ACL Bearings 5M829HC-001 Main Bearing Set for Big Block Chevy 396-454 with 0.001 Inch Undersize and Coated Finish

ACL Bearings 5M829HC-001 Main Bearing Set for Big Block Chevy 396-454 with 0.001 Inch Undersize and Coated Finish

$168.99
Sale price  $168.99 Regular price 
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ACL Bearings 5M829HC-001 Main Bearing Set for Big Block Chevy 396-454 with 0.001 Inch Undersize and Coated Finish

ACL Bearings 5M829HC-001 Main Bearing Set for Big Block Chevy 396-454 with 0.001 Inch Undersize and Coated Finish

$168.99
Sale price  $168.99 Regular price 
Main Bearing Set Coated BBC 396-454

The ACL Bearings 5M829HC-001 Main Bearing Set is designed specifically for Big Block Chevy engines, including models from 396 to 454 cubic inches. These bearings feature a coated surface that enhances durability and reduces friction, contributing to improved engine longevity and performance. The set includes main bearings with a 0.001 inch undersize, suitable for engine rebuilds requiring precise clearance adjustments. Constructed with high-quality materials, these bearings are engineered to withstand high loads and operating temperatures, ensuring reliable support for the engine's crankshaft during demanding conditions. The race series design offers optimized load distribution and wear resistance, making it an ideal choice for performance and heavy-duty applications. Installation of these bearings requires proper alignment and torque specifications to maximize their lifespan and performance. Suitable for professional rebuilds or high-performance engine builds, the ACL Bearings 5M829HC-001 set provides a dependable solution for maintaining engine integrity and smooth operation over time.

Features:

  • Designed for Big Block Chevy engines from 396 to 454 cubic inches
  • Includes main bearings with 0.001 inch undersize for precision fitting
  • Coated surface enhances durability and reduces friction
  • Race series construction offers improved load support and wear resistance
  • High-quality materials ensure reliable performance under demanding conditions

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