Asterisk Zero G Knee Brace Pants for Snowboarding, ...

Pickup store：

Choose a discover

Estimated shipment time:

purchase by

1pm → Prepare by 5pm

5pm → Prepare by The next morning

Estimated dispatch time:

dispatch is scheduled for around 2026/01/23.

Cash on delivery is limited to credit or cash on delivery. For other payment methods, please refer to here.

*It may take various time for the product to be delivered on January Wednesday, or public holidays, and depending on stock availability.

Added to wish list

More information about Asterisk Zero G Knee Brace Pants for Snowboarding, Skiing, Wakeboarding, Off-Roading, Mountain Biking, SX Racing, MX Racing

Knee Brace Stability with Compression Support: The Zero G Knee Brace Pants are designed to envelop the knee brace, using compression from the hips to secure the brace in place. This eliminates brace slippage and ensures that the brace remains correctly positioned, offering superior stability during activity.
Hook and Loop Enclosure for Secure Fit: Equipped with a exceptional over-sleeve and Hook and Loop closure at the thigh, these pants seal the knee brace securely into a pocket, ensuring that the brace stays in place while allowing freedom of movement for high-performance athletes.
effortless Integration with Any Knee Brace Brand: The Zero G Pants are compatible with any brand of knee brace or knee cup/guard, not just Asterisk. This universal fit allows athletes to benefit from the advanced design of the pants, regardless of their brace preference.
Cordura Gear Guard for Added Durability: Built with a Cordura Gear Guard, the pants are reinforced in high-wear areas to prevent damage to both the knee brace and motocross pants. This feature increases durability, ensuring the pants last through intense training and competition.
Anti-Rotation Tether Slots for Enhanced Safety: The pants feature built-in slots for Anti-Rotation Tethers, further enhancing the stability and safety of the knee brace by preventing unwanted rotational forces, offering maximum protection during movement.