Brooks Hyperion Elite 5 Shoes Yellow SS26 Unisex
Buy it now and receive it between 8 Jun and 9 Jun with InPost
Brooks Hyperion Elite 5 Shoes: Innovation for your race
Compete with confidence with the Hyperion Elite 5. Developed by professional athletes, these shoes are designed to maximize your performance on race day, combining advanced technology and comfort.
- Surface: Asphalt
- Shoe Type: Neutral
- Use: Competition
- Weight: 195.6g (6.9oz)
- Drop: 8mm
- Plate: Adjusted propulsion plate (TPU)
- Cushioning: Ultralight PEBA
Designed for performance:
The Brooks Hyperion Elite 5 shoes are the ideal choice for runners seeking speed and performance without compromising comfort. Designed for competition, these shoes feature innovative technology that provides a boost with every stride, ensuring you reach your goals efficiently.
Midsole and Cushioning: Lightness and Impeccable Response
The midsole of the Hyperion Elite 5 incorporates ultralight PEBA cushioning that offers superior energy return. This technology not only provides a feeling of lightness but also ensures excellent responsiveness, propelling you forward with every step.
Carbon Plate: Propel Your Pace
The adjusted TPU propulsion plate optimizes performance, reducing weight and improving flex stiffness. Specifically designed to maximize thrust, this plate helps runners maintain a consistent pace throughout the race.
Upper Details: Comfort and Perfect Fit
The upper of the Hyperion Elite 5 is designed to provide an almost invisible yet comfortable fit. The silicone-coated laces combined with the TPU upper material offer a precise fit, ensuring the foot remains secure and comfortable during every kilometer.
Sole: Stability and Traction
The sole of the Hyperion Elite 5 is designed to offer excellent traction on asphalt surfaces. Its design optimizes stability at every landing, ensuring an efficient and safe stride.
Sustainability and Other Benefits
Brooks is committed to sustainability. The Hyperion Elite 5 is made with high-quality materials and responsible production processes, contributing to greater durability and a lower environmental impact.