2024 Head Kore 105 Skis (170cm) with Look NX 12 Bindings Used

Unleash your potential on this used 2024 Head Kore 105 skis (170cm), mounted with reliable Look NX 12 GW Bindings. As a lightweight freeride machine, the Kore 105 is a top choice for advanced to expert skiers who want a powerful yet agile ski for all-mountain adventures. The ski's construction utilizes Graphene and Carbon in a Karuba-Poplar Wood Core to create an incredibly light and responsive ski that excels in powder, crud, and on groomers. With a versatile Tip-Tail Rocker profile, it offers excellent float and effortless turn initiation. The included Look NX 12 GW bindings (DIN 3.5-12) provide secure retention with GripWalk compatibility, making for a confident connection between you and your skis. Condition: Top Sheet Condition 8.0: Shows moderate to heavy scratching, especially near tips/tails. A few minor chips are possible, but they don't compromise integrity. Graphics may have some wear. Base Condition 8.0: Bases show multiple minor to moderate scratches/scuffs from general use. Some deeper scratches might benefit from P-TEX, but no immediate base welds are needed. Freshly waxed. Bindings Condition 8.0: Visible signs of light to moderate use, cosmetic scuffs. All functional parts operate correctly and securely. These Look NX 12 bindings are compatible with both traditional alpine and GripWalk boot soles and have been inspected for safety. Key Features and Specs: 2024 Head Kore 105 Skis (170cm): Model Year: 2024 Length: 170cm Ski Type: Freeride, All-Mountain Skier Level: Advanced - Expert Profile: Tip-Tail Rocker (Rocker/Camber/Rocker) Core: Karuba-Poplar Light Weight Wood Core Construction: Multilayer-Carbon Sandwich Cap Construction with Graphene Dimensions (170cm): 130-101-120mm Turn Radius: 15.2m Look NX 12 GW Bindings: Model Year: 2024 (or similar model) DIN Range: 3.5 - 12 Brake Width: 100mm Boot Compatibility: Alpine (ISO 5355) & GripWalk (ISO 23223) compatible Key Features: Full Action Toe Piece with 180° Multi-Directional Release, Lightweight Composite Materials