Under Armour Charged Surge 4 academy/academy/white men's running shoes (3027000-401)

The Under Armour Charged Surge 4 Men's Running Shoes academy/academy/white combine advanced cushioning technologies with modern recycled materials, creating an optimal solution for neutral foot type runners. The use of technical textiles and synthetic components in the upper ensures high breathability and comfort during asphalt training sessions.

Charged Cushioning® Foam Cushioning

The midsole features Charged Cushioning® foam, which is responsible for effective shock absorption and dynamic response during runs. This technology enhances step elasticity, translating to greater efficiency during intense training. The Charged Surge 4 model from Under Armour has been designed with runners in mind who expect support and cushioning on hard surfaces.

Eco-Friendly Materials and Durable Outsole

The construction incorporates textiles and synthetics derived from recycling, addressing the needs of environmentally conscious individuals. The outsole is made of durable rubber, providing excellent grip on asphalt. The recycled components do not compromise technical parameters, ensuring the durability and functionality of the footwear.

User Comfort and Fit

The Deluxe Comfort system guarantees a high level of comfort even during long training sessions. The standard width of the upper allows for a natural foot position, while the laced closure allows for precise adjustment of the fit. The breathability of the materials keeps the foot dry and comfortable throughout use.

Under Armour Charged Surge 4 Men's Running Shoes academy/academy/white - features:

• Midsole with Charged Cushioning® foam providing effective cushioning;
• Upper made from recycled textiles and synthetics;
• Durable rubber outsole ensuring grip on asphalt;
• Deluxe Comfort system providing comfort while running;
• Standard width upper allowing for natural foot positioning;
• 8 mm drop facilitating smooth foot roll;
• Training purpose for neutral foot type runners;
• Eco-friendly approach due to the use of recycled materials.