BLACK CROWS Octo Birdie ski - Womens - 155cm

The Black Crows Octo Birdie is a piste and piste-side ski built for women who want to blend precise carving with a playful, newschool-inspired feel across groomed runs and variable snow conditions, welcoming both developing skiers and dedicated carving enthusiasts. The ski's angular curves and swallowtail outline work together to deliver lively edge engagement on hardpack while easing the transition between turns, reducing effort without sacrificing responsiveness. Where most carving-focused skis prioritise aggression over accessibility, the Octo Birdie disrupts that formula — its UFO-for-carving geometry makes high-energy arc turns feel approachable and genuinely fun rather than demanding. Ride it for the smiles, stay for the style.

Features:

• Piste and piste-side oriented design suits groomed runs and firm variable snow, making it accessible for novice through to advanced women skiers who want to explore carving and on-piste performance
• Newschool-inspired ease built into the shape reduces the physical demand of linking turns, so skiers can maintain energy and confidence across a full day on the mountain
• Swallowtail tail geometry adds visual style while softening tail release at the end of each turn, making it easier to initiate the next arc cleanly
• Angular curves throughout the ski's outline promote direct edge-to-snow contact, giving carving enthusiasts the grip and precision they need on hardpack without an overly stiff ride
• UFO carving character means the Octo Birdie delivers a turn shape and feel that sits outside conventional ski categories, appealing to skiers who want something distinct from standard all-mountain or race-oriented designs
• Approachable personality across skill levels means beginners benefit from the forgiving turn initiation while experienced riders can push the ski into dynamic, high-angle carves
• Black Crows' signature design language carries through the Octo Birdie with a shape that prioritises rider enjoyment and on-snow expression over purely technical metrics