The Rundown
Tuned for training.
Ready for race day. What do you get when you cross the comfort and support of the Mach with a propulsive Pebax® plate? You’re looking at it. A pace-pushing shoe built with high-rebound cushioning; the new Mach X is supercharged with a layer of PEBA foam that’s 34% more resilient than the Carbon X 3 foam. Softer and snappier than ever before, this adaptable shoe is comfortable enough for endurance efforts and responds equally well to pace increases.
BEST FOR:Road Running and Race
FEATURES:
- Creel jacquard upper
- Gusseted upper construction
- ProFlyX™ midsoleHighly resilient PEBA foam
- Propulsive Pebax® plate (65% bio-based content)
- Upper made with 84% recycled polyester and 16% recycled nylon
- Laces made with 35% recycled polyester
- 87% recycled polyester strobel board
- 40% recycled polyester eyestay lining
The Rundown
Your gateway to everyday speed.
Behold our lightest, most responsive Mach to date. This lively trainer has been fine-tuned for extra energy return with a super critical foam midsole and updated for enhanced durability with strategic rubber coverage in the outsole. Implementing speed focused design details throughout, we’ve enlisted a new creel jacquard upper with zonal breathability and an internal gusset to deliver the foot-hugging comfort required to set your next PR.
BEST FOR:Road Running/Race
FEATURES:
- Creel jacquard upper
- Streamlined collar foam package
- Dual internal gusset
- Super critical foam midsole
- Strategic rubber outsole coverage
- Anatomical tongue
WHAT'S NEW
You’ll find a super critical foam midsole, along with a creel jacquard upper and refinements to the collar and tongue.
TECH SPECS
The Details
Weight 232.00 g
Heel-To-Toe Drop 5.00 mm
Stability - Neutral
The Mach 6 features a symmetrical bed of cushion without additional prescriptive technologies. Designed to provide the support you want and nothing you don't.
Cushion - Responsive
The Mach 6 features a low-profile cushion bed that keeps your foot closer to the ground, and utilizes a firmer material designed to provide an efficient push-off.