Skunk2 Racing 344-05-1360 Skunk2 Alpha Series Honda/Acura H Series Valve Spring and Titanium Retainer Kit

Unlock the true potential of your Honda or Acura H Series engine with the Skunk2 Racing Alpha Series Valve Spring and Titanium Retainer Kit. Engineered for high performance and reliability, this kit is designed to handle the rigors of aggressive driving and high RPMs, making it an ideal choice for both street and track enthusiasts. The Alpha Series springs are precision wound from premium-quality materials to ensure consistent performance and durability. Paired with lightweight titanium retainers, this kit reduces valvetrain mass, allowing for quicker engine response and increased power output.

Each component in the Skunk2 Alpha Series Valve Spring and Titanium Retainer Kit is meticulously crafted to meet the highest standards of quality and performance. The valve springs are designed to provide the optimal balance of tension and flexibility, preventing valve float and ensuring stable operation at high engine speeds. The titanium retainers are not only strong and durable but also significantly lighter than their steel counterparts, which helps to reduce wear on valve components and extend the life of your engine.

Upgrade your H Series engine with confidence knowing that Skunk2 Racing has a longstanding reputation for delivering products that outperform the competition. Whether you’re building a naturally aspirated setup or planning a turbocharged monster, the Alpha Series Valve Spring and Titanium Retainer Kit is your ticket to achieving superior engine performance.

This Skunk2 Racing 344-05-1360 Alpha Series Valve Spring and Titanium Retainer Kit is compatible with the following Honda and Acura H Series engines:

• Honda Prelude (1992-2001) with H22A engine
• Honda Prelude (1992-2001) with H23A engine
• Acura Vigor (1992-1994) with G25A engine
• Honda Accord (1990-2002) with H22A engine
• Honda Accord (1990-2002) with H23A engine

Ensure proper fitment and compatibility with your specific vehicle model before installation.