Home
Men's Brooks Hyperion 3 Running Shoes
JD Sports
Loading Inventory...
Men's Brooks Hyperion 3 Running Shoes in Franklin, TN
From Brooks
Current price: $140.00

JD Sports
Men's Brooks Hyperion 3 Running Shoes in Franklin, TN
From Brooks
Current price: $140.00
Loading Inventory...
Color: Sunny Lime/Olive/White
Size: 8.0
The Brooks Revel 8 Running Shoes are imported.
Master high-speed movement when you lace up in these Men's Brooks Hyperion 3 Running Shoes. A streamlined fit and breathable mesh upper let you comfortably slip into them just before blasting off, while even more foam cushioning and nitrogen-infused support supercharge your feet for the miles ahead.
- Sleek, low-top performance running sneakers
- Breathable mesh upper offers breezy comfort and lightweight performance
- Brooks wordmark and logo on the upper for the signature stamp of performance running approval
- Lace closure secures a snug, comfortable fit
- Nitrogen-infused DNA FLASH v2 is soft, light, and more responsive for a fast, fun feel
- 4mm more cushioning in the heel and forefoot than before for extra softness
- Light yet durable sole with an outsole pattern designed for reliable traction across surfaces
The Brooks Revel 8 Running Shoes are imported.
Master high-speed movement when you lace up in these Men's Brooks Hyperion 3 Running Shoes. A streamlined fit and breathable mesh upper let you comfortably slip into them just before blasting off, while even more foam cushioning and nitrogen-infused support supercharge your feet for the miles ahead.
- Sleek, low-top performance running sneakers
- Breathable mesh upper offers breezy comfort and lightweight performance
- Brooks wordmark and logo on the upper for the signature stamp of performance running approval
- Lace closure secures a snug, comfortable fit
- Nitrogen-infused DNA FLASH v2 is soft, light, and more responsive for a fast, fun feel
- 4mm more cushioning in the heel and forefoot than before for extra softness
- Light yet durable sole with an outsole pattern designed for reliable traction across surfaces