Comparing Mitsubishi D3250 vs Wagner TR-9

This page provides a detailed comparison of the specifications for the Mitsubishi D3250 and the Wagner TR-9. The specifications are categorized into four main sections: Engine, Transmission, Dimensions, and Miscellaneous. By comparing these two tractors side by side, you can easily identify the similarities and differences between them and determine which one best suits your needs.

Mitsubishi D3250
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Wagner TR-9
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Engine
Engine - Manufacturer Mitsubishi Cummins
Engine - Model - -
Engine - Cooling Type Liquid-cooled Liquid-cooled
Engine - Cylinder Orientation - -
Engine - Valve Configuration - L-head
Engine - Fuel Type Diesel Diesel
Engine - Induction Type - -
Engine - Cylinders 4 4
Engine - Displacement (ci) - 495
Engine - Bore (in) - 5.125
Engine - Stroke (in) - -
Engine - Rated RPM - 1800
Engine - Power Output (hp) 37 120
Transmission
Transmission - Type Gear Gear
Transmission - Forward Gears - 10
Transmission - Reverse Gears - -
Transmission - Total Gears - -
Dimensions
Length (in) - 200
Width (in) - 94
Height (in) - 87 (without cab), 111 (with cab)
Operating Weight (lb) - 15,270
Miscellaneous
Chassis 4x4 MFWD 4WD 4x4 articulated 4WD
Drive Type 4WD 4WD
Steering Type - Hydraulic power
Coolant Capacity (qts) - 30
Front Tire Diameter (in) - -
Front Tire Width (in) - -
Rear Tire Diameter (in) - 26
Rear Tire Width (in) - -
Front/Rear Rim Diameter (in) - -
Tire Type - Agricultural assumed due to "Ag front" and "Ag rear" labels
Manufacture - End Year - -
Hitch Type - -
Hitch Category - -
Hitch Position - -
Hitch Capacity (lb) - -
Operator Station Type - Presumed Cab, indicated by the presence of "Height (cab)"
Starter Type Electric Electric, indicated by "Engine - Starter volts" of 24
PTO Type - -
PTO Speed 1 (rpm) - -
PTO Speed 2 (rpm) - -
PTO Speed 3 (rpm) - -
Brake Type - -
Hydraulic System Type - -