Arlen Ness 13-185 Oval Left Side Mirror with 5-Inch Stem – Orange Finish
Enhance your motorcycle’s style and functionality with the Arlen Ness 13-185 Oval Left Side Mirror, featuring a striking orange finish that adds a bold touch to your bike’s appearance. Crafted with precision, both the mirror head and stem are CNC machined from forged billet aluminum, ensuring durability and a lightweight feel. The high-quality construction not only provides a sleek look but also offers exceptional resilience against the elements, making it an ideal choice for riders who demand performance and style.The mirror incorporates heavy-duty stainless steel internal pivot hardware, allowing smooth adjustments and long-lasting performance. Standard and metric hardware are included, making installation straightforward and versatile for various motorcycle models. The laser-engraved Arlen Ness? logo adds a touch of authenticity and craftsmanship, showcasing the premium quality of this accessory.Designed with a 5-inch stem, this mirror offers an optimal viewing angle for increased safety and visibility. Its oval shape combines classic aesthetics with modern engineering, complementing a wide range of custom and stock motorcycles. Whether you’re customizing your ride or replacing an aging mirror, the Arlen Ness 13-185 provides a reliable and stylish solution to enhance your bike’s appearance and functionality.Upgrade your motorcycle today with this premium side mirror, engineered for durability, style, and performance. The combination of high-grade materials and precise manufacturing ensures that this mirror will serve you well on all your rides, offering clear visibility and a distinctive look that stands out on the road.* Mirror head and stem CNC machined from forged billet aluminum for durability and lightweight performance* Heavy-duty stainless steel internal pivot hardware for smooth adjustments* Includes both standard and metric hardware for versatile installation* Laser-engraved Arlen Ness? logo for authenticity and style* 5-inch stem provides optimal viewing angle for enhanced safety
