Salming RECOIL ULTRA

The Salming RECOIL ULTRA men's indoor shoes are new for the 23/24 season. A completely new concept of indoor shoes whose construction has been developed with maximum emphasis on comfort, stability and durability.

High-end indoor shoe offering a tremendous level of comfort combined with significant cushioning and excellent stability. 

Designed to the last detail, the construction delivers quality that even the most demanding floorball, handball or squash players will appreciate. The solid upper consists of two layers that complement each other. The shoes feature a fundamental polyester knit, with 90% coverage adorned by multiple polyurethane functional elements. Primarily designed for protection and stability, these elements enhance the overall performance and durability of the footwear. In particular, the lateral stabilizing elements are designed to support you as much as possible, even if you are a heavier player.

For real comfort, the inside made of polyester knit is softened for a suede-like feel.

A very important feature offered by the model's upper construction is the asymmetrical lacing, which ideally supports the biomechanical movements of the foot. Cushioning is provided by a generous layer of Salming Recoil+™ premium cushioning compound. Especially in the heel part of the shoe, the cushioning is really strong and perfectly absorbs the negative forces that act on the heels during sharp stops or changes of direction that are typical for indoor sports. The great advantage of Salming Recoil+™ cushioning foam is its ability to provide excellent energy return and ideal stability. Two stabilising elements built into the inside and outside of the midsole also help to keep feet stable even during extremely sudden movements. The detailed construction of the Salming Recoil Ultra is complemented by an excellent outsole. The detailed construction of the Salming Recoil Ultra is complemented by an excellent outsole. The shaping and splitting of the sole then maximises stability and helps the feet to function ideally in terms of biomechanics.