BTR BTR91120-16 Beehive Valve Spring Set, Gen V LT, .550 Lift

The Brian Tooley Racing Beehive Valve Spring Set (BTR91120-16) is a high-performance upgrade designed to enhance the valvetrain stability and control of your Gen V LT engine, specifically the 5.3 L83 and 6.2 L86 variants. These beehive springs from BTR serve as a direct and effortless replacement for the stock valve springs, providing a significant boost in performance and reliability. Key Features: Drop-In Replacement: The BTR Beehive Valve Spring Set is meticulously engineered to be a drop-in replacement for the stock valve springs in Gen V LT engines. This ensures easy installation, making it an excellent choice for enthusiasts and mechanics looking to upgrade their engine without extensive modifications. Enhanced Performance: With a maximum lift capability of .550", these beehive springs are optimized for improved valvetrain performance. This increased lift allows for more aggressive cam profiles, enhancing airflow and fuel delivery for higher horsepower and torque output. Precise Specifications: The valve springs are engineered to meet precise specifications, including a spring pressure of 95lbs at 1.870", 300lbs at 1.330", and a coil bind at 1.280". Additionally, they boast a spring rate of 386lbs, ensuring consistent and reliable valvetrain operation under various engine conditions. Beehive Spring Design: The beehive design is known for its superior performance characteristics. It offers enhanced valvetrain stability, reduced valvetrain mass, and improved valvetrain dynamics, allowing for higher RPM operation without the risk of valve float. Gen V LT Compatibility: These springs are specifically tailored for Gen V LT engines, ensuring precise fitment and optimal performance. Whether you have a 5.3 L83 or a 6.2 L86 engine, these beehive valve springs are designed to deliver reliable and consistent results. Single Spring Type: The BTR Beehive Valve Spring Set features a single spring type. Despite being a single spring, the beehive design provides the performance benefits typically associated with dual spring setups, making it a highly efficient choice for performance-oriented applications.