PR69468 Proform Shaft Rocker Kit, Chrysler Bb 1.6:1 Ratio, Bronze Bushed

Description

Optimize engine performance and longevity by upgrading to a shaft rocker kit engineered for Chrysler BB engines with a precise 1.6:1 rocker ratio. This component enhances valve lift efficiency, directly improving airflow and combustion, which translates to increased power output and throttle response.

The kit features bronze bushings, known for their superior wear resistance and reduced friction compared to standard materials. This ensures smoother rocker arm movement, minimizing mechanical losses and extending the service life of your valve train components.

Weighing 5.9 kilograms, the shaft rocker assembly provides a sturdy and stable platform for consistent valve actuation. Its dimensions—58.40 cm in length, 8.90 cm in width, and 29.80 cm in height—are precisely engineered for a direct fit within Chrysler BB engine configurations, ensuring easy installation without modifications.

Manufactured by Proform, a recognized leader in high-performance engine components, this kit is built to withstand the demands of both street and competitive environments. The shaft-mounted design reduces rocker arm deflection, maintaining accurate valve timing and improving overall engine efficiency.

The bronze-bushed shaft rockers reduce maintenance frequency by resisting wear and heat buildup, a critical factor for engines operating under extended high-RPM conditions. This results in sustained performance and reliability, minimizing downtime and repair costs.

Compatible specifically with Chrysler BB big block engines, this kit supports enthusiasts and professionals seeking precision-engineered upgrades that maintain factory tolerances while enhancing mechanical advantage.

Invest in this shaft rocker kit to achieve enhanced valve train stability, improved engine responsiveness, and long-term durability. Proform’s commitment to quality and precise engineering ensures you receive a component that delivers measurable performance gains and dependable operation.