Gear Body W/2 #12 Ports 1.450

The Stock Car Productions Oil Pump Gear Body W/2 #12 Ports 1.450 is a precision aluminum pump body designed for high-performance engine applications requiring reliable fluid transfer and consistent pressure delivery. Built from gray anodized aluminum, this component offers corrosion resistance and durability in demanding automotive environments where pump integrity directly impacts engine longevity and performance.

At 1.450 inches in width, this gear body accommodates the dual #12 AN inlet and outlet ports standard in SCP Oil Pumps' lineup. The dual-port configuration enables balanced fluid distribution and return, critical for maintaining adequate oil film and pressure across multiple engine systems. The anodized aluminum construction reduces weight while maintaining structural rigidity required for high-rpm operation. Weighing just 0.5 pounds, the compact 4.95 x 1.55 x 8.15 inch dimensions allow for space-efficient engine bay installation without sacrificing performance capacity.

This pump body serves builders and engine shops focused on custom small-block and mid-size engine builds where OEM components don't meet performance specifications. Racers, restoration specialists, and high-output engine developers rely on Stock Car Productions oil pump systems to deliver flow rates and pressure consistency necessary for sustained operation under extreme load. The robust gear body design handles both street and competition duty cycles where marginal cooling or pressure loss can cause bearing damage or catastrophic engine failure.

Stock Car Productions has established itself as a preferred source for aftermarket pump components among engine builders who demand precision tolerances and repeatable performance. The gray anodized finish provides visual durability while protecting the aluminum substrate from oxidation in humid storage or engine compartments exposed to temperature cycling. Each body ships as an individual unit, allowing builders to configure complete pump assemblies according to specific flow and pressure requirements.