strength aluminum alloy construction Durable, machined aluminum alloy absorbs impact and resists deformation to protect the bike during a fall. The material provides longlasting performance without rust or premature wear. Protects frame and engine cases Strategically shaped slider heads and mounting hardware keep critical components such as the frame and engine cases away from ground contact, reducing the risk of costly damage after drops or lowside slides. Bolton installation, no bike modifications required Designed to use existing mounting points. Simply align and tighten the supplied bolts to lock the sliders into place for a quick, reliable fit. No cutting, drilling, or permanent changes to your motorcycle are needed. What makes this product stand out Combines rugged aluminum alloy strength with a compact, protective profile that minimizes damage transfer to essential components while maintaining the bike's appearance and ground clearance. Practical performance attributes Function: absorbs and redirects impact energy to spare frame and engine cases Material: strength aluminum alloy for durability and corrosion resistance Fit: bolton design for fast installation using stock mounting points Durability: built to withstand repeated use and resist deformation in realworld impacts Use scenarios 1) Commuter drop: Prevents frame and enginecase damage from a lowspeed tipover in a parking lot or driveway. 2) Track or spirited riding incident: Reduces costs after a lowside slide by keeping major components off the pavement. 3) Garage or trailer mishap: Protects the motorcycle's structural and engine parts if tipped during loading, unloading, or maintenance. Installation and maintenance tips Handstart bolts, then torque to specification to ensure secure mounting. Inspect sliders after any impact and if bent or excessively worn to maintain protection. Periodically check bolt tightness as part of routine maintenance. Compatible with motorcycles that accept a bolton frame slider using stock mounting points. No permanent modifications required.