MAHLE ORIGINAL/CLEVITE CB927P10 Connecting Rod Bearing for Ford Cleveland Engines, 0.010 Inch Undersize

MAHLE ORIGINAL/CLEVITE CB927P10 Connecting Rod Bearing for Ford Cleveland Engines, 0.010 Inch Undersize

$28.99
Sale price  $28.99 Regular price 
Skip to product information
MAHLE ORIGINAL/CLEVITE CB927P10 Connecting Rod Bearing for Ford Cleveland Engines, 0.010 Inch Undersize

MAHLE ORIGINAL/CLEVITE CB927P10 Connecting Rod Bearing for Ford Cleveland Engines, 0.010 Inch Undersize

$28.99
Sale price  $28.99 Regular price 
Rod Bearing

The MAHLE ORIGINAL/CLEVITE CB927P10 connecting rod bearing is designed for Ford Cleveland engines requiring a 0.010 inch undersize fit. This high-quality bearing features durable materials suitable for modified engine applications, providing reliable support for the connecting rod during engine operation. Precision manufacturing ensures proper clearance and optimal performance, contributing to engine longevity and efficiency. Each bearing is engineered to meet the exact specifications for fit and function, making it a dependable choice for engine rebuilds and repairs where precise undersize bearings are needed.

Constructed with meticulous attention to detail, the CB927P10 bearing offers excellent wear resistance and thermal stability, essential for demanding engine conditions. It is compatible with a variety of Ford Cleveland engine models, ensuring proper fitment and seamless integration into your engine assembly. Installing this bearing can help restore engine performance and support high-performance modifications, ensuring smooth operation and durability over time. Proper installation and matching with other engine components will maximize the bearing's lifespan and engine reliability.

Features:

  • Designed for Ford Cleveland engines with 0.010 inch undersize specifications
  • Durable construction suitable for modified engine applications
  • Precision manufacturing ensures proper clearance and fit
  • Provides reliable support for connecting rods during engine operation
  • Engineered for wear resistance and thermal stability

You may also like