The RDX K1 Knee Brace Support is an ergonomically designed knee sleeve that combines targeted compression, moisture management, and reinforced construction to support joints during activity and recovery.

RDX K1 Knee Brace Support - Key highlights

Benefits

• Targeted support: Skin-X architecture contours to the knee to help secure tendons and ligaments and provide stable, anatomical support during movement.
• Improved compression: NEO-II material delivers consistent compression to support joint alignment and promote smoother blood flow around the knee.
• Heat retention: NEO-II helps preserve beneficial warmth at the joint to aid comfort and may assist flexibility during activity.
• Moisture control: AeroTherm moisture-resistant technology wicks perspiration away from skin to help keep the area drier and more comfortable during exercise.
• Durable construction: Sineo material provides enhanced strength and resilience so the sleeve retains shape and support over repeated use.
• Reinforced seams: Advanced T5 stitching improves durability at stress points to help the brace withstand regular wear.
• Youth sizing available: S/M sizes are recommended for users up to 14 years of age to ensure an appropriate fit for younger athletes.

Details

• Materials: Constructed with Sineo for strength and NEO-II for compression and heat retention.
• Technology: AeroTherm moisture-resistant finish reduces skin dampness during activity.
• Design: Skin-X ergonomic architecture shapes the sleeve to the knee to help secure soft tissue and improve fit.
• Stitching: T5 advanced stitching reinforces seams to extend the service life of the support.
• Intended use: Designed to provide support and compression for everyday training, sports, and recovery periods.
• Fit note: S/M sizes are specifically recommended for users up to 14 years of age to match youth anatomy.

The RDX K1 Knee Brace Support combines compression, moisture management, and reinforced materials to deliver a practical, durable sleeve that supports joint stability and comfort during activity.