Big End Bearing Set Standard Size for Massey Ferguson 5400, 6400 & 7400 Series with T6.60 Engine

Description

When you hear that telltale knock from deep in your engine on a cold morning start, you know it’s time to address your connecting rod bearings before a costly rebuild becomes necessary. This big end bearing set is designed specifically for the fracture-type connecting rods used in Massey Ferguson’s T6.60 engines, providing the precision fit and durability needed to keep your tractor running strong season after season.

What You’re Getting

• Complete bearing set sized for standard crankshaft dimensions—no machining required
• 32mm width design matches fracture-type connecting rod specifications perfectly
• No location lugs configuration allows proper fitment with split connecting rod assemblies
• OEM-quality construction built to handle the demands of modern diesel engines
• Precision bore tolerances ensure optimal oil clearance for proper lubrication

Built for Demanding Farm Work

These bearings fit the T6.60 engines found in Massey Ferguson’s hardworking 5400, 6400, and 7400 series tractors. Whether you’re running a 5465 on hay operations, pulling heavy implements with a 6480, or handling loader work with a 7475, these engines see serious use in demanding agricultural applications where reliability matters most.

Made to Last

Engine bearings take tremendous loads, especially in the big end where connecting rod forces are highest during combustion and compression strokes. This bearing set uses modern materials and manufacturing processes designed to handle the heat, pressure, and constant motion that would destroy lesser quality parts. The precision manufacturing ensures consistent wall thickness and proper crush for reliable sealing.

Good to Know

Installing big end bearings requires engine disassembly and should be handled by someone familiar with internal engine work. The 32mm width and lack of location lugs are specific to fracture-type connecting rods—using the wrong bearings will cause immediate failure. Always check crankshaft journals for wear and verify proper oil clearances during assembly.