X18 IS DEVELOPED TO REDEFINE THE FUTURE OF SPEED
SHOP NOW
X18 IS DEVELOPED TO REDEFINE THE FUTURE OF SPEED
SHOP NOW
01. CLAW COLLAR
A new low cut silhouette with ground-breaking stretch materials lock the foot into the boot, providing ultimate stability
and support.
02. LACELESS
Secures ultimate lock down in the mid-foot when accelerating and during high speed movements.
03. SKELETALWEAVE
Ultra thin woven grid of optically charged speed yarns cover the base layer to give a lightweight and responsive feel.
01. CLAW COLLAR
A new low cut silhouette with ground-breaking stretch materials lock the foot into the boot, providing ultimate stability
and support.
02. LACELESS
Secures ultimate lock down in the mid-foot when accelerating and during high speed movements.
03. SKELETALWEAVE
Ultra thin woven grid of optically charged speed yarns cover the base layer to give a lightweight and responsive feel.
01. UBER RESPONSIVE TOUCH
Velvety soft Speedmesh is precisely engineered to offer minimalistic feel and direct touch.
02. LACELESS
Ensures no interference between the foot and ball.
01. UBER RESPONSIVE TOUCH
Velvety soft Speedmesh is precisely engineered to offer minimalistic feel and direct touch.
02. LACELESS
Ensures no interference between the foot and ball.
01. SPEEDFRAME
State-of-the-art, lightweight, drillium engineered tooling innovation and minimalistic constrution offers extreme traction
for rapid acceleration.
02. CLAW COLLAR
Innovative laceless closeure system optimised for explosive movemnt in a low cut silhouette.
03. MOLDED HEEL
The 3D molded heel provides a snug and stable fit that locks your foot firmly in place during explosive acceeration.
01. SPEEDFRAME
State-of-the-art, lightweight, drillium engineered tooling innovation and minimalistic constrution offers extreme traction
for rapid acceleration.
02. CLAW COLLAR
Innovative laceless closeure system optimised for explosive movemnt in a low cut silhouette.
03. MOLDED HEEL
The 3D molded heel provides a snug and stable fit that locks your foot firmly in place during explosive acceeration.