adidas Powerlift 4 Women's Weightlifting Shoes - SS20-9.5 - Purple

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About Adidas Powerlift 4 Women's Weightlifting Shoes

adidas Powerlift 4 Women's Weightlifting Shoes Engineered to support you through every lift. Made with a snug narrow fit, these weightlifting shoes keep you locked down with laces and a strap. The robust canvas upper includes a flexible forefoot to accommodate the natural movement of your toes when lifting. A reinforced midfoot and raised heel add stability. Strong Canvas Upper Constructed using a canvas upper, the Powerlift 4 Weightlifting Shoes offer durability, stability and comfort. The robust nature of the upper minimizes the risks of wear and tear so you'll never have to worry about how your challenging training session is effecting your shoes. The upper is also lightweight and stable which offers a supportive fit that doesn't compromise on comfort and performance. A reinforced heel counter exists to improve stability and safety during intensive weightlifts by locking in the heel to reduce any slippage. Completing the upper is a lace and velcro closure system which promotes a secure fit by locking down the midfoot so you can enjoy distraction-free workouts. High-Density Midsole The midsole of the Powerlift 4 has been specially formulated to ensure a strong and stable base for all your weightlifting needs. A high-density die-cut midsole wedge has been implemented into the midsole for greater stability and freedom of movement. The wedge is placed in the back of the shoe to increase stability and support during lifting yet it also allows the forefoot to be more flexible so you can enjoy greater freedom of movement. Completing the midsole is a textile-covered EVA sockliner which increases cushioning so you can remain comfortable during any lifting session. Anti-Slip Outsole Developed using an anti-slip rubber outsole, the adidas Powerlift 4 Women's Weightlifting Shoes ensure improved stability and grip. The grippy rubber outsole has been designed to offer you maximum levels of traction ensuring your feet remain stable on all surface. This has been des