Clevite Ford Truck 300 4.9L 6 Cyl 1985-94 Camshaft Bearing Set

Clevite | SKU: SH1254S | Barcode: 027067622136

MPN: SH1254S

$48.52 USD ~~$73.84~~

Free Shipping

Care information

Check with Manufacturers Guides

Delivery and Shipping

At our website, we pride ourselves on swift delivery and shipping. Our standard processing time is by 12 PM Pacific Standard Time, ensuring most orders ship out on the same day when processed before noon. Plus, enjoy the added benefit of free ground shipping on all orders. For those who need their items even faster, we offer expedited shipping options, and you can also opt for convenient in-store pickup.

Clevite Ford Truck 300 4.9L 6 Cyl 1985-94 Camshaft Bearing Set

Upgrade your engine's performance and ensure its longevity with the Clevite Ford Truck 300 4.9L 6 Cyl 1985-94 Camshaft Bearing Set. Designed specifically for Ford trucks manufactured between 1985 and 1994, this camshaft bearing set is a reliable choice for both casual and professional mechanics.

Key Features:

Precision Engineering: Crafted with high-quality materials to provide a perfect fit and optimum performance.
Enhanced Durability: Built to withstand the rigors of engine operation, ensuring lasting reliability.
Easy Installation: Designed for straightforward installation, making it ideal for both DIY enthusiasts and professional installations.
Compatibility: Specifically tailored for the Ford Truck 300 4.9L 6 Cylinder engines from 1985 to 1994.

Benefits:

Improves engine efficiency and power output.
Reduces friction between moving parts, leading to a smoother operation.
Helps extend the life of your engine, saving you time and money on repairs.

Use Cases:

Perfect for engine rebuilds or restorations.
Essential for routine maintenance to keep your Ford truck running smoothly.
Great choice for performance upgrades to maximize your vehicle's capability.

Invest in the Clevite Ford Truck 300 4.9L 6 Cyl 1985-94 Camshaft Bearing Set today and experience the difference that quality components can make in your engine's performance and reliability.