Sustainable Blox Racing Lost Motion Assembly - B/h Series Deluxe Edition [gIVKsGrP]

Sustainable Blox Racing Lost Motion Assembly - B/h Series Deluxe Edition [gIVKsGrP]

Introducing the Blox Racing Lost Motion Assembly (LMA) - B/H Series, a vital upgrade for your Honda/Acura B/H-Series DOHC VTEC engine. This kit is designed to address the common issue of worn-out OEM lost motion assemblies that often result in annoying clicking sounds. The LMA kit from Blox Racing offers a cost-effective and high-performance alternative to the original factory parts, ensuring seamless engine operation and extended longevity.

• Comprehensive Kit: Includes 8 essential pieces for a complete solution.
• Quality Materials: Constructed with the same high-quality materials as valve springs for durability and reliability.
• No Additional Parts: No need for shims, spacers, or washers, simplifying installation.

Key Product Features

The Blox Racing LMA kit is crafted with precision and is an ideal upgrade when dealing with aging factory parts or when transitioning to high-lift camshafts. Each assembly is engineered to provide superior performance, ensuring that your engine operates smoothly and efficiently.

• Engineered for Performance: Specifically designed to enhance the performance of high-lift camshafts.
• Durable Construction: Utilizes high-quality materials to withstand rigorous use and maintain structural integrity over time.

Practical Applications and Benefits

Whether you're a seasoned mechanic or a DIY enthusiast, the Blox Racing LMA kit is an essential addition to your engine maintenance toolkit. Its easy installation and cost-effectiveness make it a practical choice for anyone looking to upgrade their Honda/Acura B/H-Series DOHC VTEC engine.

• Smooth Operation: Eliminate clicking sounds and ensure a quiet, trouble-free engine performance.
• Cost-Effective Solution: Save money by choosing Blox Racing's LMA kit over expensive OEM replacements.
• Easy Installation: No additional parts required, making it simple to install and maintain.