HOKA Skyline-Float X

HOKA 's latest innovation is now available, the HOKA Skyline-Float X, a shoe that guarantees propulsion and firmness for your next mountain hiking trail.

The HOKA Skyline-Float X is a hiking shoe made with plant-based elements throughout: a soy insole, a midsole with 30% sugar cane, a 90% organic Pebax plate and a Vibram XS Trek rubber outsole, the brand's commitment to sustainability is clear in this new model.

Main features of the HOKA Skyline-Float X

HOKA continues to increase its range of hiking shoes & walking boots with this new model that guarantees great stability during our excursions in the mountains.

The upper of the shoe is made of a breathable technical jacquard mesh made with 24% recycled content that adapts to our feet and provides great comfort and breathability.

The midsole of the HOKA Skyline-Float X consists of a dual density EVA foam, made from 30% sugar cane. In addition, in the midsole we have an insole in which its upper fabric is made from 100% recycled polyester.

The shoe has a Pebax plate that provides better propulsion during our mountain hikes and, like the rest of the elements of the shoe, is made from recycled materials, specifically 89% castor oil.

The shoe includes a symmetrical cushioning base without additional prescriptive technologies, which is designed to provide the support we need at all times.

In the heel we find the SwallowTail technology that is designed for a smoother transition. In addition, on the back of the heel we have a small puller to facilitate putting on and taking off the shoe more easily and quickly.

The sole of the shoe provides durability and grip through the alliance with Vibram that implements the Vibram XS Trek technology, designed to provide improved traction, especially in those more uneven or steeper terrain.

In summary, we have in the HOKA Skyline-Float X a shoe for our trekking excursions in the mountains, with the unmistakable style and design of the brand, with quality materials, high profile midsole and an ideal combination of cushioning and propulsion capacity in each of our strides.