Case - IH JXC Maxxima

Brake fluid capacity & service interval

Case - IH JXC Maxxima uses brake fluid with a capacity range of 0,7 to 1,2 liters. Service intervals require a check every 50 hours. The data covers 5 configurations.

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

TypeSpecifications
JX1060C (2004-2008)
  • Use: Normal
  • Capacity 0,7 liter
  • Capacity 1,2 liter (+ front brakes)
  • Check 50 hours
JX1070C (2004-2008)
  • Use: Normal
  • Capacity 0,7 liter
  • Capacity 1,2 liter (+ front brakes)
  • Check 50 hours
JX1075C (2004-2008)
  • Use: Normal
  • Capacity 0,7 liter
  • Capacity 1,2 liter (+ front brakes)
  • Check 50 hours
JX1085C (2004-2008)
  • Use: Normal
  • Capacity 0,7 liter
  • Capacity 1,2 liter (+ front brakes)
  • Check 50 hours
JX1095C (2004-2008)
  • Use: Normal
  • Capacity 0,7 liter
  • Capacity 1,2 liter (+ front brakes)
  • Check 50 hours

Additional Notes

  • The Case-IH JXC Maxxima hydraulic brake system holds 0.7 liter as the base capacity across all five variants — the JX1060C, JX1070C, JX1075C, JX1085C, and JX1095C — covering the 2004-2008 model years.
  • When front brakes are included in the system, the brake fluid capacity rises to 1.2 liters, an increase of 0.5 liter over the base figure, reflecting the additional circuit volume required to serve the front axle braking components.
  • The 50-hour check interval applies under normal use conditions and is consistent across all five JXC Maxxima variants in the 2004-2008 range, indicating no variation by model designation within the lineup.
  • The distinction between the 0.7-liter and 1.2-liter capacities is directly tied to whether front brakes are present, meaning the same tractor model can require meaningfully different fluid volumes depending on how the braking system is configured.
  • A 50-hour service interval for brake fluid inspection is relatively frequent by agricultural equipment standards, which reflects the hydraulic nature of the brake system and the operating demands placed on fluid integrity in field conditions.

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