Brooks Ghost 7 mens
The Brooks Ghost 7 is all about cushioning. Heel and forefoot DNA offer personalized, high mileage impact protection while the full contact outsole delivers an effortless heel to toe transition. A breathable mesh upper provides a comfortable fit that will allow you to take on the miles.
Height: Heel (28mm), Forefoot (17mm)
The Ghost 6 is a moderate feature, moderate neutral shoe designed for daily training and high mileage.
CUSHIONING
Rearfoot DNA cushioning gel is a highly viscous liquid that changes to become more or less firm in response to each individual's weight, pace, biomechanics, and running environment.
Forefoot DNA cushioning gel is a highly viscous liquid that changes to become more or less firm in response to each individual's weight, pace, biomechanics, and running environment.
MIDSOLE
BioMoGo full-length midsole offers resilient cushioning and is made of environment-friendly, biodegradable materials.
Cush Pod Configuration is a cushioned midsole/outsole design that sets the foot up for an efficient, balanced heel-to-toe transition.
Caterpillar Crash Pad is a segmented crash pad that flexes with the foot, offering customized cushioning and stability for a smooth heel-to-toe transition.
Omega Flex Grooves enhance midsole flexibility without compromising cushioning.
UPPER
Element Mesh is a moisture-managing, breathable mesh upper.
Synthetic Overlays are strategically located to provide a snug, secure fit.
Element Linings underneath the upper aid in moisture transfer and comfort.
Profile Sockliner made of BioMoGo foam provides contoured support and cushioning.
Strobel Last with the upper stitched to full length Cushsole S-257, for enhanced cushioning and flexibility and a soft underfoot feel.
OUTSOLE
HPR Plus is a high abrasion-resistant rubber located in the heel for durable traction.
Blown Rubber in the forefoot offers durability, responsiveness and flexibility.
Cush Pod Configuration is a cushioned midsole/outsole design that sets the foot up for an efficient, balanced heel-to-toe transition.