Brian Tooley Racing PR7525312-16 LS Chromoly Pushrods, 7.525 Inch Length, 5/16 Inch Diameter

The Brian Tooley Racing PR7525312-16 LS chromoly pushrods are designed as high-quality stock replacement components for LS engine applications. Crafted from durable chromoly material, these pushrods provide enhanced strength and longevity compared to standard steel options. With a length of 7.525 inches and a diameter of 5/16 inch, they are engineered to fit specific LS engine configurations, ensuring proper valve operation and optimal engine performance. The pushrods feature a wall thickness of 0.080 inches, contributing to their robust structural integrity while maintaining lightweight characteristics.

These pushrods are ideal for enthusiasts and professionals seeking reliable replacement parts that maintain factory specifications or improve upon stock performance. Their corrosion-resistant chromoly construction ensures durability even under demanding conditions, making them suitable for a variety of street and performance applications. Installation is straightforward, and their precise dimensions ensure compatibility with compatible LS cylinder heads and valvetrain components.

Whether upgrading a stock engine or building a performance-oriented setup, the Brian Tooley Racing PR7525312-16 pushrods provide consistent, reliable operation. They are a vital component in maintaining proper valve timing and engine efficiency, contributing to smooth operation and longevity of your engine components. Trust in the quality and precision engineering of BTR to deliver performance and durability in every pushrod you install.

Features:

• Made from high-strength chromoly for durability and reliability

• Stock replacement pushrods designed for LS engines

• 7.525-inch length to fit specific LS engine models

• 5/16 inch diameter for proper valvetrain clearance

• 0.080-inch thick wall for structural strength

• Corrosion-resistant material for long-lasting performance

• Suitable for street and performance applications

• Precision-engineered for consistent valve operation