Power Knees Brace Joint Support Adjustable Breathable Spring Loaded Knee Brace Power Lift Spring Knee Stabilizer Pad For Running

size：56*30.2cm Origin : China Hign-concerned Chemical : None Age : Above 13 Model Number : Power Knees Brace Joint Support Material : heavy neoprene + polyester fiber + carbon steel spring Age : Universal

Bullet Points: 1.Long-lasting: With its sturdy and breathable fabric the Powers Knees Brace Joint Support is designed to provide comfort for prolonged use. It won't easily get damaged. 2.Firmly Fixed: Powers Knees Brace Joint Support's adjustable design with firmly fixed magic sticker allows customization to your leg size for optimal joint support and stability during physical activities. 3.Removable Spring: Stitches on the Powers Knees Brace Joint Support are precise and firm making it easy to remove the removable spring and providing progressive joint support. 4.Enhanced Knee Support: Three carbon steel springs prevent knee injuries while a single strong elastic spring can decompress up to 20KG relieving stress on the knees after squatting. 5.Wide range of use: For football soccer skiing cycling basketball hiking tennis or running the Powers Knees Brace Joint Support is a must-have for joint protection. Our Joint Support Knee Pad provides best support and protection from injuries while playing volleyball. With precise and firm stitches it ensures durability. It is comfortable to wear and firmly fixed allowing for away movement without any discomfort. Prevent knee injuries with our knee pad and stay safe during your game.

Material: heavy neoprene + polyester fiber + carbon steel spring Weight: 235g Color: black gray Suitable for: daily running training fitness squats cycling climbing (The wrench is placed in the product package)

How to wear: Step 1: Loosen a set bolt Step 2: Grasp the opposite retaining bolt and pull the shaft out Step 3: Hold the upper/use both hands to place the spacer on the product and gently pull up and down to its removed. Once detached you can add the number of springs according to your desired elasticity