Abstract: A carburetor draining system for safe and convenient draining. A vessel posterior end of a vessel is disposed against a carburetor body. A vessel base is disposed against a vessel anterior end. A base aperture is disposed on the vessel base. A stem posterior portion of a drain stem is disposed inside the vessel chamber and a stem anterior portion protrudes from the base aperture. A drain port disposed through the stem posterior portion intersects a drain channel disposed inside the stem anterior portion. A locking mechanism secures the vessel to the carburetor body. A valve body of a valve is removeably disposed inside the drain channel. A first seal on the valve body is pressed against an interior surface of the drain channel. A second seal is disposed on a valve stem. A valve handle moves the valve into a closed position or an open position for draining.