BBF R/R Rear Sump Steel Oil Pan

The CANTON BBF R/R Rear Sump Steel Oil Pan (Part Number 15-774) is a purpose-built reservoir for Big Block Ford engines demanding reliable oil management during high-performance street, strip, and road race applications. This rear sump design positions the oil pickup at the rear of the engine bay, making it ideal for vehicles where traditional front-sump configurations conflict with modern chassis geometry, front-end modifications, or low-profile engine installations.

The pan holds 7 quarts of oil with a sump depth of 7.5 inches, providing adequate capacity and clearance for sustained cornering, acceleration, and heavy throttle inputs without allowing the pickup tube to break the oil surface. Constructed from welded steel with cadmium plating, this oil pan resists corrosion while maintaining structural rigidity under the vibration and thermal cycling inherent to performance engine operation. The rear sump configuration also reduces the risk of oil starvation during aggressive driving, where weight transfer and g-forces would compromise oil delivery in traditional front-sump applications.

This pan is engineered specifically for Big Block Ford engine platforms—the 429, 460, and related displacement variants commonly found in classic muscle cars, hot rods, and dedicated race cars. Builders choosing a rear sump arrangement typically do so to accommodate fabricated chassis, coil-over suspension setups, or aftermarket engine bay layouts where frontal clearance is minimal. The cadmium finish provides long-term protection against moisture and salt air exposure, critical for vehicles stored outdoors or driven in coastal environments.

CANTON has established itself as a trusted supplier of oil pans, fuel cells, and cooling system components for racing and street performance markets. This rear sump pan represents a direct solution for builders who have committed to a rear-location strategy and need a no-compromise reservoir that handles the demands of extended highway cruising, track sessions, and dyno testing without sacrificing durability or oil delivery consistency.