Adidas Adizero Ubersonic 5 M Clay Lucid Lemon/Core SS25 padel shoes

Adidas ADIZERO UBERSONIC 5 M Clay Lemon/Core: grip, cushioning and stability to dominate every point. The Adidas ADIZERO UBERSONIC 5 M Clay Lemon/Core padel shoes are created for players looking for a combination of grip, lightness, cushioning and support on court. They deliver the responsiveness and protection required by dynamic padel, with frequent changes of pace and constant movement.. This model includes high-quality materials and technologies intended to maximise responsiveness, comfort and durability, giving confidence in every movement and a stable foothold at all times.. Technical features of the Adidas ADIZERO UBERSONIC 5 M Clay Lemon/Core. The Adidas ADIZERO UBERSONIC 5 M Clay Lemon/Core combine a technical construction with a court-specific outsole. Their specifications are detailed below:. Brand: Adidas. Model: ADIZERO UBERSONIC 5 M Clay Lemon/Core. Year: Latest season. Surface type: Clay. Gender: Men. Cushioning: Adituff. Outsole: High-grip technical rubber. Upper: Breathable materials with reinforcements. Closure: Laces. Use: Padel. Playing level: regular padel use. Technologies and materials in the Adidas ADIZERO UBERSONIC 5 M Clay Lemon/Core. Adituff: reinforcement and performance. The Adidas ADIZERO UBERSONIC 5 M Clay Lemon/Core include the Adituff technology, an Adituff reinforcement in the toe area to resist abrasion. It is a key element to help maintain performance during play.. Adiwear: outsole and durability. The Adidas ADIZERO UBERSONIC 5 M Clay Lemon/Core feature the Adiwear technology, an Adiwear outsole designed for high resistance to wear. It contributes to better longevity on court.. Boost: midsole and responsiveness. The Adidas ADIZERO UBERSONIC 5 M Clay Lemon/Core incorporate Boost technology, a Boost midsole that provides high energy return and cushioning. It helps improve responsiveness and comfort during play.. Clay outsole: grip and durability. The outsole of these shoes is designed for clay, with a tread pattern that optimises gr