The new Look Pivot 2.0 15 GW Ski Bindings offer 15mm of boot-sole-length adjustment, a new DIN setting screw, improved durability against ski edges and poles, and an all new 105mm brake width all without compromising the bomber performance you rely on every time you step in.

Toe Piece

Aluminum Race Toe PieceFeaturing 45mm of elastic travel and 180 multi-directional release, the all-metal RACE toe piece offers maximum power, precision, and durability across all disciplines, from the Alpine World Cup to Freestyle, Freeride and Moguls.

180 Multi-Directional ReleaseA true mechanical upward release that functions independently from the heel for the most effective multi-directional protection in the case of a fall.

Dual Standard Concept (ISO 5355 Alpine and GripWalk)Look strategically reinforced the toe housing, increased the toe ramp, elongated the toe-wings, and created a toe that is compatible with both ISO 5355 Alpine and GripWalk soles.

Toe Lateral Elasticity45 mm

Heel Piece

Turntable HeelLooks unique turntable design rotates directly under the tibia for reduced risk of injury and provides 28mm of elastic travel to deliver unmatched shock absorption for significant reduction of pre-release.

28mm Vertical Elasticity28mm of elasticity in the heel (the most of any binding on the market) yields a reduction in unwanted pre-releasing.

15mm Boot Sole Length Adjustment

Improved DIN Setting Screw

Bumpers and Metal Insert Protect Against Ski Edges and Poles

Additional Features

Smaller Mounting ZoneThe shortest mounting zone of any alpine binding available provides less swing weight, improved response, and a deeper, rounder, more consistent ski flex.

7 Points of ContactMore points-of-contact with the boot results in increased lateral energy transmission, drives more power to the edge of the ski and provides superior control, response, and snow feel.

Long ElasticityLonger elastic travel ensures more reliable retention to keep you in when you need. LOOK bindings offer the most elastic travel (lateral and vertical) and the fastest re-centering prior to release, ensuring superior shock absorption to reduce unwanted pre-release.