The upper is made of engineered Flymesh, ultra-breathable and lightweight. The dynamic fascia placed in the medial arch, provides breathability and zero distraction.
The midsole is characterized by the new Nike ZoomX light foam, combined with the carbon fiber plate, offering performance and responsiveness. The thick midsole (31 mm in the heel and 21 mm in the forefoot) is able to maximize cushioning and speed, and at the same time give great responsiveness.
The sole consists of two types of rubber: the front provides high abrasion for greater durability, while the rubber on the back, lightweight and optimizes traction and optimum energy return.
Details:
Weight: 184 grams (male 45 EU)
Drop: 10 mm
Unisex model
Carbon fiber plate, offers maximum propulsion
ZoomX midsole offers a great return of energy
Dynamic Arcband internally placed in the medial area, which integrate with the laces, provide comfort and locks the foot without forcing it
High abrasion rubber sole for better durability
Secure foot, internally placed in the heel area, protects the foot from bumps
Front sole: With algorithmic shape, it gives better propulsion
Lightweight rubber sole, for better durability over time
Super soft rubber sole, optimizes traction for optimum energy return
Racing Graphics and 0:00:00 reflectors, placed on the heel, mark the start of the record taken by the great marathoners
Within the tabs you can mark the date and location of your personal record on 42k
Heel aerodynamic
DYNAMIC SUPPORT
Dynamic support in the shoe's midsole provides the stability you need in an ultra-smooth ride, without the added weight or stiffness of a traditional medial post. It features more soft foam on the lateral side for cushioning on impact and more firm foam on the medial side for support.
Flywire
La tecnología Fywire contribuye a a brindar sujeción y comodidad ultraligera a tus pies. Saca su fuerza de las fibras finas en nylon estratégicamente colocadas en la parte superior de la zapatilla para mantener el pie firme y contribuyendo a reducir las posibilidades de deslizamiento durante la actividad. Esto permite una masiva reducción de peso, porque el material se utiliza solo cuando es necesario para la estructura.