Discover the Bataleon Astro AW
Meet the Bataleon Astro AW, the ultimate binding for aggressive all-mountain snowboarding. Designed with performance in mind, the Astro AsymWrap provides a solid platform for snowboarders looking for a powerful and responsive binding.
The Astro AW is built around the same aluminum frame as the Atom, but with an extra flexible perforated Nylon composite FullBack for improved support and control on the heel side, even during heavy landings. The AsymWrap chassis delivers all the power you need without limiting your ability to adapt your style.
What truly sets the Astro AW apart is the Infinity strap package. These straps not only offer unmatched comfort but also the necessary strength and stability to dominate any terrain. Whether you're racing down groomed runs or tackling challenging off-piste descents, the Astro AW is always ready for you.
Thanks to the asymmetrical design of the binding, you achieve the perfect balance between flexibility and responsiveness, allowing you to maneuver effortlessly and carve on any type of terrain. The Astro AW is designed for snowboarders who want to push themselves to the limit and won't settle for less when it comes to performance and comfort.
With the Bataleon Astro AW, you can be assured of a binding ready to take on any challenge. Whether you are a seasoned professional or just starting out in snowboarding, this binding offers the power, stability, and flexibility you need to elevate your snowboarding experience to the next level.

Technical Specifications
The chassis can be adjusted to perfectly center your boot in the binding and on your board.
Next level comfort. The close-fitting, pre-shaped geometry distributes pressure to the edges of the strap to eliminate pressure points.
Super solid, molded aluminum ratchets that will never let you down. With a triple tooth action for super fast tightening of the strap.
The choice for riders looking for some lateral adjustment and a bit of a surf feel. The 3 connection points offer a slightly softer lateral flex without sacrificing edge-to-edge control.