XR650L 7-Level Adjustable Lowering Link, 7075 Aluminum Dirt Bike Rear Suspension Linkage for XR650L 2004-2024 Off Road Motorcycle, Black

Features: Why choose 7075 instead of 6061 aluminum? Because the design here is to buffer the gravity of the bike when it lands at a high place, the working frequency of this level is extremely high, and it is not easy to use 6061 aluminum, because this level has super high strength requirements and needs to carry a higher gravity. Internal Protection The cradle adopts high lubricity needle roller bearings, and the nitrile oil seal is used to prevent sediment and water from entering the cradle during movement. Specification: Weight: 247 g / 0.54 lbs Color: Red/Black As Pictures Material: 7075 Aluminum Fitment: For XR650L 2004-2009/2012-2024 Package Includes: 1 * XR650L Rear Suspension Linkage As Picture Instruction of Installation is not included

• FITMENT - The XR650L 7-level adjustable lowering link fits for XR650L 2004-2009/2012-2024.
• 7075 Aluminum MATERIAL - The XR650L lowering link is CNC machined with aviation-grade 7075 aluminum to make the XR650L lowering link lighter but stronger than the original, and has better wear and corrosion resistance.
• 7-LEVEL HEIGHT ADJUSTMENT - In order to provide the best riding experience, the XR650L lowering link is equipped with a 7-level height adjustment function, allowing the rider to accurately adjust the riding height according to their height or riding needs. It can even help you find the most comfortable riding position by adjusting the riding posture under different road conditions.
• GORGEOUS APPEARANCE - The surface treated with anodizing and oxidation resistance is matte, making the XR650L lowering link look smooth and also hard wearing and resistant to scratches, fading and corrosion. The bend of the elbow is smooth and will not flatten, curl or deform.
• INTERNAL PROTECTION - The cradle adopts high lubricity needle roller bearings, and the nitrile oil seal is used to prevent sediment and water from entering the cradle during movement.