The Massey Ferguson 440 tractor hydraulic oil capacity was not listed in the scraped specs, but hydraulic pump flow is 11.1 gpm | 42.0 lpm, and hydraulic pressure is 2466 psi | 170.0 bar.
Massey Ferguson 440 Hydraulic Capacity & Flow Specs
| Hydraulic pressure | 2466 psi | 170.0 bar |
|---|---|
| Pump flow | 11.1 gpm | 42.0 lpm |
Massey Ferguson 440 Hitch, Remote & Lift Specs
| Rear hitch type | II |
|---|---|
| Rear hitch control | draft, position, and response control |
Massey Ferguson 440 Useful Hydraulic Calculations
| Estimated hydraulic horsepower | about 16 hydraulic hp from listed pressure and pump flow |
|---|
Massey Ferguson 440 Hydraulic Comparison Charts
Pump flow comparison
Hydraulic pressure comparison
Benchmarks use practical low, average and high ranges for the utility and row-crop tractor category. These are comparison guides only; use the operator manual and exact tractor configuration before buying parts, oil, loaders or hydraulic implements.
Massey Ferguson 440 Steering, Brakes & Mechanical Hydraulic Notes
| Steering | hydrostatic power |
|---|---|
| Brakes | Wet disc brakes |
Massey Ferguson 440 Hydraulic Capacity FAQ
Why is the Massey Ferguson 440 hydraulic oil capacity not shown here?
The scraped specs do not list a hydraulic oil capacity for the Massey Ferguson 440, but pump flow is 11.1 gpm | 42.0 lpm and pressure is 2466 psi | 170.0 bar. For oil fill amount, use the manual or fill/check procedure, not pump flow or pressure.
Will the Massey Ferguson 440 hydraulics feel fast or slow?
The useful speed clue is 11.1 gpm | 42.0 lpm pump flow, below the 14 gpm benchmark for this group. Expect hydraulic functions to be steady rather than fast, especially with loaders or big cylinders.
What does the Massey Ferguson 440 hydraulic pressure tell you?
The pressure spec is 2466 psi | 170.0 bar, close to the 2,600 psi benchmark. That is a normal working-pressure number for this tractor category.
What matters most for loader speed on the Massey Ferguson 440?
On the Massey Ferguson 440, 11.1 gpm | 42.0 lpm pump flow points to slower loader and cylinder movement and 2,466 psi pressure affects force more than speed. Flow is the speed number; pressure and lift are the force numbers.
How do you judge hydraulic implement fit on the Massey Ferguson 440?
For implement matching, the useful checks are 11.1 gpm flow, 2,466 psi pressure, and II hitch. That combination is more likely to feel slow on loaders, rear remotes and large cylinders and normal on pressure for the class, so match the implement by hydraulic demand, hitch category and actual tractor setup rather than model name alone.
Will the Massey Ferguson 440 hydraulics handle long hydraulic jobs?
The useful heat clues are 11.1 gpm flow, 2,466 psi pressure, and about 16 hydraulic hp by the pressure-flow estimate. Heat risk still depends on load, duty cycle, oil level, cooler condition and implement demand.
How much hydraulic power does the Massey Ferguson 440 make on paper?
Using 2,466 psi and 11.1 gpm, the rough pressure-flow estimate is about 16 hydraulic hp. That is a useful middle-range hydraulic power figure for normal tractor work. It is a comparison number, not engine horsepower.
What do the Massey Ferguson 440 hitch hydraulic specs mean?
The hitch-side hydraulic clues are that rear hitch type is II and hitch control is draft, position, and response control. For real implement choice, hitch category gets it connected, lift capacity gets it raised, and hydraulic flow gets cylinders moving at a usable speed.
What should you check before servicing the Massey Ferguson 440 hydraulics?
For service planning, pressure is listed at 2,466 psi and flow is listed at 11.1 gpm. Use the dipstick or sight glass and the operator manual as the final source before servicing.
Hydraulic capacity, pressure, flow, valves, remotes and lift specs can vary by year, market, transmission, pump option, loader package and tractor configuration. Check the operator manual, hydraulic oil dipstick/sight glass, parts book and official masseyferguson.com website before buying hydraulic oil, servicing the system or sizing hydraulic implements.
