Arbor A-Frame Snowboard w/o bindings, Size: 158 (241816)

$149.99USD
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Retail Price: $349.99 (You save $200)
Estimated Delivery: Wed 9/4 - Fri 9/6
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Specifications
CategorySnowboarding > Snowboards
BrandOther
ModelA-Frame
With BindingsNo
GenderUnisex SnowboardsUnisex
Riding StyleAll Mountain SnowboardsAll Mountain
ConditionNew
FlexMedium Flex SnowboardsMedium
ShapeTrue Twin SnowboardsTrue Twin
Size156 - 160 cm
Quantity Available1 Available
Description

On edge. The Arbor A-Frame Camber Snowboard is restless, motivated, and devastatingly fast. This board is a corduroy roasting, big line toasting, all-mountain hold-on-for-dear-lifer. A snow dragster, the A-Frame has large radius sidecut for max stability at speed: this isn't a board for dinking around on marginal conditions. One tip for A-Frame tamers: keep your yes from drying out with extra pair of gigantic goggles to go over your normal goggles, because you're going to be approaching ludicrous speeds pretty much everywhere. Rocker Type System Camber – If you want a highly responsive ride, crisp on-edge performance, and more pop for carving and ollies - all with smoother camber performance - then System Camber shapes are for you. The camber progressively reduces toward the tip and tail, making the leading edge less aggressive for cleaner on-snow performance. RWD Carbon A-Frame – Diagonal carbon fiber inserts running diagonally from underneath your back foot to the outside contact point increase snap and rebound under your dominant back foot for powerful drive and power transfer. Base Zero Waste Base – All of Arbor's die-cut bases feature Zero Waste Base technology. This process is essential to reducing the carbon footprint and eliminating waste during the manufacturing process. Wend Natural Wax – All Arbor snowboards hit the shop floor ready to ride with Wend Natural Wax. Bio Resin – Bio-Resin is a replacement for traditional petroleum based resin that doesn't affect performance or usability. The ingredients that go into it are sourced as co-products or waste products of other industrial processes and are manufactured employing green chemistry techniques that reduce the carbon footprint of the material by up to 40% when compared to its petroleum based

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