Description: Our upgraded knee hyperextension brace stabilizes and supports your knee joint effectively. It corrects hyperextension, ensuring a secure fit and limiting ligament movement. With strong hook and loop fastener, it prevents slippage and allows adjustable tension for controlled displacement without hindering flexion. The easy strap design saves time, while the soft, breathable lining enhances comfort. The lightweight aluminum construction reduces wearer's burden. Ideal for physical activities or stability needs, this brace offers convenience and confidence in movement. Invest in our knee hyperextension brace for reliable support and comfort. Features:. Knee Immobilizer Brace. -Color: Black. -Size: XL: about 29.5x10 cm/11.61x3.94 inch. Thigh Circumference: about 50-70cm/19.69-27.56in. Calf Circumference: about 38-53cm/14.96-20.87in. Height: about 180cm/70.87in. Weight: about 80kg. Note: Manual measurement, please allow slight errors in size. The colors may exist slight difference due to different screens. Package Including 1 x Knee Immobilizer Brace

Easy to Wear: The top and bottom strap design effectively secures the brace, making it easy to put on. With just a pull and a fasten, you can easily wear it within 10 seconds. Lightweight and Comfortable: With a thickness of 3mm and made from quality lightweight aluminum alloy, the brace weighs only about 0.3kg. This significantly reduces the burden on the wearer, making it almost unnoticeable when worn. Upgraded Knee Hyperextension Brace: Our brand-new upgraded knee hyperextension brace offers convenience, stability, and a secure fit. It conforms to the contours of your leg, correcting knee joint hyperextension. Stable Lining: The soft and breathable lining offers excellent comfort. The smooth edge treatment ensures that the skin does not come into direct contact with the aluminum alloy parts, increg the overall comfort of wearing. Stable Support: The widened and thickened strength hook and loop fastener ensures a secure and stable fit. The adjustable tension allows for controlled displacement, preventing slippage.