Strive 14 Gripwalk Ski Bindings 2024/25
Strive 14 Gripwalk Ski Bindings 2024/25
Regular price
$279.95 CAD
Regular price
Sale price
$279.95 CAD
Unit price
/
per
Unlock your full potential on the slopes with the Salomon Strive 14 Gripwalk Ski Bindings. The ultra low-profile toe piece boosts your balance and response, while maximizing the ski's performance. Experience the thrill of effortless control and precision with every turn and lap on your favourite terrain. Make every day on the mountain your best one yet!
- 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.
- XL Wings: Long wings that envelop the tip of the boot perfectly to provide increased power transmission and confidence in freeride bindings.
- 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.
- Low profile Chassis: Low stand height for increased terrain feedback and enhanced power transmission.
- 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.
- 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.
- Automatic Wing & Toe Adjustment: No adjustments needed to adapt the wings and toe-height to your boots. Just step-in and ski!
- Glass-Fiber PA: A dedicated polyamide reinforced with fiberglass which makes bindings lighter, durable, and with more tolerance on skis.
- Arch Heel: Heel arch technology for lateral reinforcement.
- 3 Parts Heel: Extra-wide BC 3-parts heel, providing extreme resistance, strongest hold and increased stability.
- Gripwalk: GripWalk bindings automatically adjust to both Alpine and GripWalk boots, so you can enjoy walking comfort without compromising power transmission and precise binding release.