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.) | MB2564P=3.1930in MB2565P(F)=3.1930in |
| Bearing O.D. or Housing Bore (min.) | MB2564P=3.1922in MB2565P(F)=3.1922in |
| Bearing Series | P |
| Max. Wall | MB2564P=0.0958in MB2565P(F)=0.0958in |
| Meets or Exceeds Original Equipment Manufacture Specifications | Yes |
| Size | Standard |
| Standard Shaft Diameter (max.) | MB2564P=3.0002in MB2565P(F)=3.0002in |
| Standard Shaft Diameter (min.) | MB2564P=2.9994in MB2565P(F)=2.9994in |
| Vertical Oil Clearance (max.) | MB2564P=0.0033in MB2565P(F)=0.0033in |
| Vertical Oil Clearance (min.) | MB2564P=0.0007in MB2565P(F)=0.0007in |
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
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
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...
