Intake Manifold Interface Boot for Honda CB750F & CB750K

Product Overview

Restore the smooth, synchronized power of your vintage Honda "Four" with the GOOFIT Carburetor Intake Manifold Interface. Specifically designed for the legendary CB750F Super Sport and CB750K series, this inlet pipe is the essential link between your carburetors and engine.

Product Compatibility

Direct replacement for Honda 750cc SOHC/DOHC Inline-Four engines. Please verify your model's carburetor mounting style.

Brand	Model	Fitment Series	Engine Type
Honda	CB750K	750 Four / K-Series	736cc - 748cc Inline-Four
Honda	CB750F	Super Sport	736cc - 748cc Inline-Four
Honda	CB750C / L	Custom / Limited	748cc Inline-Four

Specifications

Feature	Detail
Application	Carburetor-to-Cylinder Head Interface
Material	High-Grade Aging-Resistant Synthetic Rubber
Design	Smooth-Bore for Optimized Airflow
Fitment Type	Direct Factory-Style Replacement
Properties	Heat-Resistant, Fuel-Resistant, and Anti-Cracking

Key Features

• Optimized Engine Efficiency: Features a precision-engineered internal bore that streamlines airflow, reducing intake turbulence. This results in sharper throttle responsiveness and a more consistent power curve across the RPM range.
• Direct "Plug-and-Play" Replacement: Designed to be a direct replacement for your old, cracked, or broken factory boots. The precise dimensions ensure a snug fit, making the installation process straightforward for DIY restorers.
• Airtight Vacuum Seal: Eliminates the "phantom air leaks" that plague vintage CB750 engines. A secure seal is vital for performing accurate carburetor synchronization and achieving a steady, reliable idle.
• Heavy-Duty Durability: Constructed from premium rubber materials that resist the hardening effects of engine heat and the corrosive properties of modern fuels, ensuring a significantly longer service life than standard aftermarket parts.
• Restores Ride Quality: By stabilizing the intake environment, this part helps fix common issues like "hanging idles," lean-run popping, and engine hesitation during acceleration.