Daytona Bar End Mirror - Aluminum Construction

Upgrade your motorcycle's style and visibility with the Daytona Bar End Mirror. This high-quality mirror provides a sleek, modern look while enhancing your field of vision for safer riding. Constructed from durable aluminum, it offers both aesthetic appeal and long-lasting performance.

Description

The Daytona Bar End Mirror is designed for easy installation and universal compatibility. Its robust aluminum construction ensures resistance to vibration and the elements, providing a clear and stable reflection. The mirror head is crafted from aluminum with a CNC-machined surface or ABS, offering a premium look and feel. The included spacers allow for direct mounting, accommodating handlebars with inner diameters of 22.2 mm (0.87") and 25.4 mm (1"). For other handlebar sizes, optional bar end adapters can be utilized. Enhance your motorcycle's aesthetics and safety with this exceptional bar end mirror. Its robust design and adaptable mounting make it a great addition to any bike, improving both form and function.

Features & highlights

• Enhance your motorcycle's style with a sleek, modern bar end mirror.
• Improve visibility and safety with a wider field of vision.
• Durable aluminum construction ensures long-lasting performance and resistance to vibration.
• Easy installation with included spacers for direct mounting on common handlebar sizes.
• Premium aluminum mirror head with CNC-machined surface or ABS for a refined look.
• Adaptable design allows for use with optional bar end adapters for various handlebar sizes.

Technical specifications

• Brand: Daytona
• Product Name: Mirror
• Type: Side View
• Color/Finish: Black
• Mount Color/Finish: Black
• Material: Aluminum
• Mirror Head Material: Aluminum with CNC surface or ABS
• Stem Style: Short
• Inner Diameter Clamp: 30 mm (1.18")

Important to know

Optional bar end adapters are required for handlebar inner diameters other than 22.2 mm (0.87") and 25.4 mm (1"). These adapters are not included and must be purchased separately.