Ensure engine durability and smooth operation with King Bearings' HOLDEN LS STD MAIN BEARINGS, engineered to precise standard dimensions of 13 cm length for optimal fit. This 0.48 kg component enhances reliability under demanding conditions. Discover how this bearing safeguards your engine’s core performance.

Prevent engine wear and ensure reliable performance with the HOLDEN 253 308 STD main bearings, engineered by King Bearings. Designed with precise dimensions of 23 cm length and 9 cm width, these bearings fit seamlessly for optimal crankshaft support. Discover how these components extend engine life and maintain smooth operation.

Ensure engine reliability with King Bearings' CHEV SBC Large Journal Standard Main Bearings, designed to maintain optimal clearance and reduce wear. Measuring 13 cm in length, these bearings provide precise fitment for Chevrolet small block engines. Explore how this component safeguards engine performance under demanding conditions.

Ensure precise engine performance with the Holden LS .010 main bearings, engineered to maintain optimal clearance and reduce wear. Measuring 13 cm in length, these King Bearings components provide reliable fitment and durability for critical engine functions. Discover how these bearings enhance your engine’s longevity and efficiency.

Ensure optimal engine performance with King Bearings' CHEV BIG BLOCK STD MAIN BEARINGS, engineered for precise fit in big block Chevy engines. At 0.7 kg and measuring 18 cm by 10 cm, these bearings deliver reliable durability and maintain engine stability. Discover how these bearings enhance your engine’s longevity and efficiency.

Ensure optimal engine performance with the CHEV BIG BLOCK STD BIG ENDS (CR808 SI), engineered to precise dimensions of 12 cm length, 7 cm width, and 6 cm height for a perfect fit in your Chevrolet big block engine. This 0.45 kg King Bearings component delivers reliable durability and stability under high-stress conditions. Discover how this exact fit bearing enhances your engine's longevity and efficiency.