SPECIFICATIONS

CNC Aluminum Bar End Mirrors - Anti-Glare Wide Vision for Motorcycles

This product is a pair of high-quality CNC aluminum bar end mirrors designed to provide riders with superior rear-view clarity and a custom look. These mirrors are the perfect upgrade for motorcyclists looking for a balance of modern aesthetics, safety, and durability for their street bikes or cafe racers.

Key Features

• Design & Graphic: Features a sharp, angular geometric shape with a low-profile arm that attaches directly to the handlebar ends. The sleek black finish is accented by a textured pattern on the mirror housing for a premium technical look.

• Style: A modern, aggressive performance mirror that replaces bulky stock equipment for a more streamlined and customized vehicle silhouette.

• Fit & Comfort: Engineered with a 360° rotation joint, allowing the rider to adjust the mirror to their desired viewing angle including frontal, driving, and side angles. The universal expansion bolt system ensures a secure fit on standard 7/8" (22mm) handlebars.

• Material: Constructed from durable CNC-machined aluminum alloy for high vibration resistance and longevity. It features blue anti-glare lenses with a convex design to provide a wider field of vision and safer driving in bright sunshine or night-time conditions.

• Application: Specifically designed for naked bikes, street fighters, and custom motorcycles. They offer improved aerodynamics and a clear, unobstructed view of the road behind, regardless of riding position.

Why Choose This Product?

These CNC Aluminum Bar End Mirrors are an essential safety and style upgrade for any modern rider. The integrated convex lens significantly reduces blind spots by providing a wider view than standard flat mirrors, while the anti-glare blue tint protects your eyes from harsh reflections. With their highly adjustable 360° rotation and robust aluminum build, these mirrors provide the professional-grade visibility and vibration-free performance required for both high-speed highway cruising and urban commuting.