Honda H22 Connecting Rod Bearing Set - King Engine Bearings - Race bearings, Trimetal pMax Black - `97-`01
Honda H22 Connecting Rod Bearing Set - King Engine Bearings - Race bearings, Trimetal pMax Black - `97-`01

Available Options
Drive now, Pay later with Affirm
or with PayPal
Both options will be available upon checkout.
The Honda H22 Connecting Rod Bearing Set by King Engine Bearings is an essential component for those who demand reliability and performance in their vehicles. Specifically designed for the 1997-2001 models, this race-ready bearing set employs King’s advanced Trimetal pMax Black technology.
King Engine Bearings is renowned for focusing exclusively on producing high-quality engine bearings. This dedication is evident in the Honda H22 Rod Bearing Set which utilizes a copper-based tri-metal construction to deliver superior load capacity, making it perfect for high-performance applications. Additionally, the Radialock feature ensures optimal crush height for a secure fit in your engine, helping to maintain consistent performance during demanding conditions.
Features
- PMaxBlack technology for enhanced load capacity
- Radialock design for optimal crush height
- Trimetal copper-based material for longevity
- Reliable performance under race conditions
Whether you're building a race car or simply looking to enhance your vehicle's performance, the Honda H22 Connecting Rod Bearing Set by King Engine Bearings provides the precision and dependability you need. If you have any questions about this bearing set or need expert advice, feel free to call us directly at 512-982-9393 for our Austin, Texas location or 562-981-6800 for our Los Angeles, California location. We also offer installation and customization services at both locations. If you’re considering purchasing multiple items, please contact us to inquire about shipping discounts. We install on premises at both facilities to ensure your vehicle gets the best possible care.
CA Residents: WARNING: Cancer and Reproductive Harm - www.P65Warnings.ca.gov




