N SCRAP STRIVE 16 MN
Unisex - All-Mountain
$399.95
4.4
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N SCRAP STRIVE 16 MN
The Strive 16 features an ultra low-profile toe piece which creates a low center of gravity. Combined with the reliable heritage heel design, this binding enhances a skier’s power, control, and responsiveness due to more direct ski contact. This binding removes as much interference between you and the ski as possible to connect you to the terrain.
Article ref. L49286700+
- Weight per unit
- 2 LB, 8 OZ
- Compatibility Norm
- Touring, Gripwalk - Adult, Alpine - Adult
- Level of Practice
- Advanced, Expert
- Din Scale
- 7-16
- Skier Weight Min
- 145.5 LBS
Product benefits
Binding Technologies
- Low profile Chassis: Low stand height for increased terrain feedback and enhanced power transmission.
Heel
- Arch Heel: Heel arch technology for lateral reinforcement.
- 3-Part Metal Heel: Robust, widebody 3-part heel offers extreme durability, strong retention, and stability.
Main Material
- Glass-Fiber PA: A dedicated polyamide reinforced with fiber-glass which makes bindings lighter, durable, and with more tolerance on skis.
- Steel: Super rigid, non-deforming material that meets racers’ expectations in terms of power and precision.
Pedal
- Extra-wide Toe pedal (>60mm): A super-wide pedal that ensures the best lateral power transmission from skier to ski. Designed for intense freeskiing, perfect stability and enhanced confidence.
- 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.
Toe
- LDN Toe: This revolutionary toe piece boasts an ultra-low center of gravity highlighted by an extra-wide pedal and neutral stance, so skiers can feel the pure sensations of all terrain.
- 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.
- XL Wings: Long wings that envelop the tip of the boot perfectly in order to provide increased power transmission and confidence in freeride bindings.