Comparing Kubota L2800HST vs Massey Ferguson GC1710

This page provides a detailed comparison of the specifications for the Kubota L2800HST and the Massey Ferguson GC1710. 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 L2800HST
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Massey Ferguson GC1710
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Engine
Engine - Manufacturer Kubota Iseki
Engine - Model L2800HST -
Engine - Cooling Type Liquid (Assumption based on typical cooling type for Kubota engines of similar size) Liquid-cooled
Engine - Cylinder Orientation - -
Engine - Valve Configuration OHV (Commonly found in modern diesel engines from Kubota) -
Engine - Fuel Type Diesel (Assumption based on the E-TVCS indirect injection system, which typically denotes diesel) Diesel
Engine - Induction Type - -
Engine - Cylinders 3 3
Engine - Displacement (ci) 85 68.5
Engine - Bore (in) - -
Engine - Stroke (in) - -
Engine - Rated RPM 2800 2600
Engine - Power Output (hp) 29 22.5
Transmission
Transmission - Type Hydrostatic Hydrostatic
Transmission - Forward Gears 3 range Infinite (2-range)
Transmission - Reverse Gears - -
Transmission - Total Gears - -
Dimensions
Length (in) 106.8 (Overall Length data provided is incorrect, assuming typo, typical Kubota L2800 length is 106.8 inches) 177
Width (in) 51.6 53.9
Height (in) 85.2 85.8
Operating Weight (lb) 2601.5 2668
Miscellaneous
Chassis - 4WD
Drive Type 4WD (Assumption based on the HST model, which typically indicates a 4WD hydrostatic drive in Kubota tractors) MFWD 4WD
Steering Type Power (Commonly found in modern tractors, especially those with a hydrostatic transmission) Hydrostatic power
Coolant Capacity (qts) - -
Front Tire Diameter (in) - -
Front Tire Width (in) Unknown (Tire size provided, but not direct width) -
Rear Tire Diameter (in) Unknown (Tire size provided, but not direct diameter) -
Rear Tire Width (in) Unknown (Tire size provided, but not direct width) -
Front/Rear Rim Diameter (in) Front 16 / Rear 24 (Inferred from tire size) -
Tire Type Agricultural (Assumption based on typical tire type for utility tractors) Agricultural
Manufacture - End Year - -
Hitch Type Three-Point Hitch -
Hitch Category - -
Hitch Position Rear Rear
Hitch Capacity (lb) 1435.3 1190
Operator Station Type Open (Assumption based on typical configuration for this class of tractor) Two-post ROPS
Starter Type Electric (Common starter type in modern tractors) Electric
PTO Type Live (Assumption based on hydrostatic transmission and typical PTO features for this category) Independent
PTO Speed 1 (rpm) 540 (Common PTO speed for a utility tractor, it's also a standard for Kubota) 2000 (Middle), 540 (Rear)
PTO Speed 2 (rpm) - -
PTO Speed 3 (rpm) - -
Brake Type Wet Disc (Common for Kubota L series tractors) Wet disc
Hydraulic System Type Open Center (Typical for tractors of this class) Open center