adidas Pro Bounce 2019 Low Collegiate Royal

adidas Pro Bounce 2019 Low Collegiate Royal FAQ

Does the shoe feature adidas' Bounce cushioning?

Yes, the adidas Pro Bounce 2019 Low Collegiate Royal incorporates Bounce cushioning technology. This advanced cushioning system is integrated into the midsole of the shoe, aiming to provide wearers with a responsive and comfortable experience. adidas' Bounce cushioning is engineered to offer optimal energy return and impact absorption, enhancing performance and comfort on the basketball court.

What type of upper material does the Pro Bounce Low Collegiate Royal have?

The adidas Pro Bounce upper is crafted using a combination of breathable mesh and durable synthetic materials. This blend of materials is designed to strike a balance between providing necessary support and allowing adequate ventilation. The mesh component is meant to contribute to airflow, helping to keep feet cool during intense physical activities. Meanwhile, the synthetic materials are engineered with the intent to offer structural integrity and support, assisting in maintaining stability during quick cuts, jumps, and lateral movements on the basketball court.

How is the traction on the outsole of the shoe?

The outsole of the shoe features a traction pattern that’s designed for grip and stability on the basketball court. This traction pattern is engineered with the intent to enhance your ability to make quick cuts, pivots, and directional changes. The patterns and grooves on the outsole aim to work together to help provide reliable traction on various indoor court surfaces.

Does the Pro Bounce 2019 Low Collegiate Royal have any internal support features?

The Pro Bounce men’s sneaker is equipped with several internal support features designed to enhance stability and comfort. These include padded collars that provide cushioning around the ankle area, which aim to reduce the risk of discomfort or irritation during movements. Additionally, internal support structures are engineered to reinforce the shoe's overall structure.