Alpinestars Bionic-10 Carbon Knee Brace Left

Description

CE-certified to Level 1 standards. Knee-cup position is secured accurately in place by an innovative integrative mechanical guiding system to allow multi-directional movement. Soft comfortable lateral knee padding avoids pressure points. New patented lightweight and highly-ventilated double-wall knee-cup system offers strong impact force dispersion and absorption while ensuring maximum coverage in all riding positions. Ergonomically sculpted knee-cup is constructed from a triple segmented polymer for flexibility and adaptivity that is backed with light padding for comfort. Alpinestars Bionic-10 Carbon Left Knee Brace (Md) - Features lightweight hybrid frame construction of carbon composite cores over-injected with an advanced fiber reinforced polymer. Highly-ventilated channeled padding and mesh zones provide optimized ventilation and airflow. Highly-ventilated channeled padding and mesh zones provide optimized ventilation and airflow. Alpinestars Bionic-10 Carbon Left Knee Brace (Md) - Features lightweight hybrid frame construction of carbon composite cores over-injected with an advanced fiber reinforced polymer. Performs at temperatures as low as -4F. Innovative design and optimized material utilization of the exoskeleton frame construction make the knee brace even lighter than its predecessor, yet provides high structural strength and support. Newly designed C-Frame strap system holds braces perfectly in place.

Key Features

• Knee-cup position is secured accurately in place by an innovative integrative mechanical guiding system to allow multi-directional movement.
• Alpinestars Bionic-10 Carbon Left Knee Brace (Md) - Features lightweight hybrid frame construction of carbon composite cores over-injected with an advanced fiber reinforced polymer.
• Innovative design and optimized material utilization of the exoskeleton frame construction make the knee brace even lighter than its predecessor, yet provides high structural strength and support.
• Highly-ventilated channeled padding and mesh zones provide optimized ventilation and airflow.
• Additional space padding enables a high-adjustability for a personal fit.
• Ergonomically sculpted knee-cup is constructed from a triple segmented polymer for flexibility and adaptivity that is backed with light padding for comfort.