Protective Front Fork Sliders Designed to shield your motorcycle or scooter's front fork from damage during minor falls or tipovers, helping reduce potential costs. Helps prevent damage to the front suspension components by absorbing and dispersing impact force. Note: Effective in preventing damage in lowimpact situations but may not withstand heavy collisions with larger vehicles. Emergency Impact Cushioning Functions as a protective buffer during unexpected drops or minor accidents. Softens the force of impact to minimize deformation or structural harm to your front fork. Ideal for riders who want an added layer of protection for daily commuting, weekend rides, or touring. CNC Aluminum Alloy Construction Precisionengineered using quality CNC aluminum alloy for strength and longlasting durability. Features a smooth, end finish with wear resistance to withstand repeated use and exposure to the elements. Resistant to scratches and corrosion, ensuring consistent performance and appearance over time. Complete Left and Right Side Set Includes both left and right fork sliders for balanced protection and complete coverage. Convenient replacement solution for worn or damaged sliders without the need for additional parts. Designed for easy installation and compatibility with a range of motorcycles and scooters equipped with front fork assemblies. Use Scenarios 1. Commuters navigating busy city streets who want to protect their bike against accidental drops when parking or maneuvering in tight spaces. 2. Longdistance touring riders looking to safeguard their suspension during unexpected roadside incidents. 3. Weekend sports riders seeking reliable frontend protection during lowspeed slideouts at track days or practice sessions. Specifications and Performance Material: CNC machined aluminum alloy for strengthtoweight ratio. Function: Front fork protection and impact cushioning. Size and fit: Engineered for motorcycles and scooters with compatible fork dimensions. Performance: Designed to extend the service life of front fork components by reducing wear and potential impact damage.