Fenders

Easy-to-install front fender for your fat bike. CONSTRUCTION • Virtually unbreakable polypropylene body MOUNTING SYSTEM • Adjustable rubber straps mount to down tube •100% recyclable; ships and merchandises as a flat sheet and snaps onto the included down tube bracket • Hardware included • Weight: 99 grams / 3.5 ounces

A sturdy, secure set of full-coverage fenders designed to fit more bikes than any fenders in their class. Easy to install and easy to adjust, Roadrunners are a favorite of both cyclists and shop mechanics. Weight: 606 g / 1.34 lbs (pair) Construction -Forged alloy RAINRUNNER Q/R mounts - 3M Reflex rear reflectivity - Virtually unbreakable Techniflex body - Stainless steel stays - Safety front stays Mounting System Below: Mount to Quick-Release skewers via included AXLE-RUNNERS Above: Mount to brake bridge and fork crown via included nut and bolt or with zip ties Added Benefit - Included proprietary AXLE-RUNNERS mount to almost any front or rear Q/R skewer to “create” eyelets - 3M Reflex rear logo enhances visibility - Support stays spaced for maximum stiffness and frame compatibility - Front fenders equipped with safety stays to protect against objects becoming lodged in wheel - Sold pre-assembled for quick mounting

Axiom FLASCHEGUARD fenders are made from end-of-life polycarbonate watercooler bottles. Our recycled polycarbonate retains the same strength and durability as virgin polycarbonate and is free of Bisphenol-A for a reliable responsibly sourced solution. FLASCHEGUARD recycled polycarbonate uses up to 75% less crude oil than virgin polycarbonate material and reduces CO2 emissions by more than 72%. For every tonne of FLASCHEGUARD material produced, almost a tonne of CO2 emissions is prevented and end-of-life plastic is kept out of landfills or incinerators. Did you know? All Axiom fender stays are manufactured from recycled stainless-steel that comes from manufacturing and consumer scraps. Stainless-steel is infinitely recyclable, without degradation to the material. Recycling stainless-steel requires up to 67% less energy than creating new material and reduces CO2 and greenhouse gas emissions by more than 70%