Chrome Steel Oil Pan – Fits 1979–1995 Ford Mustang Fox Body Big Block 429/460/7.5L – 6 Quart

Upgrade your Big Block Ford engine with this CFR Performance Chrome Steel Oil Pan, engineered for 1979–1995 Mustang and Fox Body conversion applications. Featuring a durable stamped steel construction with a high-polish chrome finish, this oil pan offers long-lasting corrosion resistance while adding a show-quality appearance to your engine bay.

Designed with a rear sump configuration, 6-quart oil capacity, driver-side dipstick location, and compatibility with 2-piece rear main seal engines, this oil pan is ideal for engine swaps, restorations, and high-performance street builds. It fits 429, 460, and 7.5L Big Block Ford engines using 1968–1997 production blocks.

Features

• Fits 1979–1995 Ford Mustang & Fox Body Big Block conversion applications
• Compatible with Ford 429, 460, and 7.5L Big Block engines
• Fits 1968–1997 production 429/460 engine blocks
• Heavy-duty stamped steel construction
• High-polish chrome finish for corrosion resistance and show-quality appearance
• Rear sump design
• 6-quart oil capacity
• Driver-side dipstick location
• Designed for 2-piece rear main seal applications
• Ideal for engine swaps, restorations, and performance builds

Specifications

• Brand: CFR Performance
• Product Type: Engine Oil Pan
• Material: Stamped Steel
• Finish: Chrome
• Oil Capacity: 6 Quarts
• Sump Style: Rear Sump
• Rear Main Seal: 2-Piece
• Dipstick Location: Driver Side
• Reference Number: M-6675-A460

Vehicle Fitment

Ford

• 1979–1995 Mustang (429/460 Fox Body Conversion)
• 1979–1995 Fox Body Conversion Applications
• 1968–1997 Ford 429/460/7.5L Big Block Production Engine Blocks

Package Includes

• (1) Chrome Steel Oil Pan

Notes

• Designed for 429, 460, and 7.5L Big Block Ford engines.
• Verify your engine configuration, sump location, and chassis clearance before purchasing.
• Oil pan gasket, pickup tube, drain plug, and mounting hardware are not included unless otherwise specified.
• Professional installation is recommended.