Experience 8.8-12" Heavy Duty Cast Aluminum Differential Cover | 15-21+ F150 Massive 30% Savings [PYEnz2Bs]

Heavy Duty Aluminum Differential Cover for 15-21+ F150

Enhance your 2015-2023 Ford F150's rear-end performance with the PPE Heavy Duty Cast Aluminum Differential Cover. This high-quality cover is designed to make oil changes a breeze while providing superior cooling and durability. Crafted from all-aluminum construction, it boasts cooling fins, fill port, and drain port, ensuring optimal performance and longevity. As a drop-in replacement for the stock differential cover, it fits seamlessly without the need for permanent modifications.

Superior Construction and Technical Specifications

The PPE Differential Cover is constructed from high-grade A356-T6 heat-treated cast aluminum, which offers exceptional strength and heat dissipation. The external fins maximize cooling performance, while the triangulated gussets add rigidity to the gear housing. The cover also features oil scrapers to reduce churning, heat, and power loss. Each cover includes a high-power Neodymium magnet-equipped, billet stainless steel service plug, ensuring easy maintenance and debris removal. With a natural, raw aluminum finish and complete with hardware and instructions, this cover is ready to install and provide immediate benefits.

Improved Reliability and Easy Maintenance

This differential cover is not just about aesthetics; it's about improving your F150's overall performance and reliability. The increased fluid capacity by half quart enhances cooling and durability, making it an ideal choice for both daily driving and heavy towing situations. The built-in drain and fill plugs allow for easy oil changes without removing the cover, saving time and effort. Whether you're a DIY enthusiast or a professional mechanic, this cover is designed to meet your needs. With its straightforward installation and limited lifetime warranty, the PPE Differential Cover is a smart investment for any F150 owner looking to upgrade their vehicle's differential performance.