K2 Women's Chloro Snowboard 2027
SHIPPING
If your sub-total is at least 99$, you're eligible for free shipping within Canada on most items*
*Read our Free Shipping Policy here.
ONLINE ORDER PICKUP
Heads up—Online Order Pickups have been relocated across the street!
Local orders selected for pickup can be collected from our flagship Kitsilano location: 1787 West 4th Ave, Vancouver, BC
Have an existing order? Curious about the status of your pickup? We're happy to help at: 📞 1-888-262-7337 or 📧 support@comorsports.com
RETURNS & EXCHANGES
In-store purchases are eligible for a full refund within 15 days of the original purchase date and up to 30 days for a store credit.
Online returns are accepted up to 15 days after receiving your order and 30 days for store credit.
Orders shipped for free that are returned in-store may be subject to a restocking fee*
The K2 Chloro brings a freestyle attitude to the whole mountain, not just the park. Its twin shape and soft flex are forgiving for beginners, and the Combination Camber profile keeps things lively without feeling unpredictable.
Camber sits between the bindings for stability and pop, while rocker extends toward the nose and tail for a hook-free feel. An Aspen core with biaxial fiberglass holds an edge on ice, and the Extruded 2000 base stands up to daily park laps.
Key Features
- Profile: Twin Rocker
- Shape: Directional Twin
- Response: 3/10
- Riding Style: All-Mountain
- Rider Ability: Beginner
- Extruded 2000 Base: A low maintenance and smooth gliding base material that's durable and easy to repair
- Aspen Core: A single species lightweight wood core that delivers smooth flex and lively rebound
- Biax Glass: A fiberglass weave intersecting at 90º angles provides the proper torsional flexibility and strength
- Catch-Free™ Tune: A 2° bevel and factory detuned tip and tail reduce falls and make linking smooth turns more achievable
- HYBRITECH™ Construction: Removes excess plastic in the tip and tail and adds a 3D capped edge to increase fiberglass bond strength, decreasing swing weight and reducing the plastic used in manufacturing
