Look Pivot 2.0 15 GW 2026
Brand: Rome
SKU: WC-11717
Price: $479.95
Availability: In Stock
The Look Pivot 2.0 15 GW 2026 bindings offer expert-level retention with DIN 6–15, a turntable heel, and GripWalk compatibility for powerful all-mountain performance.
Look Pivot 2.0 15 GW 2026 Ski Bindings
The Look Pivot 2.0 15 GW 2026 is a top-tier alpine ski binding built for expert and aggressive skiers who demand maximum retention, precision, and elasticity. Featuring the iconic Pivot turntable heel and a DIN range of 6–15, this binding delivers powerful energy transfer, exceptional shock absorption, and reliable release performance in the most demanding conditions.
Key Features:
DIN Range: 6–15 — designed for expert and aggressive skiers requiring high retention settings.
Turntable Heel: Legendary rotating heel with short mounting zone — maximizes elasticity and allows natural ski flex.
Toe Piece: GripWalk-compatible toe — ensures secure boot interface and consistent release.
Elastic Travel: Industry-leading elasticity — reduces unwanted pre-release while absorbing impacts and vibrations.
Brake Width Options: Available in multiple sizes — choose the correct width to match your ski waist.
Construction: Durable metal heel housing with reinforced components — built for strength, reliability, and long-term performance.
Performance & Feel:
The Pivot 2.0 15 GW delivers unmatched retention and responsiveness for high-speed skiing, aggressive carving, and big-mountain terrain. The turntable heel enhances shock absorption and edge control, while maintaining consistent release when needed. Its compact mounting footprint allows the ski to flex naturally for improved precision and control.
Ideal For:
Expert and aggressive skiers pushing steep terrain, high speeds, and dynamic all-mountain or freeride performance.
Things to Consider:
With a DIN range up to 15, this binding is best suited for strong, experienced skiers. Professional mounting and correct DIN adjustment based on your weight, height, and skiing style are essential for safety and optimal performance.