Fuel Log with Pushlock Inlet Fitting

The ALLSTAR PERFORMANCE Fuel Log with Pushlock Inlet Fitting (ALL26152) is a precision-engineered aluminum fuel distribution block designed for high-performance Holley 4150 carburetor applications. This black anodized component consolidates multiple fuel line connections into a single, organized manifold, eliminating clutter under the hood while maintaining secure, leak-free fuel delivery to critical engine systems.

The pushlock inlet fitting accepts 8 AN hose barbs, providing a reliable quick-connect interface that simplifies fuel system assembly and service. Aluminum construction ensures lightweight integration into fuel systems where weight reduction matters—especially in competition and performance builds where every pound impacts acceleration and handling. The black anodized finish resists corrosion from fuel exposure and presents a professional appearance in engine bays that receive regular inspections or display. This fuel log is optimized for Holley 4150 carburetor platforms, which remain the industry standard for street and strip applications.

Builders working on carbureted performance engines—whether for drag racing, street rods, muscle cars, or classic vehicle restoration—depend on fuel manifolds like this to manage the complexity of dual fuel pumps, pressure regulators, gauges, and return lines without fabricating custom solutions. The standardized Holley 4150 fitment ensures compatibility across a broad range of engine platforms where this carburetor mount is established. Pushlock fittings are industry standard in fuel system work, offering positive sealing without the need for hose clamps, reducing installation time and leak points.

ALLSTAR PERFORMANCE specializes in engine dress-up and fuel system components trusted by engine builders and performance shops. This fuel log represents a straightforward, proven approach to centralizing fuel distribution—no exotic materials, no unproven technology, just aluminum precision designed to handle the demands of high-flow fuel systems in competition and street-driven vehicles.