adidas Speedex 23 Boxing Shoes
Stay quick on your feet. When speed matters, these lightweight boxing shoes give you the edge in training. Engineered to excel at boxing, kickboxing and boxercise workouts, they include a Torsion System and an integrated 3D heel cage for heel stability during fast footwork.
Breathable Textile Upper
Providing you with a great deal of protection, yet excellent airflow, the Speedex 23 utilise a durable textile upper, allowing you to feel constant comfort throughout your training or fight Nights. The uppers have strategically placed perforations, allowing air to flow freely, enhancing in-shoe comfort and providing a fresh, cool experience in the shoes. The materials are also excellently durable, providing you with a pair of shoes that are reliable and protective for your feet to thrive under pressure. A flexible construction means that movements are not restricted and allow you to bend and flex comfortably. The shoes have a 3D heel cage, which offers a secure fit during fast footwork and movements. The shoes have a traditional lace-up system, which provides a locked-in and secure fit, allowing you to remain confident in the ring.
Made with a series of recycled materials, this upper features at least 50% recycled content. This product represents one of adidas' solutions to help end plastic waste.
EVA Midsole and Durable Adiwear outsole
The shoe's midsole is made with EVA, which offers optimal comfort and responsiveness, allowing you to train and fight longer and more effectively. The midfoot is firm, offering stability and support. Developed using an Adiwear rubber outsole, the adidas Speedex Shoes ensure improved stability and grip. The grippy rubber outsole has been designed to offer maximum traction ensuring your feet remain stable on all surfaces. The rubber outsole keeps your foot sturdy and flat for a smooth push-through for stronger, explosive movements by keeping your level, connected to the floor. adidas' Torsion System technology has been added to the Speedex 23 allowing the forefoot and rearfoot to move independently, resulting in better surface adaptation and stability.
