John Deere 2555 (A) vs Massey Ferguson MF 390 (A)

12 material differences

Tractor one

1984–1992

No measured PTO figure

Tractor two

1987–1997

No measured PTO figure

Which should you choose?

Read our verdict on the 2555 (A) and the MF 390 (A) → It is generated from the rows below by a fixed, versioned rule set, and names the figure behind every call.

12 material differences · 3 fields identical or within 5%, which is not counted as material

John Deere 2555 (A) and Massey Ferguson MF 390 (A), field by field
Field	2555 (A)	MF 390 (A)	Gap
Engine
Engine power, claimed claimed	76.0 hp	76.0 hp	—
Engine declared	John Deere 4.239 DL-008 or TL-006	Perkins A 4.248	differs
Displacement declared	3.92 L	4.07 L	—
Maximum torque declared	—	200 lb·ft · 271 N·m	—
Transmission
Top speed declared	18.6 mph · 30 km/h	18.6–24.9 mph · 30–40 km/h	differs
Clutch declared	Pedal-operated dry LuK single-disc clutch	pedal-operated dry and air-cooled single clutch	differs
Hydraulics & hitch
Hydraulic centre declared	Closed centre	—	—
Pump flow declared	—	16.7 gpm · 63.3 L/min	—
Pressure declared	3,336 psi · 230 bar	2,466 psi · 170 bar	+35% 2555 (A)
Three-point lift at ends declared	3,371 lb · 1,529 kg	6,746 lb · 3,060 kg	+100% MF 390 (A)
Rear PTO speeds declared	540 rpm	540 rpm / 1000 rpm	differs
Weight & dimensions
Unladen weight declared	7,110 lb · 3,225 kg	6,601 lb · 2,994 kg	+8% 2555 (A)
Wheelbase declared	89.7 in · 2,279 mm	84.1 in · 2,136 mm	+7% 2555 (A)
Length declared	145.0 in · 3,683 mm	144.5 in · 3,670 mm	—
Width declared	89.4 in · 2,270 mm	76.4 in · 1,940 mm	+17% 2555 (A)
Height declared	103.1 in · 2,620 mm	97.2 in · 2,470 mm	+6% 2555 (A)
Ground clearance declared	16.1 in · 410 mm	11.6 in · 295 mm	+39% 2555 (A)
Fuel tank declared	88.8 qt · 84.0 L	114.1 qt · 108 L	+29% MF 390 (A)

Source

Source