Mikuni Tm Series Flat Slide Carburetor

Experience a significant boost in your motorcycle's performance with the Mikuni TM Series Flat Slide Carburetor. This carburetor offers superior airflow and throttle response compared to traditional round slide designs. The flat slide configuration creates a smoother bore effect, optimizing air velocity for increased power and efficiency.

Description

The Mikuni TM Series carburetor delivers precise fuel metering, resulting in improved throttle response and overall engine performance. Its advanced design ensures consistent and reliable operation across various riding conditions. This carburetor is ideal for enthusiasts and professionals seeking to enhance their motorcycle's power and responsiveness. Made in Japan with high-quality materials and precision engineering, the Mikuni TM Series carburetor ensures durability and long-lasting performance. The bell crank push-pull type mechanism further contributes to the carburetor's responsiveness and ease of use. Installation is straightforward, though proper jetting adjustments are crucial to match your specific engine configuration and environmental conditions, ensuring optimal performance and preventing engine damage.

Features & highlights

• Flat slide design maximizes airflow for increased horsepower.
• Significantly improves performance compared to older round slide carburetors.
• Provides exceptional throttle response due to precise fuel metering.
• Bell crank push-pull type mechanism enhances responsiveness.
• Made in Japan ensuring high-quality and reliable performance.

Technical specifications

• Brand: Mikuni
• Carburetor Size: 33.00 mm
• Type: Bell Crank Push-Pull
• Air Jet: 0.7
• Main Jet: 127.5 (N100.604)
• Pilot Jet: 37.5 (VM28/486)
• Needle: 5FP96
• Needle Jet: P-8 (640 Series)
• Spigot Mounting Outside Diameter: 40 mm
• Color/Finish: Silver

Important to know

Jetting changes may be required based on your specific motorcycle application and environmental conditions. Professional installation and tuning are recommended to achieve optimal performance.