POD K1 KNEE BRACE GREY/ORANGE YOUTH LARGE (LEFT) K1011-230-YL

Up for sale is K1 KNEE BRACE GREY/ORANGE YL (LEFT) . The vendor part number is K1011-230-YL . Read title carefully to know what you are getting. Catalog description…

Affordable, essential, professional knee protection accessible to every youth rider.

• Youth knee protection is of the utmost importance in dynamic action sports like motocross, supercross and off-road racing. 
• The POD® K1 is a medical grade functional knee brace designed to support the knee joint and help reduce ligament injuries.  
• Lightweight, low profile and secure fitting; all POD® knee braces use proprietary Synthetic Ligaments™ to reinforce the knee’s complex range of motion.    This Human Motion® technology moves so effortlessly, you will forget you are wearing a brace.
• Designed specifically for youth the K1 brace has simple modular components which accommodate growth to ensure the brace will provide years of support. 

TOTAL COMFORT

• Deluxe moisture wicking frame liners and strap pads keep you cool and comfortable.
• Lightweight, low profile frame design combined with four secure straps ensures a snug fit and superior feel for the bike.
• Zero pressure points ensure your ride all day in comfort and control. 

HUMAN MOTION

• Adjustable extension stops are easily inserted to provide progressive control from 0 to 25 degrees.
• Synthetic Ligaments™ help to replicate natural human motion and are easily replaced by the end user after exposure to significant forces or extended use. 

PRECISION FIT

• A secure fit is essential to knee brace functionality, comfort and control.
• Available in left and right, one frame size with interchangeable cuffs and padding allow you to change the brace length and padding thickness to provide years of support.

GROWTH SYSTEM

• A common frame with interchangeable cuffs and padding allow you to upsize or downsize the brace to provide years of support

MEDICAL GRADE

• POD products are Class 1 medical devices suitable for:
  • ACL/PCL instabilities
  • MCL/LCL/ instabilities
  • Rotary and combined instabilities
  • Low to high impact environments