GUIDE PLATES, BBC, ADJUSTABLE RAISED, 3/8″ P/ROD, 7/16″ STUD

Description

Optimizing pushrod alignment is crucial for engine efficiency and longevity. These adjustable raised guide plates are engineered to eliminate pushrod deflection, reducing wear and improving valve train precision in Big Block Chevy (BBC) engines.

Manufactured by Comp Cams, a leader in performance engine components, these guide plates accommodate 3/8″ pushrods and feature 7/16″ mounting studs, ensuring compatibility with standard BBC configurations. The adjustable raised design allows precise positioning to maintain optimal pushrod geometry under high-stress conditions.

• Adjustable Raised Design: Allows fine-tuning of pushrod placement, minimizing lateral movement and preventing premature component wear.
• Material and Build: Constructed with durable materials to withstand engine heat and mechanical stress, supporting reliable performance over time.
• Dimensions: At 21.60 cm length, 4.60 cm width, and 14.00 cm height, the guide plates fit securely within the engine assembly without interfering with adjacent components.
• Weight: Weighing 0.7000 kg, these plates strike a balance between structural integrity and minimal added mass.

By maintaining precise pushrod alignment, these guide plates reduce valve train noise and improve overall engine responsiveness. They are essential for applications demanding high RPM stability and durability.

Installation is straightforward with 7/16″ studs designed for secure mounting and compatibility with existing BBC engine setups. This ensures a seamless upgrade or replacement without additional modifications.

Comp Cams’ guide plates provide a targeted solution for engine builders and enthusiasts seeking to enhance their Big Block Chevy’s performance and reliability. Their specific dimensions and adjustable features set them apart from generic alternatives, delivering measurable improvements in valve train operation.

Invest in these adjustable raised guide plates to minimize pushrod deflection, extend component life, and maintain engine precision under demanding conditions.