adidas Stabil 16 Indoor Court Shoes
Drive past defenders or rise up for a jump shot in these adidas Stabil 16 Indoor Court Shoes. Packed with innovative tech, these shoes push your performance in sports such as handball, volleyball and indoor hockey.
Mesh Upper
The upper and tongue of the Stabil 16 are crafted from a highly breathable mesh construction for maximum comfort and airflow. Due to strategically placed micro-perforations, hot air and vapour are pushed out from the shoe whilst fresh air is encouraged to flow in for a pleasant cooling sensation. This is combined with a textile liner that delivers next-to-skin comfort, great for keeping your head in the game during those intense matches. The 'harnessed' construction locks you in for maximum confidence and control, and the traditional lacing system works to further assist this, and helps to prevent in-shoe slipping from occurring. Finally, a reinforced toe protects the foot from any knocks or bumps during training or when competing.
BOOST MidsoleThe BOOST midsole provides comfort and shock absorption while the chassis construction around it ensures stability needed for the powerful play. By maximising energy return, you can play harder for longer without getting fatigued, as the energy from your last step powers you into your next one. BOOST also absorbs shock, sparing your feet from hard impacts as you strike down after those match-winning moves. The chassis construction provides a stable base to jump off from for razor-sharp cuts and pivots.
Non-Marking Adiwear OutsoleThe Stabil 16 has been built with a non-marking Adiwear outsole with a new traction pattern, allowing for reactive speed and agility. This outsole is grippy for maximum power and performance, all whilst causing zero damage to the court. It is also durable, ensuring long-lasting use and enjoyment, so you can wear these victory after victory.
This product features at least 20% recycled materials. By reusing materials that have already been created, adidas help to reduce waste and their reliance on finite resources and reduce the footprint of the products they make.
