Scarpa Spin Planet Women's Running Shoes

Light on your feet and light on the planet, our latest addition to the Spin family is a highly cushioned trail running shoe with serious sustainability features, with the upper, midsole and outsole all featuring significant recycled content. If you're as serious about sustainability as you are about trail running, Spin Planet is your long-term solution.

Scarpa Spin Planet Features

Recycled Upper : Highly breathable upper made from 100% recycled content. Axial TR technology tongue means low-volume wrap closure.

Midsole : High-volume cushioned midsole with 45% recycled content provides stability and provides longer-lasting cushioning

Scarpa Spin Planet Details

Lining : Recycled Microfiber

Insole : EVA Insole

Weight : 260G (Number 38/Single)

Midsole : EVA - 45% Recycled

Drop : 4MM

Top : Recycled Mesh + Recycled Microfiber

Outsole : PRESA® TRN-06

Scarpa Spin Planet Base Features

Midsole : High-volume cushioned midsole made of medium-density EVA (45% recycled) for stability and propulsion response

Outsole : PRESA outsole with ATR compound combining high grip and durability (30% recycled rubber)

Scarpa Spin Planet Technologies

EXO

Superstructure system designed by SCARPA. The lateral protection (inserts or thermally welded cage) combined with the upper creates an exoskeleton that better protects, supports and holds the foot.

eco

Our products walk through the most beautiful and unspoilt landscapes on Earth. We think we should do everything we can to protect these landscapes. “Planet Friendly” refers to products made from environmentally friendly materials, where materials and processes are specifically selected for their environmentally friendly properties.

Presa

Presa® is the end result of SCARPA's internal sole R&D. An environment of discovery and technological innovation where experience and scientific research combine.

Each Presa® sole is carefully developed with the shoe's context of use in mind. Measurement of key performance indicators (including grip and resistance on dry and wet surfaces) is crucial in choosing the best sole for the activity for which the shoe is designed.