Grays AeroCage X10 MInt 26/27

67639

Engineered for Speed. Built for Control. Trusted by Pros. 

Precision-crafted for elite athletes who demand the highest level of performance. Designed to support  explosive speed, unmatched control, and total stability these shoes are your competitive edge on the  field. 

Speed. Power. Control. 

Engineered for the perfect balance — lightweight enough for breakaway sprints, stable enough for hard  tackles, and responsive enough for playmaking precision. 

Worn by many of our male and female international ambassadors – including Zach Wallace, Will Calnan,  Sarah Robertson, Fiona Crackles, Bea Perez, Xavi Eispert, Edu de Ignacio and Stine Kurz. 

A.S.C OUTSOLE: Engineered for ultimate control and agility. 

• LOW-PROFILE, HIGH-TRACTION OUTSOLE - Designed for the modern athlete, the multi-directional grip  pattern delivers explosive traction and total control on water-based and sand-based turfs. The low-to-the ground profile enhances stability and responsiveness during high-speed transitions. 

GENIUS FOAM MIDSOLE: Precision-Cushioning Technology for Elite Performance. • Engineered specifically for the high-impact demands of top level hockey, the Genius Foam Midsole  delivers a next-generation blend of responsiveness, comfort, and energy return. Developed with a  proprietary lightweight EVA-blend compound, this advanced midsole system absorbs shock on impact  while propelling the athlete forward with each stride. 

INTERNAL 

• ORTHOLITE X25 FOOTBED - Outstanding levels of rebound and comfort from branded footbed. • I.P.S SYSTEM – Full length 30-degree foam to provide a soft feel platform inside the shoe. 

UPPER 

• ULTRA-LIGHTWEIGHT CONSTRUCTION - Every gram counts. Our advanced materials deliver feather-light  performance without compromising strength or stability — built for all-out speed and agility. • SUPPORTIVE PERFORMANCE STRUCTURE - Strategic overlays and internal reinforcements provide  midfoot lockdown and lateral support for aggressive cuts, quick pivots, and confident directional  changes.