🏪 Sold by
Windance-US
📦 Fulfillment
Fulfilled by Amazon
🚚 Shipping
Free Shipping
Product Details
✓IMPACT ABSORBING SACRIFICIAL DESIGN: : These frame sliders are intended to help absorb impact energy during a tip over or low speed fall. They are designed to crack or wear down upon impact, this helps dissipate force and may reduce damage to your exhaust, frame, and engine case. A cracked slider often means your scooter has sustained less harm than it otherwise would have. Note: Designed for decorative and light-protection purposes, not intended for high-speed racing or heavy off-road impacts.
✓CNC ALUMINUM WITH ANODIZED FINISH: Machined from aluminum alloy through precision CNC processing with an anodized surface treatment. This process improves resistance to wear, corrosion, and surface scratches, while giving the slider a smooth, matte appearance. A subtle carbon fiber look decorative film adds a sporty touch to complete the look.
✓DECORATIVE & PROTECTIVE DUAL FUNCTION: These anodized colorful frame sliders serve dual purposes – they add a stylish touch to your scooter's appearance while also being intended to deform or break under significant impact to absorb and disperse crash energy. This design may help minimize damage to your front fork, brake parts, frame, and bodywork.
✓FITS AXLES 10 MM-14.5 MM WITH PROPER MEASUREMENT: Compatible with many standard motorcycles and larger scooters with axles approximately 10 mm to 14.5 mm. Please measure your axle diameter before ordering – if your axle is thinner than 10 mm (e.g., M8 or smaller), the slider may be too loose to secure properly. Ensure the axle lock nut can fasten securely.
✓QUICK INSTALLATION WITH EXISTING AXLE: This set includes 2 pair of sliders. Note: The mounting rod shown is for display only and is not included – use your vehicle's existing axle rod. Align both sliders evenly and center the axle before tightening. Avoid over-torquing the axle nut. If your socket is too thick, use a thin-wall socket for proper fit.
✓IMPORTANT NOTE: This product is intended for lateral slide protection during low‑speed falls. It absorbs energy through sacrificial wear, but does not support vertical static loads from stationary tip‑overs.