The revolutionary new Porsche-Adidas shoes, the Bounce:S trainers, transfers kinetic energy from step to step. Designed exclusively for the Adidas Porsche Design Sport line, the new sneakers have metal springs and lever arms built into their suspension to deliver increases in propulsion.
Just like bouncing cars, they gently tap the surface and offer you an extra boost when jumping in the air. The Bounce:S shoes are designed to deliver a smooth, energy saving experience for everyone.
They're available in black/titanium and black/light scarlet.
“This revolutionary system provides 20% more cushioning and 15% more flexibility than conventional running shoes. More energy for more efficiency," the designers say.
As a huge Adidas fan, I am very pleased to see my favorite brand make a huge comeback.
Key Themes Behind This Trend
- Kinetic Energy Shoes
- The Bounce:S trainers by Adidas Porsche Design transfer kinetic energy from step to step providing users with a smooth energy saving experience.
- Propulsion Sneakers
- The metal springs and lever arms built into the suspension of the Bounce:S trainers provide users with an extra boost, perfect for jumping in the air.
- Efficient Running Shoes
- Thanks to the revolutionary system in the Bounce:S trainers, they offer 20% more cushioning and 15% more flexibility than conventional running shoes, providing users with more energy for more efficiency.
Where This Applies
- Sportswear
- The Bounce:S trainers by Adidas Porsche Design represent a significant innovation in the sportswear industry as their groundbreaking design delivers a boost of energy to runners and athletes.
- Footwear
- The design of the Bounce:S trainers demonstrates an exciting new development in the field of footwear, bringing together fashion and function in new and innovative ways.
- Automotive
- The use of kinetics and springs in the design of the Bounce:S trainers by Adidas Porsche Design is a disruptive innovation opportunity for the automotive industry, allowing for the application of this technology to enhance the performance of motor vehicles.
