Brooks Hyperion Max 3 Shoes White Green AW25
Buy it now and receive it between tomorrow and 25 Sep with UPS Express
Brooks Hyperion Max 3: Speed with maximum cushioning
The Brooks Hyperion Max 3 are the ideal choice for runners seeking lightness, reactivity, and superior cushioning in their asphalt training or competitions. Designed with a combination of PEBA foams and nylon plate, they offer a dynamic and efficient stride.
- Surface: Asphalt
- Shoe type: Neutral
- Use: Training, Supertrainer
- Weight: 280 g
- Drop: 6 mm
- Plate: Nylon plate (SpeedVault Plate)
- Cushioning: DNA GOLD & DNA FLASH v2
A shoe that responds to your pace
The Brooks Hyperion Max 3 are designed for runners seeking a fast and cushioned shoe for intensive training or race days. Its rocker geometry, combined with the propulsion plate and advanced midsole compounds, ensure quick transitions and reactive energy in every stride.
Effortless propulsion: Elite DNA midsole
The midsole combines two foam technologies: DNA GOLD and DNA FLASH v2, both PEBA-based and nitrogen-infused, providing a smooth, lightweight running experience with great energy return. Its curved Rapid Roll geometry promotes the natural heel-to-toe transition, maximizing efficiency at high speeds.
Smart propulsion: SpeedVault Plate
The incorporation of a full-length SpeedVault nylon plate reinforces the shoe's structure and enhances lift-off, providing stability and a bounce feel without excessive stiffness. Ideal for those who want an extra boost on fast days without sacrificing comfort.
Adaptive comfort in every step
The upper is constructed with ultralight and breathable engineered mesh, combined with a soft knit collar and tongue that fits the foot like a sock. This combination provides a comfortable and secure fit without pressure points, allowing you to focus solely on running.
Smart traction, without extra weight
The outsole uses strategically placed rubber (SpeedTrack Rubber) only where needed, maximizing durability and grip without adding unnecessary weight. Perfect for asphalt and controlled training surfaces.
Sustainable vision design
Although the model is not labeled as eco-friendly, the use of lightweight and efficient materials helps reduce energy consumption during transport and extends the shoe's lifespan, thanks to its robust yet reactive design.