Arlen Ness Forged Oval Mirror

Upgrade your motorcycle with the sleek and stylish Arlen Ness Forged Oval Mirror. This mirror combines high-quality materials with a clean, universal design, making it a perfect addition to any bike. Experience enhanced visibility and a custom look with this premium mirror.

Description

The Arlen Ness Forged Oval Mirror is meticulously crafted from billet aluminum, ensuring durability and a lightweight feel. The mirror head and stem are forged for superior strength and a refined appearance. Featuring heavy-duty stainless steel internal pivot hardware, this mirror provides smooth and reliable adjustments. The convex mirror curvature enhances your field of view, promoting safer riding. Its anodized black finish adds a touch of elegance while providing resistance to the elements. The laser-engraved Arlen Ness® logo signifies quality and attention to detail. Easy to install with included standard and metric mounting hardware, this mirror offers universal styling that complements various motorcycle models.

Features & highlights

• Forged billet aluminum construction for superior strength and lightweight design.
• Heavy-duty stainless steel internal pivot hardware ensures smooth and reliable adjustments.
• Convex mirror curvature provides an expanded field of view for increased safety.
• Anodized black finish offers a sleek look and resistance to corrosion.
• Laser-engraved Arlen Ness® logo adds a touch of premium styling.
• Universal styling complements a wide range of motorcycle makes and models.
• Includes standard and metric mounting hardware for easy installation.

Technical specifications

• Brand: Arlen Ness
• Product Name: Mirror
• Type: Side View
• Mirror Head Shape: Oval
• Color/Finish: Black, Anodized
• Material: Aluminum
• Mirror Curvature: Convex
• Mirror Head Height: 2.92" (74.17 mm)
• Mirror Head Width: 5.83" (14.81 cm)
• Stem Length: 4.03" (10.24 cm)
• Mounting Style: Screw-In
• Units: Each

Important to know

Standard and metric mounting hardware is included for easy installation.