Massey Ferguson 3700

Coolant capacity & service interval

Massey Ferguson 3700 coolant capacity ranges from 10 to 11 liters. The service interval is 2400 hours. The data covers 6 configurations.

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

TypeSpecifications
MF 3707 AL (2018- )
  • Use: Normal
  • Capacity 11 liter (+ cabin)
  • Capacity 10 liter (Without cabin)
  • Change 2400 hours
MF 3707 V/S/F/GE/WF (2018- )
  • Use: Normal
  • Capacity 11 liter (+ cabin)
  • Capacity 10 liter (Without cabin)
  • Change 2400 hours
MF 3708 AL (2018- )
  • Use: Normal
  • Capacity 11 liter (+ cabin)
  • Capacity 10 liter (Without cabin)
  • Change 2400 hours
MF 3708 V/S/F/GE/WF (2018- )
  • Use: Normal
  • Capacity 11 liter (+ cabin)
  • Capacity 10 liter (Without cabin)
  • Change 2400 hours
MF 3709 AL (2018- )
  • Use: Normal
  • Capacity 11 liter (+ cabin)
  • Capacity 10 liter (Without cabin)
  • Change 2400 hours
MF 3709 V/S/F/GE/WF (2018- )
  • Use: Normal
  • Capacity 11 liter (+ cabin)
  • Capacity 10 liter (Without cabin)
  • Change 2400 hours

Additional Notes

  • Across all Massey Ferguson 3700 series variants covered here, the cooling system capacity is listed in two figures depending on cab configuration. Models fitted with a cabin hold 11 liters, while the same models without a cabin hold 10 liters. The 1-liter difference reflects the additional coolant volume routed through the cab heating circuit.
  • The AL designation and the V/S/F/GE/WF designation represent distinct body or equipment configurations within each model number, yet both share identical cooling system capacities and service intervals across the 3707, 3708, and 3709 variants.
  • The 3707, 3708, and 3709 model numbers within the Massey Ferguson 3700 series indicate different engine power outputs or specifications, yet the cooling system volume remains consistent at 11 liters (with cabin) and 10 liters (without cabin) across all three.
  • The coolant change interval for all six configurations is set at 2,400 hours under normal use conditions. In agricultural equipment, hour-based intervals are standard because operating time is a more reliable measure of fluid degradation than calendar time, given the variable and often intensive nature of field work.
  • A 2,400-hour coolant change interval is relatively extended compared to many other fluid systems on agricultural tractors, reflecting the stable thermal environment that modern pressurized cooling systems maintain and the longevity of current extended-life coolant formulations.
  • All six rows carry a normal use condition designation. In service interval terminology, normal use typically refers to standard operating environments without the additional thermal or contamination stress that would trigger a shortened severe-use interval.

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