Easy To Use Brian Crower Hd Single Valve Spring & Steel Retainer Kit For Toyota & Lexus 2jz 2jzge 2jzgte (800+whp) Pro Version [Ub3ZpLOB]

Brian Crower HD Valve Spring & Retainer Kit for High-Performance Toyota & Lexus 2JZ Engines

Introducing the Brian Crower HD Single Valve Spring & Steel Retainer Kit, a must-have upgrade for Toyota and Lexus 2JZ, 2JZGE, and 2JZGTE engines with power outputs exceeding 800whp. This premium kit is designed to enhance your engine's performance, offering increased spring pressure for extended RPM capabilities. With its high-grade chrome silicone alloy construction and proprietary processing procedures, this kit ensures consistent pressures for optimal engine performance. Upgrade your engine today and experience the power of Brian Crower's engineering excellence.

Technical Specifications and Benefits

The Brian Crower HD Valve Spring & Steel Retainer Kit is engineered to deliver exceptional performance. Here are the key specifications and benefits:

• Kit PN: BC0300HD
• Spring PN: BC1300HD
• Retainer PN: BC2300S-24
• Seat: OEM
• Description: Single Spring, Steel Retainer

With a spring pressure of 102 lbs at seat and 215 lbs at open, this kit is perfect for engines pushing 800+whp. The net cam lift of 0.460" ensures a smooth and efficient valve operation. This kit also features a steel retainer for added durability and reliability, making it a reliable choice for high-performance engines.

Practical Applications and Target Audience

The Brian Crower HD Valve Spring & Steel Retainer Kit is ideal for enthusiasts and professionals seeking to maximize the potential of their Toyota or Lexus 2JZ engine. Whether you're running a high-performance street car, a drag racing machine, or a time attack vehicle, this kit will provide the necessary components to handle increased power and RPMs. Its durable construction and precise engineering make it a perfect fit for engines requiring 800+whp. Upgrade your engine with the Brian Crower HD Valve Spring & Retainer Kit and experience the difference in performance and reliability.