Maserati Indy, AM 116

Clutch fluid capacity & service interval

Maserati Indy, AM 116 uses clutch fluid with a capacity of 0,2 liter. Service intervals include checking at 5000 km and changing at 20000 km. The data covers 3 configurations.

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

TypeSpecifications
Indy 4900, AM116/49 (1973-1974)
  • Use: Normal
  • Capacity 0,2 liter
  • Check 5000 km
  • Change 20000 km
Indy 4700, AM116/47 (1970-1974)
  • Use: Normal
  • Capacity 0,2 liter
  • Check 5000 km
  • Change 20000 km
Indy 4200, AM116 (1969-1974)
  • Use: Normal
  • Capacity 0,2 liter
  • Check 5000 km
  • Change 20000 km

Additional Notes

  • All three Maserati Indy AM116 variants share a clutch fluid capacity of 0.2 liter, which is a small reservoir volume consistent with a hydraulic clutch master cylinder rather than a large-volume hydraulic system.
  • The hydraulic clutch system noted across the Indy 4200, 4700, and 4900 configurations means clutch engagement is actuated by fluid pressure rather than a mechanical cable, making fluid condition directly relevant to pedal feel and clutch operation.
  • The Indy 4200 AM116, covering 1969-1974, carries the same 0.2 liter capacity and identical check and change intervals as the later displacement variants, indicating no reservoir size difference was introduced with the larger engines.
  • A fluid check interval of 5000 km under normal use applies to all three variants, reflecting a relatively frequent inspection cycle for a system with only 0.2 liter of fluid, where even minor loss could affect hydraulic function.
  • The change interval of 20000 km under normal use means the fluid is replaced at four times the frequency of each check, a ratio that accounts for the gradual degradation of brake-type hydraulic fluid through moisture absorption over time.
  • The Indy 4700 AM116/47, introduced in 1970, and the Indy 4900 AM116/49, introduced in 1973, both carry the same 0.2 liter capacity as the original 4200, suggesting the hydraulic clutch reservoir design was carried over without modification across the displacement range.

Other Systems