Rossignol Frenemy Snowboard 150 cm (Used)

The 2017 Rossignol Frenemy is the versatile all-mountain ally designed to take your riding from the groomers to the glades without hesitation. Featuring Rossignol’s AmpTek All-Mountain profile, this board provides a rock-solid camber platform between the feet for stability and edge grip, while the rockered tips offer a forgiving, catch-free feel that floats effortlessly through deeper snow. The standout 5S Serrated Edge technology ensures you stay locked into your turns even on the iciest East Coast days, providing five distinct points of contact for maximum control. With its balanced directional flex and RadCut sidecut that adapts to your speed, the Frenemy is a smooth-riding deck that delivers confidence and performance in every corner of the mountain. Condition Top Sheet Condition 8.0 This top sheet condition may have moderate to heavy amounts of scratching to the surface of the tip and tails from ski usage. These top sheets may have one to five chips that do not compromise the integrity of the ski’s top sheet. Base Condition 8.0 This base condition may have lots of minor scratches or scuffs. They may have some substantial scratching or scrape that may need P-TEX to be fully repaired along with a tune; however, are still ready to use with no base welds needed. These may show signs of having a major P-TEX or base weld repair but these repairs are in good shape and ready to use. These skis have a fresh coat of wax on them and are ready to hit the slope. Product Specifications Brand: Rossignol Model: Frenemy Year: 2017 Size: 150cm Shape: Directional Twin Profile: AmpTek All-Mountain (40% Camber / 60% Rocker) Flex: Balanced All-Mountain (5/10) Edge Technology: 5S Serrated Edges (Enhanced ice grip) Core: Wood 5620 Waist Width: 242mm Sidecut Radius: 7.3m (RadCut technology) Base: Sintered 4400 Stance Setback: 10mm Recommended Rider Weight: 110 – 150 lbs Insert Pattern: 6 x 2 Special Feature: RadCut technology (A progressive sidecut that gets deeper at high speeds and shorter at low speeds)