Men's training shoes Under Armour Commit 4 white/mod gray/forest green (3026017-106)

Men's training shoes Under Armour Commit 4 white/mod gray/forest green provide versatile support in the training hall thanks to advanced cushioning and a stable construction. The model is designed for intense workouts where comfort, stabilization, and effective shock absorption during dynamic movements are crucial.

Advanced Charged Cushioning®

The midsole features Charged Cushioning® foam technology, which effectively absorbs shocks and provides dynamic energy return with every step. An 8 mm drop promotes natural foot roll during strength and functional training. The cushioning system used in the model guarantees optimal joint protection even during intense loads.

Durable materials and upper construction

The upper is made from a combination of synthetic material and leather, ensuring durability and proper ventilation in key areas. The rubber outsole provides traction and wear resistance during multidirectional movements. The laces allow for precise fitting of the shoe to the foot, which translates to stability and safety during use.

Comfort during training

The Deluxe Comfort System insole ensures a high level of comfort throughout physical activity. The Under Armour Commit 4 shoes support the foot during various exercises, offering effective cushioning, stability, and breathability. The thoughtful design and applied technologies make this model a solid choice for gym workouts and fitness classes.

Men's training shoes Under Armour Commit 4 white/mod gray/forest green - features:

• Midsole equipped with Charged Cushioning® foam technology for effective cushioning;
• 8 mm drop supporting natural foot roll during training;
• Upper made of synthetic material and leather for durability and ventilation;
• Rubber outsole providing traction and wear resistance;
• Deluxe Comfort System insole ensuring comfort throughout the workout;
• Laces allowing for individual fitting to the foot;
• Model designed for strength and fitness training;
• Stable construction providing support during dynamic exercises;
• High functionality due to the use of advanced cushioning technologies;
• Ventilated areas in the upper for effective air exchange.