Mikuni Vm Series Round Slide Carburetor

The Mikuni VM Series Round Slide Carburetor delivers exceptional performance and reliability for your motorcycle. Known for its quality construction and precise tuning capabilities, this carburetor is a popular choice for both enthusiasts and professionals looking to optimize engine performance.

Description

This carburetor features a round slide configuration, ensuring excellent flow characteristics and improved throttle response. The adjustment screws and enricher are conveniently located on the left side, simplifying adjustments. Built in Japan to exacting standards, the Mikuni VM Series carburetor is designed for longevity and consistent performance. Use genuine Mikuni jets and parts to achieve the best possible results and maintain optimal engine operation. This carburetor is ideal for those seeking to enhance their machine's power delivery and overall riding experience. The flange type mounting provides a secure and reliable connection to your intake system. The 20.00 mm carburetor size makes it suitable for a range of engine displacements.

Features & highlights

• Round slide configuration delivers superior flow and enhanced throttle response.
• Adjustment screws and enricher are located on the left side for easy access.
• Constructed with high-quality materials for durability and long-lasting performance.
• Flange type mounting ensures secure and reliable installation.
• Designed for use with Mikuni jets and parts for optimal results.
• Made in Japan, guaranteeing precision and quality.

Technical specifications

• Brand: Mikuni
• Product Name: VM Round Slide Carburetor
• Carburetor Size: 20.00 mm
• Mounting Type: Flange
• Air Jet: 0.5
• Main Jet: 180 (4/042)
• Pilot Jet: 22.5 (M28/1001)
• Needle: 4J13
• Needle Jet: O-6/N-6 (238/332 Series)
• Needle Valve: 1.5 (VM15/172)
• Slide Cutaway: 2.0 (VM38/24)
• Spigot Mounting Outside Diameter: 20 mm
• Color/Finish: Natural, Silver

Important to know

Use only genuine Mikuni jets and parts for optimal performance and reliability.