USED 2022 Head Kore 85 Skis with Look NX 12 Bindings - 163cm (Option 242404)

The 2022 Head Kore 85 is the ultimate weight-conscious carver designed for skiers who want high-performance agility without the heavy metal feel. Utilizing a sophisticated blend of Graphene, Karuba wood, and Carbon, Head has managed to create a ski that remains incredibly stiff and stable at speed while being one of the lightest in its class. The 85mm waist provides lightning-fast edge-to-edge transitions on the front side, making it a dream for technical skiers who love to link precise turns. Mounted with the responsive Look NX 12 bindings, this setup offers a direct energy transfer that helps you feel every nuance of the terrain beneath your boots. Condition Report Top Sheet Condition 8.5: 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 7.0: This base condition will have lots of scratching through the base. It will have some 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 and can be used out of the box; however, we recommend repairs and a tune be made to this ski to maximize your experience on the ski. These skis may have a fresh coat of wax on them or they may need wax before first use. Technical Specifications Brand: Head Model: Kore 85 Year: 2022 Length: 163 cm Dimensions: 124-85-105 mm Turn Radius: 13.6 meters Core Construction: Graphene-KOROYD-Carbon Sandwich Cap Construction Wood Core: Karuba Light Weight Wood Core Technology: Topless Tech (Polyester fleece surface instead of traditional plastic) Rocker Profile: Allride Rocker (Early rise in tip with camber underfoot) Base Material: Structured UHM C Base Bindings: Look NX 12 DIN Range: 3.5 - 12.0 Feature: Multilayer Carbon Sandwich construction for torsional rigidity