Reebok CrossFit Nano 2.0

The Reebok CrossFit Nano 2.0 has arrived on the market, the perfect model to achieve maximum performance during your most demanding and intense crossfit sessions. Specifically designed to provide maximum flexibility and stability, its low-cut design will allow you to enjoy permanent freedom of movement! In addition, the EVA foam midsole will not only provide the cushioning you need, but will also promote a more natural and responsive ride for your foot.

Reebok CrossFit Nano 2.0, power and versatility

The Reebok CrossFit Nano 2.0 Crossfit trainers come to the market with the firm purpose of offering a quality response to the most intense workouts. Regardless of the training circuits, cardio sessions or crossfit classes you decide to complete, this model will give you the support, flexibility and cushioning you need at all times! To do this, the American firm bets on a first class technological framework, let's go into detail!

The low-profile EVA foam midsole present in this Reebok model will offer you superior cushioning and , at the same time, will allow greater contact with the training surface. You'll enjoy a more natural, responsive stride and faster transitions for maximum performance!

The upper of these men's and women's Crossfit trainers is designed with a breathable, lightweight mesh upper. Thanks to the overlays included in the upper, you'll enjoy superior lateral support and stability, and the low-cut design allows you to move without limitations. In addition, DuraGrip reinforcements in the toe area increase the shoe's resistance to wear and tear without sacrificing superior breathability!

The rubber outsole will allow you to enjoy superior flexibility, thanks to the grooves implemented in the forefoot.

Reebok CrossFit Nano 2.0, technical specifications

The Reebok CrossFit Nano 2.0 Crossfit trainers shoes are your ideal companion to successfully complete the most intense workouts in the BOX. Its low-cut design allows you to enjoy permanent freedom of movement while its structure promotes superior stability and flexibility.