John Deere

2014 John Deere Gator™ XUV 4×4 855D Power Steering Specifications Engine: Engine configuration Horizontal In-line How many cylinders 3 Types of power cycles Four-stroke Brake horsepower/kW 23 / 17.2 Torque (Ft Lbs/Nm) 36.9 / 50 Torque RPM 2400 Type of cooling system Liquid Valve types and configurations OHV Engine displacement (cubic centimeters/cubic inches) 854 / […]

2014 John Deere Gator™ XUV 4×4 855D Specifications Engine: Engine configuration Horizontal In-line How many cylinders 3 Types of power cycles Four-stroke Brake horsepower/kW 23 / 17.2 Torque (Ft Lbs/Nm) 36.9 / 50 Torque RPM 2400 Type of cooling system Liquid Valve types and configurations OHV Engine displacement (cubic centimeters/cubic inches) 854 / 52.1 Starter

2014 John Deere Gator™ HPX HPX 4×4 Specifications Engine: Engine model Kawasaki Engine configuration V Twin How many cylinders 2 Types of power cycles Four-stroke Brake horsepower/kW 21 / 15 Torque (Ft Lbs/Nm) 32 / 44.4 Torque RPM 2500 Type of cooling system Liquid Valve types and configurations OHV Bore (millimeters/inches) 76 / 2.99 Stroke

2014 John Deere Gator™ HPX HPX 4×4 Diesel Specifications Engine: Engine model Yanmar Engine configuration Horizontal In-line How many cylinders 3 Types of power cycles Four-stroke Brake horsepower/kW 18.5 / 15.5 Torque (Ft Lbs/Nm) 33 / 45 Torque RPM 3350 Type of cooling system Liquid Valve types and configurations OHV Bore (millimeters/inches) 70 / 2.76

2014 John Deere Gator™ XUV 4×4 625i Specifications Engine: Engine configuration V Twin How many cylinders 2 Types of power cycles Four-stroke Brake horsepower/kW 23 / 17.2 Torque (Ft Lbs/Nm) 34.6 / 46.9 Torque RPM 2100 Type of cooling system Liquid Valve types and configurations OHV Engine displacement (cubic centimeters/cubic inches) 617 / 37.7 Starter

2014 John Deere Gator™ XUV 4×4 825i Specifications Engine: Engine configuration In-line How many cylinders 3 Types of power cycles Four-stroke Brake horsepower/kW 50 / 37 Horsepower RPM 6000 Torque (Ft Lbs/Nm) 47 / 64 Torque RPM 3200 Type of cooling system Liquid Valves 12 Valves Per Cylinder 4 Valve types and configurations Double OverHead

2014 John Deere Gator RSX 850i Midnight Black SE Specifications Engine: Engine configuration V Twin How many cylinders 2 Types of power cycles Four-stroke Brake horsepower/kW 62 / 46.2 Torque (Ft Lbs/Nm) 59.5 / 80.6 Torque RPM 4000 Type of cooling system Liquid Valves 8 Valves Per Cylinder 4 Valve types and configurations OHV Engine

2014 John Deere Gator™ XUV 4×4 550 S4 Specifications Engine: Engine configuration V Twin How many cylinders 2 Types of power cycles Four-stroke Brake horsepower/kW 16 / 11.9 Torque (Ft Lbs/Nm) 28.6 / 38.8 Torque RPM 2400 Type of cooling system Air Valve types and configurations OHV Engine displacement (cubic centimeters/cubic inches) 570 / 34.8

2014 John Deere Gator™ XUV 4×4 855D S4 Specifications Engine: Engine configuration Horizontal In-line How many cylinders 3 Types of power cycles Four-stroke Brake horsepower/kW 23 / 17.2 Torque (Ft Lbs/Nm) 36.9 / 50 Torque RPM 2400 Type of cooling system Liquid Valve types and configurations OHV Engine displacement (cubic centimeters/cubic inches) 854 / 52.1

2014 John Deere Gator™ XUV 4×4 825i S4 Specifications Engine: Engine configuration In-line How many cylinders 3 Types of power cycles Four-stroke Brake horsepower/kW 50 / 37 Horsepower RPM 6000 Torque (Ft Lbs/Nm) 47 / 64 Torque RPM 3200 Type of cooling system Liquid Valves 12 Valves Per Cylinder 4 Valve types and configurations Double

2014 John Deere Gator™ XUV 4×4 825i Power Steering Specifications Engine: Engine configuration In-line How many cylinders 3 Types of power cycles Four-stroke Brake horsepower/kW 50 / 37 Horsepower RPM 6000 Torque (Ft Lbs/Nm) 47 / 64 Torque RPM 3200 Type of cooling system Liquid Valves 12 Valves Per Cylinder 4 Valve types and configurations

2014 John Deere Gator™ XUV 4×4 550 Specifications Engine: Engine configuration V Twin How many cylinders 2 Types of power cycles Four-stroke Brake horsepower/kW 16 / 11.9 Torque (Ft Lbs/Nm) 28.6 / 38.8 Torque RPM 2400 Type of cooling system Air Valve types and configurations OHV Engine displacement (cubic centimeters/cubic inches) 570 / 34.8 Starter

2013 John Deere Gator™ Traditional TH 6×4 Specifications Engine: Engine model Kawasaki Engine configuration Parallel Twin How many cylinders 2 Types of power cycles Four-stroke Brake horsepower/kW 15.5 / 11.6 Torque (Ft Lbs/Nm) 37 / 50.2 Torque RPM 2400 Type of cooling system Air Valve types and configurations OHV Engine displacement (cubic centimeters/cubic inches) 675

2013 John Deere Gator™ HPX HPX Diesel 4×4 Specifications Engine: Engine model Yanmar Engine configuration Horizontal In-line How many cylinders 3 Types of power cycles Four-stroke Brake horsepower/kW 18.5 / 15.5 Torque (Ft Lbs/Nm) 33 / 45 Torque RPM 3350 Type of cooling system Liquid Valve types and configurations OHV Bore (millimeters/inches) 70 / 2.76

2013 John Deere Gator™ Traditional TH 6×4 Diesel Specifications Engine: Engine model Yanmar Engine configuration Horizontal In-line How many cylinders 3 Types of power cycles Four-stroke Brake horsepower/kW 18.5 / 14 Torque (Ft Lbs/Nm) 34.6 / 46.9 Torque RPM 2400 Type of cooling system Liquid Valve types and configurations OHV Engine displacement (cubic centimeters/cubic inches)

2013 John Deere Gator™ XUV 4×4 855D Power Steering Specifications Engine: Engine configuration Horizontal In-line How many cylinders 3 Types of power cycles Four-stroke Brake horsepower/kW 23 / 17.2 Torque (Ft Lbs/Nm) 36.9 / 50 Torque RPM 2400 Type of cooling system Liquid Valve types and configurations OHV Engine displacement (cubic centimeters/cubic inches) 854 /

2013 John Deere Gator™ Traditional TE 4×2 Electric Specifications Engine: Engine configuration Electric Brake horsepower/kW 6 / 4.6 Starter Type Electric Type of Fuel Electric Injector – Carb – Transmission: Transmission Type Automatic Overdrive – Primary drive rear Shaft Primary Drive (Engine / Transmission) Gear Reverse + High low range selector – Wheels & Tires:

2013 John Deere Gator™ Compact CX Specifications Engine: Engine model Kawasaki Engine configuration Single-Cylinder How many cylinders 1 Types of power cycles Four-stroke Brake horsepower/kW 8.5 / 7.1 Torque (Ft Lbs/Nm) 14.5 / 19.7 Torque RPM 2500 Type of cooling system Air Valves 2 Valves Per Cylinder 2 Valve types and configurations OHV Engine displacement

2013 John Deere Gator™ XUV 4×4 855D Specifications Engine: Engine configuration Horizontal In-line How many cylinders 3 Types of power cycles Four-stroke Brake horsepower/kW 23 / 17.2 Torque (Ft Lbs/Nm) 36.9 / 50 Torque RPM 2400 Type of cooling system Liquid Valve types and configurations OHV Engine displacement (cubic centimeters/cubic inches) 854 / 52.1 Starter

2013 John Deere Gator™ Traditional TX 4×2 Specifications Engine: Engine model Kawasaki Engine configuration Parallel Twin How many cylinders 2 Types of power cycles Four-stroke Brake horsepower/kW 15.5 / 14.2 Torque (Ft Lbs/Nm) 37 / 50.2 Torque RPM 2400 Type of cooling system Air Valve types and configurations OHV Engine displacement (cubic centimeters/cubic inches) 675

2013 John Deere Gator™ XUV 4×4 825i Power Steering Specifications Engine: Engine configuration In-line How many cylinders 3 Types of power cycles Four-stroke Brake horsepower/kW 50 / 37 Horsepower RPM 6000 Torque (Ft Lbs/Nm) 47 / 64 Torque RPM 3200 Type of cooling system Liquid Valves 12 Valves Per Cylinder 4 Valve types and configurations

2013 John Deere Gator™ Traditional TS 4×2 Specifications Engine: Engine model Kawasaki Engine configuration Single-Cylinder How many cylinders 1 Types of power cycles Four-stroke Brake horsepower/kW 11 / 8.3 Torque (Ft Lbs/Nm) 17.4 / 23.6 Torque RPM 2500 Type of cooling system Air Valve types and configurations OHV Engine displacement (cubic centimeters/cubic inches) 351 /

2013 John Deere Gator™ XUV 4×4 825i S4 Specifications Engine: Engine configuration In-line How many cylinders 3 Types of power cycles Four-stroke Brake horsepower/kW 50 / 37 Horsepower RPM 6000 Torque (Ft Lbs/Nm) 47 / 64 Torque RPM 3200 Type of cooling system Liquid Valves 12 Valves Per Cylinder 4 Valve types and configurations Double

2013 John Deere Gator RSX 850i Specifications Engine: Engine configuration V Twin How many cylinders 2 Types of power cycles Four-stroke Brake horsepower/kW 62 / 46.2 Torque (Ft Lbs/Nm) 59.5 / 80.6 Torque RPM 4000 Type of cooling system Liquid Valves 8 Valves Per Cylinder 4 Valve types and configurations OHV Engine displacement (cubic centimeters/cubic

2013 John Deere Gator™ XUV 4×4 625i Specifications Engine: Engine configuration V Twin How many cylinders 2 Types of power cycles Four-stroke Brake horsepower/kW 23 / 17.2 Torque (Ft Lbs/Nm) 34.6 / 46.9 Torque RPM 2100 Type of cooling system Liquid Valve types and configurations OHV Engine displacement (cubic centimeters/cubic inches) 617 / 37.7 Starter

2013 John Deere Gator™ XUV 4×4 855D S4 Specifications Engine: Engine configuration Horizontal In-line How many cylinders 3 Types of power cycles Four-stroke Brake horsepower/kW 23 / 17.2 Torque (Ft Lbs/Nm) 36.9 / 50 Torque RPM 2400 Type of cooling system Liquid Valve types and configurations OHV Engine displacement (cubic centimeters/cubic inches) 854 / 52.1

2013 John Deere Gator RSX 850i Trail Specifications Engine: Engine configuration V Twin How many cylinders 2 Types of power cycles Four-stroke Brake horsepower/kW 62 / 46.2 Torque (Ft Lbs/Nm) 59.5 / 80.6 Torque RPM 4000 Type of cooling system Liquid Valves 8 Valves Per Cylinder 4 Valve types and configurations OHV Engine displacement (cubic

2013 John Deere Gator RSX 850i Sport Specifications Engine: Engine configuration V Twin How many cylinders 2 Types of power cycles Four-stroke Brake horsepower/kW 62 / 46.2 Torque (Ft Lbs/Nm) 59.5 / 80.6 Torque RPM 4000 Type of cooling system Liquid Valves 8 Valves Per Cylinder 4 Valve types and configurations OHV Engine displacement (cubic

2013 John Deere Gator™ XUV 4×4 825i Specifications Engine: Engine configuration In-line How many cylinders 3 Types of power cycles Four-stroke Brake horsepower/kW 50 / 37 Horsepower RPM 6000 Torque (Ft Lbs/Nm) 47 / 64 Torque RPM 3200 Type of cooling system Liquid Valves 12 Valves Per Cylinder 4 Valve types and configurations Double OverHead

2012 John Deere Gator™ HPX HPX Diesel 4×4 Specifications Engine: Engine model Yanmar Engine configuration Horizontal In-line How many cylinders 3 Types of power cycles Four-stroke Brake horsepower/kW 18.5 / 15.5 Torque (Ft Lbs/Nm) 33 / 45 Torque RPM 3350 Type of cooling system Liquid Valve types and configurations OHV Bore (millimeters/inches) 70 / 2.76

2012 John Deere Gator™ Traditional TX 4×2 Specifications Engine: Engine model Kawasaki Engine configuration Parallel Twin How many cylinders 2 Types of power cycles Four-stroke Brake horsepower/kW 15.5 / 14.2 Torque (Ft Lbs/Nm) 37 / 50.2 Torque RPM 2400 Type of cooling system Air Valve types and configurations OHV Engine displacement (cubic centimeters/cubic inches) 675

2012 John Deere Gator™ XUV 4×4 855D Power Steering Specifications Engine: Engine model Yanmar Engine configuration Horizontal In-line How many cylinders 3 Types of power cycles Four-stroke Brake horsepower/kW 24.6 / 18.3 Torque (Ft Lbs/Nm) 36.9 / 50 Torque RPM 2400 Type of cooling system Liquid Valve types and configurations OHV Engine displacement (cubic centimeters/cubic

2012 John Deere Gator™ Traditional TH 6×4 Diesel Specifications Engine: Engine model Yanmar Engine configuration Horizontal In-line How many cylinders 3 Types of power cycles Four-stroke Brake horsepower/kW 18.5 / 15.5 Torque (Ft Lbs/Nm) 34.6 / 46.9 Torque RPM 2400 Type of cooling system Liquid Valve types and configurations OHV Engine displacement (cubic centimeters/cubic inches)

2012 John Deere Gator™ XUV 4×4 825i Power Steering Specifications Engine: Engine configuration In-line How many cylinders 3 Types of power cycles Four-stroke Brake horsepower/kW 50 / 37 Horsepower RPM 6000 Torque (Ft Lbs/Nm) 47 / 64 Torque RPM 3200 Type of cooling system Liquid Valves 12 Valves Per Cylinder 4 Valve types and configurations

2012 John Deere Gator™ Traditional TH 6×4 Specifications Engine: Engine model Kawasaki Engine configuration Parallel Twin How many cylinders 2 Types of power cycles Four-stroke Brake horsepower/kW 15.5 / 14.2 Torque (Ft Lbs/Nm) 37 / 50.2 Torque RPM 2400 Type of cooling system Air Valve types and configurations OHV Engine displacement (cubic centimeters/cubic inches) 675

2012 John Deere Gator™ Traditional TS 4×2 Specifications Engine: Engine model Kawasaki Engine configuration Single-Cylinder How many cylinders 1 Types of power cycles Four-stroke Brake horsepower/kW 11 / 8.3 Torque (Ft Lbs/Nm) 17.4 / 23.6 Torque RPM 2500 Type of cooling system Air Valve types and configurations OHV Engine displacement (cubic centimeters/cubic inches) 351 /

2012 John Deere Gator™ Compact CX Specifications Engine: Engine model Kawasaki Engine configuration Single-Cylinder How many cylinders 1 Types of power cycles Four-stroke Brake horsepower/kW 8.5 / 7.1 Torque (Ft Lbs/Nm) 14.5 / 19.7 Torque RPM 2500 Type of cooling system Air Valves 2 Valves Per Cylinder 2 Valve types and configurations OHV Engine displacement

2012 John Deere Gator™ XUV 4×4 855D Specifications Engine: Engine model Yanmar Engine configuration Horizontal In-line How many cylinders 3 Types of power cycles Four-stroke Brake horsepower/kW 24.6 / 18.3 Torque (Ft Lbs/Nm) 36.9 / 50 Torque RPM 2400 Type of cooling system Liquid Valve types and configurations OHV Engine displacement (cubic centimeters/cubic inches) 854

2012 John Deere Gator™ XUV 4×4 550 Specifications Engine: Engine configuration V Twin How many cylinders 2 Types of power cycles Four-stroke Brake horsepower/kW 16 / 11.9 Torque (Ft Lbs/Nm) 28.6 / 38.8 Torque RPM 2400 Type of cooling system Air Valve types and configurations OHV Engine displacement (cubic centimeters/cubic inches) 570 / 34.8 Starter

2012 John Deere Gator™ XUV 4×4 550 S4 Specifications Engine: Engine configuration V Twin How many cylinders 2 Types of power cycles Four-stroke Brake horsepower/kW 16 / 11.9 Torque (Ft Lbs/Nm) 28.6 / 38.8 Torque RPM 2400 Type of cooling system Air Valve types and configurations OHV Engine displacement (cubic centimeters/cubic inches) 570 / 34.8

2012 John Deere Gator™ XUV 4×4 625i Specifications Engine: Engine configuration V Twin How many cylinders 2 Types of power cycles Four-stroke Brake horsepower/kW 23 / 17.2 Torque (Ft Lbs/Nm) 34.6 / 46.9 Torque RPM 2100 Type of cooling system Liquid Valve types and configurations OHV Engine displacement (cubic centimeters/cubic inches) 617 / 37.7 Starter

2012 John Deere Gator™ XUV 4×4 825i Specifications Engine: Engine configuration In-line How many cylinders 3 Types of power cycles Four-stroke Brake horsepower/kW 50 / 37 Horsepower RPM 6000 Torque (Ft Lbs/Nm) 47 / 64 Torque RPM 3200 Type of cooling system Liquid Valves 12 Valves Per Cylinder 4 Valve types and configurations Double OverHead

2011 John Deere Gator™ Traditional TH 6×4 Diesel Specifications Engine: Engine model Yanmar Engine configuration Horizontal In-line How many cylinders 3 Types of power cycles Four-stroke Brake horsepower/kW 20.8 / 15.5 Torque (Ft Lbs/Nm) 34.6 / 46.9 Torque RPM 2400 Type of cooling system Liquid Valve types and configurations OHV Engine displacement (cubic centimeters/cubic inches)

2011 John Deere Gator™ HPX HPX Diesel 4×4 Specifications Engine: Engine model Yanmar Engine configuration Horizontal In-line How many cylinders 3 Types of power cycles Four-stroke Brake horsepower/kW 20.8 / 15.5 Torque (Ft Lbs/Nm) 33 / 45 Torque RPM 3350 Type of cooling system Liquid Valve types and configurations OHV Engine displacement (cubic centimeters/cubic inches)

2011 John Deere Gator™ Traditional TH 6×4 Specifications Engine: Engine model Kawasaki Engine configuration Parallel Twin How many cylinders 2 Types of power cycles Four-stroke Brake horsepower/kW 19 / 14.2 Torque (Ft Lbs/Nm) 37 / 50.2 Torque RPM 2400 Type of cooling system Air Valve types and configurations OHV Engine displacement (cubic centimeters/cubic inches) 675

2011 John Deere Gator™ Traditional TS 4×2 Specifications Engine: Engine model Kawasaki Engine configuration Single-Cylinder How many cylinders 1 Types of power cycles Four-stroke Brake horsepower/kW 11.1 / 8.3 Torque (Ft Lbs/Nm) 17.4 / 23.6 Torque RPM 2500 Type of cooling system Air Valve types and configurations OHV Engine displacement (cubic centimeters/cubic inches) 351 /

2011 John Deere Gator™ Traditional TX 4×2 Specifications Engine: Engine model Kawasaki Engine configuration Parallel Twin How many cylinders 2 Types of power cycles Four-stroke Brake horsepower/kW 19 / 14.2 Torque (Ft Lbs/Nm) 37 / 50.2 Torque RPM 2400 Type of cooling system Air Valve types and configurations OHV Engine displacement (cubic centimeters/cubic inches) 675

2011 John Deere Gator™ Compact CX Specifications Engine: Engine model Kawasaki Engine configuration Single-Cylinder How many cylinders 1 Types of power cycles Four-stroke Brake horsepower/kW 9.5 / 7.1 Torque (Ft Lbs/Nm) 14.5 / 19.7 Torque RPM 2500 Type of cooling system Air Valves 2 Valves Per Cylinder 2 Valve types and configurations OHV Engine displacement

2011 John Deere Gator™ XUV 4×4 855D Specifications Engine: Engine model Yanmar Engine configuration Horizontal In-line How many cylinders 3 Types of power cycles Four-stroke Brake horsepower/kW 25 / 18.6 Torque (Ft Lbs/Nm) 36.9 / 50 Torque RPM 2400 Type of cooling system Liquid Valve types and configurations OHV Engine displacement (cubic centimeters/cubic inches) 854

2011 John Deere Gator™ XUV 4×4 625i Specifications Engine: Engine configuration V Twin How many cylinders 2 Types of power cycles Four-stroke Brake horsepower/kW 23 / 17.2 Torque (Ft Lbs/Nm) 34.6 / 46.9 Torque RPM 2100 Type of cooling system Liquid Valve types and configurations OHV Engine displacement (cubic centimeters/cubic inches) 617 / 37.7 Starter