USED 2022 Head Architect Snowboard - 157 cm

The 2022 Head Architect is a masterfully engineered freestyle machine designed for riders who demand explosive pop and technical precision. This board features Head's Hybrid Camber POP construction, which utilizes an elevated flat section and slight rocker in the tip and tail to deliver a perfect balance of edge hold and playfulness. With its mid-wide shape and directional twin silhouette, the Architect provides a stable platform for stomping landings while eliminating toe and heel drag for those with slightly larger boots. Reinforced with basalt stringers for added snap and stability, this board is built to dominate the park and transform every side-hit into a launchpad. Condition: Top Sheet Condition 7.5 This top sheet condition may have some chips along the edges that will not need repaired. There may be moderate to heavy amounts of scratching to the surface of the tip and tails from ski usage. The ski may have some epoxy repairs to the edges of the ski. There is no compromising damage to the ski’s top sheet. Base Condition 7.5 This base condition describes a ski that may have a fair amount of scratching across the ski base. It will have a few deep scratches and gouges that require P-TEX repairs and a tune. These skis do not need any base welds to be repaired and are safe to use out of the box; however, we recommend repairs and a tune on this ski to maximize your skiing experience. These skis may or may not have been recently waxed, but will be safe to ski as is. Product Specifications Brand: Head Model: Architect Model Year: 2022 Size: 157 cm Shape: Directional Twin Camber Profile: Hybrid Camber POP Waist Width: 255 mm Effective Edge: 121.1 cm Sidecut Radius: 7.9 / 7.4 / 7.9 m Flex Index: 7 (Medium-Stiff) Base Type: Sintered Base Architecture: Play Board Architecture Reinforcement: Basalt and Flax Stringers Core Material: Lightweight Wood Core Recommended Rider Weight: 60 - 90 kg Stance Setback: 1.0 cm Special Feature: Features a refined "Mid-Wide" waist width to improve float and landing stability without compromising edge-to-edge transition speed.