Boost Your Engine’s Performance with the AFE 46-70322 Pro Series Engine Oil Pan

Upgrade your vehicle’s oil capacity and cooling efficiency with the AFE 46-70322 Pro Series Engine Oil Pan, designed to deliver exceptional durability and performance. Crafted from high-quality cast aluminum, this oil pan features a rugged wrinkle black powder-coated finish and precision-machined cooling fins, ensuring long-lasting strength, corrosion resistance, and improved heat dissipation.

With an additional 2 quarts of oil capacity over the stock pan, the AFE 46-70322 provides enhanced lubrication, reducing the risk of oil starvation and protecting your engine during high-stress conditions. The increased oil volume, combined with the innovative cooling fin design, helps maintain optimal oil temperatures, promoting better engine performance and longevity.

For added engine protection, this oil pan includes a Pro GUARD D2 engine oil filter, known for its superior filtration capabilities, keeping your engine free from harmful contaminants. This comprehensive package ensures that your engine remains well-protected and performing at its best.

Features and Benefits:

• Increased Oil Capacity: Holds an additional 2 quarts over the stock pan, enhancing lubrication and reducing the risk of oil starvation.
• Durable Construction: Made from high-quality cast aluminum with a wrinkle black powder-coated finish for exceptional strength and corrosion resistance.
• Enhanced Cooling Efficiency: Machined fins improve heat dissipation, maintaining lower oil temperatures for optimal engine performance.
• Superior Filtration: Includes a Pro GUARD D2 engine oil filter for exceptional protection against contaminants, extending engine life.
• Stylish Design: Wrinkle black finish with machined fins adds a professional and rugged look to your engine bay.

Upgrade your vehicle with the AFE 46-70322 Pro Series Engine Oil Pan and experience the benefits of increased capacity, improved cooling, and superior engine protection. Order now and ensure your engine performs at its peak under any condition.