level explosive pop, power and response. Omegas are sleeves of carbon that sit around HotRods themselves, built in the shape of an Omega. We use Omega’s to enhance the pop and response of HotRods, think of them as turbo boosters for a board’s flex pattern. Omega carbon sheets are added to the existing HotRod configurations for even more pop and response.
Twin Flax Walls - Twin Flax Walls are used in freestyle-oriented twin boards to provide strength in the nose and tail. That additional stability is designed to help load ollies and absorb deep landings at high speeds.
Flax Impact Plates - Flax is a natural, incredibly versatile, lightweight textile material that we use in our boards. Depending how the flax material is used, it has advanced impact absorption properties or the ability to create rigidity and strengthen specific regions of a board.