Remote Oil Filter Mount 1.25in

The Remote Oil Filter Mount 1.25in from JOES RACING PRODUCTS is a clamp-on filtration relocation system designed for high-performance and custom engine builds where conventional under-block filter locations create packaging conflicts or hinder heat management. This aluminum-construction mount allows engine builders and performance mechanics to position oil filters remotely—away from exhaust heat, tight engine bays, or areas where turbochargers and superchargers dominate the underhood real estate. Whether you're building a road-race car, drag machine, or extensively modified street engine, relocating your filter reduces thermal stress on the filter element and simplifies maintenance access in cramped installations.

Engineered in red anodized aluminum, the Remote Oil Filter Mount 1.25in features a 1.25-inch tube diameter for secure clamp mounting to frame rails, engine blocks, or bulkheads without welding. Dual 1/2-inch NPT ports supply pressurized oil in and return filtered oil to the engine, while the 13/16-16-inch center thread accepts HP4-series filter canisters—a lightweight, compact design favored in motorsports. The aluminum construction resists corrosion and vibration fatigue, critical in high-RPM and competition environments where steel mounts may crack or corrode. Anodized finish provides long-term durability against oil seepage and thermal cycling, ensuring reliable performance across multiple seasons of hard driving.

Installers benefit from the clamp-on design, which eliminates drilling or welding and allows repositioning if plumbing routes require adjustment. This mount suits hot-rod builders, circle-track racers, and engine tuners who need flexible filter placement without permanent frame modifications. The 1.25-inch tube diameter accommodates standard hose clamps, and the NPT ports accept -6 or -8 AN hard-line fittings common in race fuel and cooling systems. Verify your engine's oil system pressure rating and filter thread size before purchase; HP4 filter compatibility is essential for proper seal and bypass function in high-demand applications.