Jones Womens Airheart 2 Snowboard 2027

Check out the new Jones Womens Airheart 2 Snowboard 2027

The Precision Tool For All Terrain Performance.

The Womens Airheart 2.0 Snowboard is a hard charging directional twin built for advanced all mountain riders who like to rail turns and catch air anywhere on the mountain. This elite precision tool features a full camber profile and a mid stiff, poppy flex, making it ideal for fast carves, big airs, and rock solid stability. Whether you are charging down icy steeps or boosting out of the pipe, the Airheart 2.0 delivers the power and response required by riders who refuse to slow down.

Why it Hits

The Womens Airheart 2.0 Snowboard hits because it prioritizes edge power and technical control. The True Camber profile and High Camber height provide maximum grip and explosive energy, while the Medium 3D Contour Base in the nose and tail ensures that turn initiation remains fluid and catch free. By utilizing the Boost Core with integrated Koroyd and Bcomp Carbon Flax Stringers, the board offers a damp, lightweight ride that stays composed at high speeds and absorbs heavy impacts with ease.

• Boost Core: A premium wood core reinforced with aerospace grade Koroyd to reduce swing weight and provide superior dampening.

• Bcomp Carbon Flax: High tension natural fiber stringers that increase longitudinal snap and absorb high frequency vibrations for a smoother ride.

• Sintered 8000 Base: A hyper fast base material that ensures consistent speed through flats and variable snow conditions.

• Triax Fiberglass: A multi axis fiberglass layup that provides precise torsional rigidity for superior edge control and energy transfer.

Shred Metrics

• Terrain: All Mountain / Freestyle

• Personality/Flex: 4/5 (Mid Stiff & Lively)

• Shape: Directional Twin

• Profile: True Camber (High Camber)

Tech Specs

• Core: Boost Core + Koroyd

• Additives: Bcomp Carbon Flax Stringers

• Glass: Triax Fiberglass

• Base: Sintered 8000

• Shape Tech: Medium 3D Contour Base + Traction Tech

Board Specs