John Deere 510 vs Steyr 288

10 material differences · fewer than 12

Tractor one

1964–1969

No measured PTO figure

Tractor two

1962–1966

No measured PTO figure

Which should you choose?

Read our verdict on the 510 and the 288 → It is generated from the rows below by a fixed, versioned rule set, and names the figure behind every call.

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

John Deere 510 and Steyr 288, field by field
Field	510	288	Gap
Engine
Engine power, claimed claimed	39.4 hp	44.4 hp	+13% 288
Engine declared	John Deere 152 D 22 L	Steyr WD-406	differs
Displacement declared	2.49 L	2.66 L	+7% 288
Maximum torque declared	101 lb·ft · 137 N·m	116 lb·ft · 157 N·m	+15% 288
Transmission
Top speed declared	12.4–15.5 mph · 20–25 km/h	18.6 mph · 30 km/h	differs
Clutch declared	Two-stage, pedal-operated, dry Fichtel & Sachs double clutch	Pedal-operated dry Fichtel & Sachs single-disc clutch	differs
Hydraulics & hitch
Pump flow declared	4.1 gpm · 15.6 L/min	8.5 gpm · 32.0 L/min	+105% 288
Pressure declared	2,190 psi · 151 bar	2,134 psi · 147 bar	—
Three-point lift at ends declared	—	3,527 lb · 1,600 kg	—
Rear PTO speeds declared	540/1000 rpm	540/1000 rpm	—
Weight & dimensions
Unladen weight declared	4,572 lb · 2,074 kg	4,255 lb · 1,930 kg	+7% 510
Maximum permissible mass declared	7,319 lb · 3,320 kg	—	—
Wheelbase declared	81.6 in · 2,072 mm	79.3 in · 2,015 mm	—
Length declared	133.9 in · 3,400 mm	135.2 in · 3,435 mm	—
Width declared	62.2 in · 1,580 mm	66.5 in · 1,690 mm	+7% 288
Height declared	88.4 in · 2,245 mm	56.9 in · 1,444 mm	+55% 510
Ground clearance declared	17.5 in · 445 mm	16.1 in · 410 mm	+9% 510
Turning radius, braked declared	10.0 ft · 3.05 m	—	—
Fuel tank declared	74.0 qt · 70 L	77.1 qt · 73.0 L	—

Source

Source