Brooks Hyperion Max 3 Yellow Pink SS26 Women's Shoes
Buy it now and receive it between 18 Jun and 19 Jun with InPost
Brooks Hyperion Max 3 Women: Speed with Maximum Cushioning
The Hyperion Max 3 are the ideal choice for runners seeking lightness, reactivity, and superior cushioning in their training or road competitions. Designed with a combination of PEBA foams and a nylon plate, they offer a dynamic and efficient stride.
- Surface: Road
- Shoe Type: Neutral
- Usage: Training, Supertrainer
- Weight: 249.5 g
- Drop: 6 mm
- Plate: SpeedVault (polyamide propulsion plate)
- Cushioning: DNA GOLD & DNA FLASH v2
Technical Features
Designed for runners seeking responsive cushioning and quick transition, the Brooks Hyperion Max 3 Women combine high-performance materials with advanced geometry. Whether during intense training or long races, they offer a nimble, smooth, and protected running experience.
Reactive cushioning that drives every step
The midsole incorporates DNA FLASH v2 and PEBA DNA GOLD technology, two compounds working together to provide lightweight, elastic, and responsive cushioning. This combination offers a firm, agile stride with great energy return.
SpeedVault plate for efficient propulsion
These shoes integrate a SpeedVault polyamide plate that enhances protection and propulsion, allowing for quick recovery after each stride. Ideal for training sessions where you need to maintain pace without sacrificing stability.
Technical upper and fresh fit
The lightweight and breathable mesh upper adapts to the foot, providing comfort even during prolonged training. Its structure ensures a secure fit without sacrificing lightness or breathability, keeping feet cool for longer.
Sole with curved geometry
The sole features RapidRoll Rocker technology, promoting quick transitions from heel to toe, allowing for smooth and efficient rotation. Ideal for runners seeking consistent pace and less muscle fatigue.
Sustainability without compromising performance
76% of the materials used in the upper are recycled, demonstrating Brooks' commitment to more responsible production without losing the high performance that characterizes the model.