Comparing Kubota B7000 vs Mitsubishi MT1800

This page provides a detailed comparison of the specifications for the Kubota B7000 and the Mitsubishi MT1800. 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.

Kubota B7000
View tractor
Mitsubishi MT1800
View tractor
Images No images available
Engine
Engine - Manufacturer Kubota Mitsubishi
Engine - Model Z650 -
Engine - Cooling Type Liquid-cooled Liquid-cooled
Engine - Cylinder Orientation - -
Engine - Valve Configuration - -
Engine - Fuel Type Diesel Diesel
Engine - Induction Type - -
Engine - Cylinders 2 3
Engine - Displacement (ci) 39.1 58.1
Engine - Bore (in) - 3
Engine - Stroke (in) - -
Engine - Rated RPM 3000 2600
Engine - Power Output (hp) 14.0 18
Transmission
Transmission - Type Non-synchronized Gear Hydrostatic/Gear
Transmission - Forward Gears 6 6
Transmission - Reverse Gears - -
Transmission - Total Gears 8 -
Dimensions
Length (in) 78.4 101.2
Width (in) 354.0 41.5
Height (in) 45.7 90.6 (Height with ROPS)
Operating Weight (lb) 1,050 1499 (Gear), 1609 (Hydro)
Miscellaneous
Chassis 4x2 2WD, 4x4 MFWD 4WD 4x4 MFWD 4WD
Drive Type 2WD, 4WD 4WD
Steering Type Manual Power
Coolant Capacity (qts) - -
Front Tire Diameter (in) - -
Front Tire Width (in) 12.0 -
Rear Tire Diameter (in) 8 Unknown (for standard 8-16 tire size, 315/75D15 is approximately 28.3 for lawn/turf option)
Rear Tire Width (in) 16.0 -
Front/Rear Rim Diameter (in) - -
Tire Type Agricultural Ag/Lawn/Turf
Manufacture - End Year 1977 -
Hitch Type Three-Point Hitch Category I
Hitch Category - -
Hitch Position Rear -
Hitch Capacity (lb) 1103 -
Operator Station Type Open -
Starter Type Electric Electric
PTO Type - -
PTO Speed 1 (rpm) 540 -
PTO Speed 2 (rpm) 860 -
PTO Speed 3 (rpm) 1,000 -
Brake Type - -
Hydraulic System Type - Unknown (though steering flow indicates possibly an Open Center system due to the common flow rate for compact tractors)