Billet Remote Oil Filter Mount 12an RH Port

The Billet Remote Oil Filter Mount 12AN RH Port by SYSTEM ONE is purpose-built for high-performance engine builders, military vehicle technicians, and competitive motorsports operators who require reliable remote filtration in space-constrained applications. Remote oil filter mounts relocate the filter away from the engine block—a critical modification in modern tactical and performance builds where underhood real estate is premium and thermal management is non-negotiable. This bolt-on aluminum solution is engineered for systems demanding precision fluid routing and durability under extreme operating conditions.

Constructed from billet aluminum and finished in durable black anodize, this remote oil filter mount features 12 AN male ports on both inlet (right-side configuration) and outlet, ensuring compatibility with -12 hose and fitting systems standard in high-flow applications. The two-bolt flat-mount design integrates seamlessly into existing engine bay architecture without requiring extensive modification, while the single-filter configuration keeps weight and complexity minimal—a hallmark of tactical design philosophy. The 1-12 inch thread accepts standard spin-on filters, providing accessibility for rapid maintenance in field or track conditions. Anodized aluminum resists corrosion and thermal cycling, critical for vehicles operating in harsh environments.

This mount is ideal for engine builds targeting high oil flow rates, turbocharged applications, and systems where traditional in-block filtration creates pressure drop or heat accumulation. Military vehicle technicians, small-displacement high-output engine developers, and off-road platform builders benefit most from remote filtration's ability to extend oil change intervals and reduce engine thermal stress. Installation requires compatible -12 AN hose, appropriate filtration housing, and engine bay clearance for the 4.7 x 4.4 x 6.7 inch footprint. Verify your system's AN sizing and inlet/outlet port orientation before ordering to ensure seamless integration.