Ideal for rebuilding engines where more demanding use is anticipated, such as heavy duty, motorsports, or street performance. As it is the most versatile replacement, Clevite engine bearing P-Series is suitable for most OE applications. Due to the increased load capacity of the Tri-Metal design, it is a suitable upgrade from Bi-Metal engine bearings.
| Bearing Item Grade | OE Replacement |
| Bearing Material | TM-77 |
| Bearing O.D. or Housing Bore (max.) | MB2560P=2.9425in MB2561P(F)=2.9425in |
| Bearing O.D. or Housing Bore (min.) | MB2560P=2.9417in MB2561P(F)=2.9417in |
| Bearing Series | P |
| Max. Wall | MB2560P=0.0962in MB2561P(F)=0.0962in |
| Meets or Exceeds Original Equipment Manufacture Specifications | Yes |
| Size | Standard |
| Standard Shaft Diameter (max.) | MB2560P=2.7492in MB2561P(F)=2.7492in |
| Standard Shaft Diameter (min.) | MB2560P=2.7484in MB2561P(F)=2.7484in |
| Vertical Oil Clearance (max.) | MB2560P=0.0030in MB2561P(F)=0.0030in |
| Vertical Oil Clearance (min.) | MB2560P=0.0005in MB2561P(F)=0.0005in |
Clevite
Ideal for rebuilding engines where more demanding use is anticipated, such as heavy duty, motorsports, or street performance. As it is the most versatile replacement, Clevite engine bearing P-Series...
Clevite
Ideal for rebuilding engines where more demanding use is anticipated, such as heavy duty, motorsports, or street performance. As it is the most versatile replacement, Clevite engine bearing P-Series...
Clevite
Carrying on a tradition of durability and dependability, Clevite Bi-Metal (aluminum) engine bearings feature 100% lead-free aluminum silicon. Engineered with 60% more silicon than comparable...
Clevite
Ideal for rebuilding engines where more demanding use is anticipated, such as heavy duty, motorsports, or street performance. As it is the most versatile replacement, Clevite engine bearing P-Series...
Clevite
Carrying on a tradition of durability and dependability, Clevite Bi-Metal (aluminum) engine bearings feature 100% lead-free aluminum silicon. Engineered with 60% more silicon than comparable...
