Emgo OEM-Style Handlebar - 7/8" - 5" Rise - Chrome - 23-12543

Enhance your motorcycle with the Emgo 7/8" OEM-Style Handlebar, perfect for restorations or adding a vintage touch to modern bikes. These handlebars offer a classic look and reliable performance, making them a great choice for enthusiasts and professionals alike. The chrome finish provides a stylish and durable upgrade.

Description

The Emgo OEM-Style Handlebar is designed as an exact or near copy of original equipment handlebars, ensuring a seamless fit and authentic appearance. Featuring a smooth, unknurled surface and a chrome finish, these handlebars offer both style and functionality. With a 7/8" clamping diameter, they are compatible with a wide range of motorcycles. The dimensions, including a 5" rise, 10" pullback/sweep, and 28-3/4" width, closely mirror OEM specifications for a factory-correct feel. Ideal for restorations or upgrading newer motorcycles, these handlebars provide a vintage aesthetic with modern manufacturing quality. The steel construction ensures durability and long-lasting performance.

Features & highlights

• Perfect for motorcycle restorations and adding a vintage feel.
• Exact or near copies of original equipment handlebars.
• Durable steel construction with a premium chrome finish.
• Smooth, unknurled design for a clean, classic look.
• Provides a comfortable 5" rise and 10" pullback for enhanced control.
• Compatible with most motorcycles using a 7/8" clamping diameter.

Technical specifications

• Brand: Emgo
• Product Name: Handlebar
• Type/Bend: OEM Replacement Bend
• Material: Steel
• Color/Finish: Chrome
• Handlebar Diameter: 7/8" (22 mm)
• Clamping Diameter: 7/8" (22 mm)
• Controls Diameter: 7/8" (22 mm)
• Width: 28-3/4" (73 cm)
• Height: 5" (12.5 cm)
• Rise: 5" (12.5 cm)
• End Rise: 5" (12.5 cm)
• Pullback/Sweep: 10" (25.5 cm)
• Center Width: 4-1/2" (11.5 cm)
• Features: Smooth, Unknurled

Important to know

Verify measurements before ordering to ensure proper fitment. Professional installation is recommended for optimal performance and safety.