Jones Dream Weaver 2.0 2027

* PREORDER YOUR BOARD NOW FOR WINTER 2026 - ARRIVING MAY*

Jones Dream Weaver 2.0 2027 Snowboard

The Jones Dream Weaver 2.0 2027 is a women’s all-mountain freeride board built to make progression feel natural while still delivering confident performance across varied terrain. With a directional shape, hybrid camber profile and friendly flex, it blends floaty powder performance with smooth carving and playful freestyle capability. Designed as a confidence-boosting daily driver, the Dream Weaver 2.0 thrives whether you’re cruising groomers, dipping into soft snow or exploring new lines beyond the piste.

What Makes This Snowboard Tick?

• Camber Profile: Directional Camber/Rocker blends camber through the body for edge hold and pop with rocker in the nose for float and smoother turn initiation.

• Shape: Directional freeride shape with tapered tail improves powder float and forward riding stability while remaining manoeuvrable.

• Flex Rating: Mid-flex (approx. 5–6/10) gives a forgiving, playful feel while maintaining stability for carving and speed.

• Women’s Specific Design: Tuned flex and sizing designed for lighter riders, delivering easier control and smoother progression.

• Terrain: All-mountain freeride — ideal for carving groomers, powder days, side hits and exploring mixed conditions.

• 3D Contour Base: Slightly uplifted contact points help reduce catchiness, improve float and create smoother turn transitions.

• Edge Technology: Traction Tech edges add extra contact points for enhanced grip on hardpack and icy snow.

• Core Construction: Lightweight wood core balances strength, pop and durability while keeping the ride lively and responsive.

• Base: Fast sintered base maintains glide and durability for consistent speed across varied conditions.

• Ride Feel: Stable yet playful — delivers freeride confidence without the aggressive stiffness of more advanced boards.

• Rider Level: Progressing intermediate through advanced riders wanting a confidence-building freeride daily driver.