LBX CNC Handlebar Riser Kit Dial in your riding position with the LBX CNC Handlebar Riser Kit — precision-machined from high-grade aluminum alloy and designed to give Sur-Ron and Talaria riders full control over handlebar height and ergonomics. Three pairs of height spacers included. One perfect riding position guaranteed. Features Precision CNC Aluminum Alloy ConstructionMachined from high-grade aluminum alloy for superior strength, durability, and corrosion resistance — built to handle the demands of aggressive off-road riding. 3-Pair Adjustable Height SpacersIncludes three pairs of heightening spacers in sleek black, allowing you to fine-tune your handlebar height for maximum comfort, control, and riding confidence on any terrain. Improved Ergonomics & Riding PostureRaises your handlebars to a more natural riding position — reducing fatigue on long rides and improving overall bike control and confidence. Direct Bolt-On FitmentEngineered specifically for Sur-Ron and Talaria models — installs directly with no cutting, welding, or modifications required. Lightweight & CompactWeighing just 0.6 kg, this riser kit adds serious functionality and comfort without affecting your bike's balance or handling. Compatibility Sur-Ron Light Bee X (LBX) Sur-Ron Light Bee S Sur-Ron Light Bee L1E Talaria Sting MX3 Talaria Sting MX4 Talaria Sting MX5 Pro Specifications Material: CNC Aluminum Alloy Finish: Anodized Black Includes: 3 Pairs of Height Spacers Weight: Approx. 0.6 kg Condition: Brand New What's Included 1 × CNC Handlebar Riser Mount 3 × Pairs of Heightening Spacers Mounting Hardware InstallationDirect bolt-on installation using standard tools. Remove factory handlebar clamps, install the riser mount, select your preferred spacer height, and secure with included hardware. Why Riders Choose This Upgrade Full handlebar height adjustment with 3 spacer pairs Precision CNC machined for exact fitment Improved riding posture and reduced fatigue Lightweight aluminum — zero performance impact Direct bolt-on for Sur-Ron and Talaria models
