Remote Oil Filter Mount w/LH Side 12an Port

The Remote Oil Filter Mount with Left-Hand Side 12AN Port by System One is engineered for serious engine builders and performance enthusiasts who demand cleaner engine bays and optimized oil flow management. This remote mount system relocates your oil filter away from the engine block, a critical upgrade for custom builds, supercharged applications, and tight engine compartments where traditional spin-on filters create packaging conflicts. Whether you're building a high-output street engine or a competition platform, this component eliminates the need to drain oil from cramped locations and improves overall system accessibility during maintenance.

Built with precision engineering, the remote oil filter mount features a left-hand side 12AN port configuration that integrates seamlessly into custom oil line circuits. The 12AN SAE port standard ensures leak-free connections with industry-standard braided stainless steel hose and fittings, critical for maintaining oil pressure integrity under boost or high RPM operation. The compact 4.5 x 4.5 x 6.5-inch profile allows flexible mounting in engine compartments where traditional filter canisters would interfere with intake manifolds, turbocharger piping, or chassis components. This System One mount is constructed to withstand sustained heat cycles and pressure fluctuations common in modified engines.

This remote oil filter mount benefits LS platform conversions, turbocharged four-cylinder builds, engine bay restorations, and any custom application requiring relocated filtration. The left-hand side port orientation accommodates driver-side firewall or chassis mounting, making it ideal for mid-engine conversions and confined build spaces. Installation requires basic hose routing knowledge and compatible AN-certified hose; consult your engine builder or tuner to verify filter micron rating and pressure relief settings for your specific displacement and boost level. At 1.44 lbs, this component adds minimal weight while delivering maximum system flexibility and reliability in demanding environments.