Boundary 11-14 Ford Coyote (All Types) V8 Billet Crankshaft Timing Sprocket

The Boundary 11-14 Ford Coyote V8 Billet Crankshaft Timing Sprocket is designed to deliver exceptional durability and precise timing for your high-performance engine. Crafted from high-quality billet aluminum, this sprocket ensures reliable operation under demanding conditions. Its robust construction provides increased strength over stock components, reducing the risk of failure during aggressive driving or racing scenarios. This part is compatible with all Ford Coyote V8 engines from 2011 to 2014, making it a versatile upgrade for enthusiasts and racers alike. The sprocket features precision-machined teeth for optimal engagement with the timing chain, promoting smooth and accurate timing adjustments. Installation is straightforward, fitting seamlessly into your existing engine setup without the need for modifications. Whether you're rebuilding your engine or upgrading for enhanced performance, this sprocket offers the durability and precision you require. The Boundary brand is known for its quality and reliability, making this part a valuable addition to your engine overhaul or tuning project. This billet crankshaft sprocket is an essential component for maintaining the integrity of your engine's timing system and ensuring consistent power delivery. Designed to withstand the rigors of high-performance applications, it provides peace of mind during intense driving sessions or competitive racing. Upgrade your Ford Coyote V8 engine's timing system with the Boundary billet sprocket and experience improved performance and longevity. This product is a perfect choice for enthusiasts seeking a dependable and high-quality timing solution for their 11-14 Ford Coyote engine.

Features:

• Constructed from high-quality billet aluminum for increased strength and durability

• Precision-machined teeth for optimal engagement with the timing chain

• Designed to fit all Ford Coyote V8 engines from 2011 to 2014

• Easy installation with seamless integration into existing engine setup

• Reliable performance under demanding high-performance and racing conditions