4.6/5.4L Ford Road Race Oil Pan

The CANTON 4.6/5.4L Ford Road Race Oil Pan (Part No. 15-784) is a purpose-built rear sump oil pan engineered for high-performance Ford modular engines running in street, strip, and road race applications. This 7-quart capacity pan combines deep-sump design with cadmium-plated steel construction, delivering the oil volume and retention characteristics necessary for sustained lateral acceleration and cornering without starvation.

The 6.25-inch depth accommodates the increased oil volume required in modified 4.6L and 5.4L platforms while maintaining ground clearance on street-driven vehicles. Cadmium plating provides corrosion resistance under engine bay heat cycles and extended storage, critical for competition builds where the vehicle may sit between events. The rear sump configuration keeps the oil pickup submerged during aggressive acceleration and braking, preventing the momentary starvation that causes bearing damage in boosted or naturally aspirated racing engines. CANTON's engineering focuses on the real failure points: oil surge during high-G cornering, thermal stability under extended full-throttle operation, and fitment precision for the Ford modular engine family.

This pan is specified by engine builders and teams preparing 4.6L and 5.4L Ford platforms for road course racing, bracket racing, and high-horsepower street applications where OEM pan capacity and sump design become limiting factors. Road racers, autocross competitors, and strip-focused builds benefit most from the added capacity and retention design. Fitment is direct to Ford modular engine blocks; verify application compatibility with your specific year and displacement before ordering.

Oil pan selection is often overlooked in performance builds, yet it directly impacts engine longevity at sustained high RPM and under dynamic load. Undersized or poorly designed pans introduce risk that no amount of tuning can mitigate. The CANTON 15-784 addresses that risk with verified capacity and engineering for the specific demands of modern Ford racing engines.