Superflexi Cross-Training Shoes
Anta SUPERFLEXI Training Shoes
Men's SUPERFLEXI 2.0 training shoes are designed for those who value comfort and functionality during training. They provide excellent cushioning, flexibility and support, making them ideal for the gym, track and group training.
The upper part of the A-WEB sneakers provides excellent ventilation, lightness and durability. The mesh material allows the feet to breathe, preventing overheating and discomfort.
The A-FLASHEDGE midsole guarantees softness and comfort with every step. NITROEDGE technology in the heel area provides cushioning and energy return, reducing the load on the joints and muscles.
Convenient Velcro fastener allows you to easily fix the lacing, providing a perfect fit and additional support.
The SUPERFLEXI 2.0 men's training shoe is the perfect choice for those looking for comfortable, functional and stylish training shoes for intense training and an active lifestyle.
COMPOUND:
Mesh Nylon: 70%; Thermopolyurethane: 15%; Synthetic Leather: 15%; Sole Material: EVA: 80%; Rubber: 20%
A-FLASHEDGE
A new innovative material developed by ANTA in collaboration with Tek nor Apex. The formula contains natural latex and thermoplastic elastomers from Tek nor Apex, which are commonly used in the automotive industry. This method of producing the midsole material provides an optimal combination of elasticity and cushioning.
A-WEB
Three-layer upper material: the upper and lower layers are single-layer mesh, and the middle layer is honeycomb, which creates an air circulation effect. Soft, breathable and durable material with a high degree of adaptability (stretching in different directions).
NITROEDGE
Lightweight foam made from EVA or TPU (depending on the model) using nitrogen foaming instead of traditional chemical methods provides effective cushioning and a high level of energy return (rebound). Nitrogen has low chemical activity, so it does not interact with the foam (unlike chemical reagents), which gives the foam high wear resistance and durability. The energy return coefficient is 82-84%.
Select size
From $1,193.15
Original: $3,409.00
-65%Superflexi Cross-Training Shoes—
$3,409.00
$1,193.15
Description
Anta SUPERFLEXI Training Shoes
Men's SUPERFLEXI 2.0 training shoes are designed for those who value comfort and functionality during training. They provide excellent cushioning, flexibility and support, making them ideal for the gym, track and group training.
The upper part of the A-WEB sneakers provides excellent ventilation, lightness and durability. The mesh material allows the feet to breathe, preventing overheating and discomfort.
The A-FLASHEDGE midsole guarantees softness and comfort with every step. NITROEDGE technology in the heel area provides cushioning and energy return, reducing the load on the joints and muscles.
Convenient Velcro fastener allows you to easily fix the lacing, providing a perfect fit and additional support.
The SUPERFLEXI 2.0 men's training shoe is the perfect choice for those looking for comfortable, functional and stylish training shoes for intense training and an active lifestyle.
COMPOUND:
Mesh Nylon: 70%; Thermopolyurethane: 15%; Synthetic Leather: 15%; Sole Material: EVA: 80%; Rubber: 20%
A-FLASHEDGE
A new innovative material developed by ANTA in collaboration with Tek nor Apex. The formula contains natural latex and thermoplastic elastomers from Tek nor Apex, which are commonly used in the automotive industry. This method of producing the midsole material provides an optimal combination of elasticity and cushioning.
A-WEB
Three-layer upper material: the upper and lower layers are single-layer mesh, and the middle layer is honeycomb, which creates an air circulation effect. Soft, breathable and durable material with a high degree of adaptability (stretching in different directions).
NITROEDGE
Lightweight foam made from EVA or TPU (depending on the model) using nitrogen foaming instead of traditional chemical methods provides effective cushioning and a high level of energy return (rebound). Nitrogen has low chemical activity, so it does not interact with the foam (unlike chemical reagents), which gives the foam high wear resistance and durability. The energy return coefficient is 82-84%.
