John Deere 8010 series

Differential fluid capacity & service interval

John Deere 8010 series differential fluid capacity is 13,6 liters. Service intervals include checking at 250 hours and changing at 1500 hours. The data covers 4 configurations.

The configuration chart below lists fill volumes and service intervals for each engine and trim variant.

TypeSpecifications
  • 8110 (1999-2002)
  • Front
  • Use: Normal
  • Capacity 13,6 liter
  • Check 250 hours
  • Change 1500 hours
  • Code: (4x4)
  • 8210 (1999-2002)
  • Front
  • Use: Normal
  • Capacity 13,6 liter
  • Check 250 hours
  • Change 1500 hours
  • Code: (4x4)
  • 8310 (1999-2000)
  • Front
  • Use: Normal
  • Capacity 13,6 liter
  • Check 250 hours
  • Change 1500 hours
  • Code: (4x4)
  • 8410 (1999-2000)
  • Front
  • Use: Normal
  • Capacity 13,6 liter
  • Check 250 hours
  • Change 1500 hours
  • Code: (4x4)

Additional Notes

  • The John Deere 8010 series front differential fluid capacity is 13.6 liters across all four models covered by these specifications, which is a substantial volume consistent with the heavy-duty axle assemblies found in large agricultural tractors of this class.
  • The 8110 and 8210 share identical front differential fluid specifications across their full 1999-2002 production span, with a 13.6-liter capacity, a 250-hour check interval, and a 1500-hour change interval under normal use conditions.
  • The 8310 and 8410 carry the same 13.6-liter capacity and the same 250-hour check and 1500-hour change intervals as the 8110 and 8210, though the specifications for the 8310 and 8410 apply only to the 1999-2000 model years rather than the full 1999-2002 range.
  • A 250-hour check interval tied to normal use conditions means the fluid level in the front differential is to be inspected at that frequency without necessarily performing a full drain and refill at each check.
  • The 1500-hour change interval under normal use conditions represents a relatively extended service cycle, which reflects the sealed, low-contamination environment typical of a front differential compared to more frequently serviced systems on the same machine.

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