Deutz-Fahr DX 3.75 A vs John Deere 2555 (A)

8 material differences · fewer than 12

Tractor one

1993–1996

No measured PTO figure

Tractor two

1984–1992

No measured PTO figure

Which should you choose?

Read our verdict on the DX 3.75 A and the 2555 (A) → It is generated from the rows below by a fixed, versioned rule set, and names the figure behind every call.

8 material differences · 8 fields identical or within 5%, which is not counted as material

Deutz-Fahr DX 3.75 A and John Deere 2555 (A), field by field
Field	DX 3.75 A	2555 (A)	Gap
Engine
Engine power, claimed claimed	76.6 hp	76.0 hp	—
Engine declared	KHD F4L 913	John Deere 4.239 DL-008 or TL-006	differs
Displacement declared	4.09 L	3.92 L	—
Maximum torque declared	183 lb·ft · 248 N·m	—	—
Transmission
Top speed declared	18.6–24.9 mph · 30–40 km/h	18.6 mph · 30 km/h	differs
Clutch declared	Independent dry double clutch	Pedal-operated dry LuK single-disc clutch	differs
Hydraulics & hitch
Hydraulic centre declared	Open centre	Closed centre	differs
Pump flow declared	10.6 gpm · 40.0 L/min	—	—
Pressure declared	3,481 psi · 240 bar	3,336 psi · 230 bar	—
Three-point lift at ends declared	7,275 lb · 3,300 kg	3,371 lb · 1,529 kg	+116% DX 3.75 A
Rear PTO speeds declared	540/1000 rpm	540 rpm	differs
Weight & dimensions
Unladen weight declared	7,077 lb · 3,210 kg	7,110 lb · 3,225 kg	—
Maximum permissible mass declared	11,023 lb · 5,000 kg	—	—
Wheelbase declared	88.6 in · 2,250 mm	89.7 in · 2,279 mm	—
Length declared	141.7 in · 3,600 mm	145.0 in · 3,683 mm	—
Width declared	84.2 in · 2,138 mm	89.4 in · 2,270 mm	+6% 2555 (A)
Height declared	92.2 in · 2,341 mm	103.1 in · 2,620 mm	+12% 2555 (A)
Ground clearance declared	16.1 in · 408 mm	16.1 in · 410 mm	—
Turning radius, braked declared	12.8 ft · 3.90 m	—	—
Fuel tank declared	91.9 qt · 87 L	88.8 qt · 84.0 L	—

Source

Source