HEAD KORE TOUR 87 + AMBITION 10 MN | Alpine Touring Skis

The HEAD KORE Tour 87 skis bring top-tier all-mountain performance, offering a unique combination of lightweight construction and dynamic downhill capability. By incorporating Graphene and Carbon in a Sandwich Cap construction, they ensure strong edge grip and smooth turns, while Topless Tech reduces weight while maintaining stability and power.

The Rocker design at the tip and tail enhances floatation in deep snow, while the notched tail makes skin attachment easier, simplifying ski touring preparation. With a light yet durable Karuba-Poplar wood core and a triaxle weave carbon layer, the KORE Tour 87 skis deliver exceptional responsiveness, whether you're charging down the slopes or cruising through turns. These skis are designed for the perfect balance between climbing and descending. The vibration absorption structure underfoot and the new topsheet shape enhance stability, even on harder snow.

Lightweight yet powerful, the HEAD KORE Tour 87 allows you to venture beyond the ski resort boundaries, discover new routes, and enjoy an exciting downhill experience. If you're looking for a lightweight, durable, and reliable ski touring ski, the HEAD KORE Tour 87 is the perfect choice.

Features:

Length: 156 / 163 / 170 / 177 / 184 cm

Turning radius: 16.0 m @ 177 cm

Dimensions (Sidecut): 130 / 87 / 110 mm @ 177 cm

Multilayer-Carbon Sandwich Cap Construction- Reduces weight without sacrificing durability and performance.

KARUBA-POPLAR Wood Core- Lightweight, yet durable core for the best balance between flexibility and stability.

Graphene Material- The thinnest and lightest material ever discovered, 300 times stronger than steel, offering unparalleled strength and stability.

Topless Tech Technology- Reduces weight without compromising performance.

Structured UHM C Base- Durable and high-quality base for excellent glide and durability.

Notched Tail- Slit at the back for easy skin installation.

Tip-Tail Rocker- Improves lift in soft snow and offers better floatation in difficult conditions.