Description
Staying true to the revolutionary concept that made the original Shift stand out, Salomon’s new Shift2 bindings bring downhill skiability and uphill experience to new heights. Redesigned to enhance your skiing experience, these DIN 10 bindings elevate Shift’s cutting-edge technologies so you can conquer the mountain like never before.
- Weight per unit: 0.90 kg
- Compatibility Norm: MN
- Level of Practice: Intermediate
- Din Scale: 4-10
- Skier Weight Min: 48 kgs
- Skier Weight Max: 99 kgs
eatures & Fabrics
Binding Technologies
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Low profile Chassis: Low stand height for increased terrain feedback and enhanced power transmission.
Heel
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Easy climbing aids manipulation: Ensures easy switch with the poles between climbing aid positions.
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Hybrid Heel: Aluminum lever for a rigid construction allowing enhanced power transmission. Made with Carbon-Infused PA for a light, yet strong construction.
Main Material
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Carbon-loaded PA: A very lightweight and resistant alloy of carbon and polyamide to fulfill the need for very light weight, extreme resistance and rigidity.
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Aluminium: A rigid and strong construction that allows enhanced power transmission.
Pedal
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Sliding Toe pedal: A specific pedal mounted on a spring that allows lateral movements and re-centering. It allows any normed boot to release out of the binding in case of a lateral fall.
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Power Block AFD: A new micrometric, height-adjustable AFD with a single-block aluminum insert that supports the boot and provides 30% more lateral stiffness compared to previous generations.
Toe
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Hybrid Toe: Ultimate elastic travel allowing for the boots to be held back when shocks get bigger. Compatible with all normed boots with no compromise on safety or performance.
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Elastic travel: The ultimate elastic travel on the wings. It holds the boot back when faced with bigger shocks and minimizes the risk of pre-release.
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Crampon system: Possibility to attach dedicated crampons to the binding.
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XL Wings: Long wings that envelop the tip of the boot perfectly to provide increased power transmission and confidence in freeride bindings.