Free Shipping On All Orders $100+

WINTER BLOWOUT SALE!

Save 40% On All 2023/2024 Winter Gear.

K2 Mindbender 96C W Skis | 2024

$ 389.97 USD $ 649.95
Shipping calculated at checkout.
Size

Earn 1 Point on this purchase. Learn more

Delivery & Shipping

  • Please allow 4-5 business days for delivery.
  • We get orders shipped out the next business day if ordered by 12PM PST.

Description

Are you looking for an all-mountain ski that's equally comfortable on the hard pack, bumps or the occasional powder day? Look no further than the all-new K2 Mindbender 96C W — featuring K2’s patented Spectral Braid technology, a variable-angle fiber reinforcement that allows for precision-tuned torsion and flex, giving the skis a lively and energetic power transfer. Strapped with Uni-Directional Flax, the 96C W can track in variable terrain. Its composure will keep you feeling confident through the chop and chunder. At a slightly more approachable construction and waist width than the 99Ti W, the Mindbender 96C W is the perfect stable and dynamic tool to keep you shredding from first chair to last.


Features
  • All-Terrain Rocker™ - Skis with All-Terrain rocker have a gradual rise to the tip for great versatility in all conditions, with a short, low rise in the tail for added control variable snow.
  • Aspen Micro Block Core - Lightweight and resilient. Great all-around core material.
  • Spectral Braid - Another implementation of K2’s Torsion Control Design, patented Spectral Braid is a first-of-its-kind variable-angle fiber reinforcement that allows for precision-tuned torsion and flex by altering the fiber orientation along the length of the ski. Lively, energetic, and composed, skis with K2’s Spectral Braid have stability and control in spades while remaining extremely maneuverable.
  • Uni-Directional Flax - Flax is a lightweight and sustainable natural fiber reinforcement fabric that improves a skis ability to track in variable terrain resulting in improved suspension and composure.
  • Bio-Resin - Lightweight, eco-friendly material for energetic and consistent flex across a wide range of temperatures.