Under Armour Project Rock 7 city khaki/city khaki/city khaki women's training shoes (3027601-299)

The women's training shoes Under Armour Project Rock 7 city khaki/city khaki/city khaki provide an excellent synergy of technology and comfort during the most demanding training sessions. The combination of innovative cushioning solutions and thoughtful construction allows for the full potential to be achieved at every stage of activity.

Advanced UA technologies: UA HOVR™, Clone, and TriBase™

This model features UA HOVR™ technology, which ensures effective cushioning and energy return support during dynamic movements. The synthetic upper supports the foot with UA Clone technology, providing a flexible fit to the individual shape of the foot. The UA TriBase™ system used in the shoes improves traction and stability during workouts on various surfaces.

Upper construction and fit

The upper, made of textile and synthetic materials, ensures a balance between breathability and durability, which is crucial during intense training sessions. The lace-up closure allows for precise adjustment to the foot. A 6 mm drop supports the natural movement of the foot, enabling both effective stabilization and freedom during sudden direction changes.

Comfort and durability

The Under Armour Project Rock 7 shoes offer both comfort and versatile cushioning, translating to high wearability throughout the workout. Optimised ventilation effectively dissipates excess heat, helping maintain freshness even during prolonged sessions. The stability and traction of these shoes instil confidence with every step, regardless of movement intensity.

Women's training shoes Under Armour Project Rock 7 city khaki/city khaki/city khaki - features:

• UA HOVR™ technology providing effective cushioning during training;
• UA Clone system enabling a flexible fit of the upper to the foot;
• UA TriBase™ solution guaranteeing enhanced traction and stability;
• Upper made from breathable textile and synthetic materials;
• Laces allowing for individual adjustment of the shoe to the foot;
• 6 mm drop supporting natural foot movement;
• Effective ventilation ensuring thermal comfort throughout training;
• Stability of the construction providing confidence during dynamic exercises;
• High level of traction on various types of surfaces;
• Comfort of use even during intense training sessions.