MA-9761257568-2 Pistons Main Rod Bearings Compatible With/For 05-09 Ford Expedition LincolnNavigator 5.4L TRITON

Upgrade your engine’s performance and reliability with our Engine Piston Set Main Rod Bearings, designed for durability, precision, and long-lasting performance. Whether you're performing an engine rebuild or maintenance, this comprehensive kit ensures smooth operation, optimal combustion, and extended engine life.Why Choose Our Engine Piston Set Main Rod Bearings?Our Engine Piston Set Main Rod Bearings are trusted by automotive professionals and DIY enthusiasts for their exceptional quality, precision engineering, and reliable performance. Designed with advanced manufacturing techniques and subjected to rigorous testing, this product delivers enhanced engine efficiency, extended lifespan, and smoother operation. Choose this kit for a dependable and comprehensive solution to your engine rebuild needs.This item includes:8 Pistons with Complete Ring Set (Standard Size)Standard Bore Diameter: 90.20mm1st Group: 1.50mm2nd Group: 1.50mmOil Ring: 3.00mm8 Piston Wrist Pins16 Cir ClipsMain Bearing Set (Standard Size)Rod Bearing Set (Standard Size)Interchange Part Numbers: XL3Z-6148-KA

• The Engine Piston Set Main Rod Bearings are crafted from premium-grade alloys and advanced materials to withstand high pressure, extreme temperatures, and heavy wear for long-lasting durability.
• Engineered to meet or exceed OEM specifications, the Engine Piston Set Main Rod Bearings provide a perfect fit for seamless installation, ensuring reliable and efficient engine performance.
• This comprehensive set includes pistons, main bearings, and rod bearings, providing everything you need for a hassle-free engine rebuild or upgrade.
• The Engine Piston Set Main Rod Bearings minimize friction, reduce wear, and optimize combustion, enhancing engine power, fuel efficiency, and overall reliability.
• The Engine Piston Set Main Rod Bearings undergo rigorous testing under real-world and high-performance conditions to ensure consistent performance and dependability.