BLIZZARD Ski Phoenix R13 CA + TPC11 DEMO W

Blizzard Phoenix R13 CA WB Women's Ski 2026

The Blizzard Phoenix R13 CA WB Women's Ski 2026 is tailored for female skiers seeking performance on piste. Its directional shape paired with a full camber profile and a slight front rocker allows for quick and progressive turns. The Trueblend wood core, combining beech and poplar, ensures even force distribution and a solid edge grip. The 76 mm waist width enhances responsiveness in short turns. This model comes with pre-adjustable TPC 11 W Demo bindings.

Technologies

The W.S.D. Carbon with Trueblend construction combines a wood core calibrated for added stability and carbon to enhance responsiveness. The continuous camber extending to the tail boosts power transmission. The early tip rocker simplifies turn initiation and promotes gradual edge hold on hard snow.

Benefits and Use

Suitable for intermediate to advanced female skiers, the Blizzard Phoenix R13 CA WB Women's Ski 2026 allows for smooth skiing in short to medium radius turns. It offers precise and secure handling on groomed snow while remaining accessible thanks to a balanced flex. Ideal for recreational or regular sporty piste use.

Main Features

• W.S.D. Carbon Construction with Trueblend: lightweight and precise structure adapted to female anatomy for better control.
• Trueblend Piste Wood Core: a combination of beech and poplar for a progressive flex and consistent stability.
• Rocker/Camber Profile: 3 mm tip rocker and rear camber to facilitate edge engagement.
• TP 11 W Demo Binding: easy adjustment for quick fitting to different boot sizes and levels.
• Radius of 13 m (165 cm): enables quick transitions in turns for a dynamic on-piste performance.
• Weight per pair: 3000 g (165 cm): a balance between comfort and stability for a full day on the slopes.

Sizes and dimensions

Rider Tips

To optimize turn performance, choose a length close to your height and fine-tune the TPC 11 bindings to suit your style. A slight tip rocker requires a small amount of forward pressure at the initiation to fully utilize the camber.