REVO X — This Changes Everything.
The REVO X is AYCANE's most advanced hockey baselayer collection — engineered in Switzerland, built for elite performance, and designed for players who refuse to settle. Every piece in the REVO X line works as part of a complete performance system, keeping you cooler, drier, and sharper from puck drop to final buzzer.
Next-Level Fabric Technology
At the core of every REVO X piece is a proprietary performance fabric developed to deliver unmatched next-to-skin comfort. HeiQ Smart Temp® technology actively lowers skin temperature and minimizes sweat, helping your body conserve energy when the game reaches peak intensity. HeiQ Fresh® odor control keeps you feeling fresh through every shift, practice, and overtime period.
ACROFUSE™ Seamless Innovation
The back panel features a high-tech insert that wicks moisture 5× faster than standard fabrics — bonded with AYCANE's exclusive ACROFUSE™ technology instead of traditional stitching. The result: a 100% friction-free seam with zero rubbing, zero irritation. Just seamless performance that disappears under your gear.
Built for the Full Game
The REVO X collection covers everything you need on the ice:
- REVO X Long Sleeve – Elite top with nano-vent breathability and full temperature regulation
- REVO X Shorts – Performance baselayer shorts for unrestricted movement
- REVO X Lock Shorts – Compression shorts with integrated Velcro sock tabs and hanging cup pocket
- REVO X Pants – Full-length compression pants with muscle support above the knee and lightweight breathable fabric below
- REVO X Lock Pants – Full-leg performance with sock lock system, cup pocket, and ventilated waistband
Sustainable by Design
REVO X is built with responsibility in mind. Insert fabrics feature up to 85% recycled polyester, manufactured by world-class production partners in Japan and Vietnam. At AYCANE, we prioritize sustainable materials — without ever compromising on performance.
The REVO X collection. No cut protection. No compromises. Just ice hockey baselayer performance at its absolute peak.