atvspec

2020 Can-Am Maverick X3 MAX TURBO

2020 Can-Am Maverick X3 MAX TURBO Specifications Engine: Engine model Rotax® Engine configuration Horizontal In-line How many cylinders 3 Types of power cycles Four-stroke Brake horsepower/kW 120 / 89.5 Type of cooling system Liquid Valves 12 Valves Per Cylinder 4 Valve types and configurations Double OverHead Camshaft Engine displacement (cubic centimeters/cubic inches) 900 / 54.9 […]

2020 Can-Am Maverick X3 MAX TURBO Read More »

2020 Can-Am Maverick X3 MAX X mr TURBO RR

2020 Can-Am Maverick X3 MAX X mr TURBO RR Specifications Engine: Engine model Rotax® Engine configuration Horizontal In-line How many cylinders 3 Types of power cycles Four-stroke Brake horsepower/kW 195 / 145.5 Type of cooling system Liquid Valves 12 Valves Per Cylinder 4 Valve types and configurations Double OverHead Camshaft Engine displacement (cubic centimeters/cubic inches)

2020 Can-Am Maverick X3 MAX X mr TURBO RR Read More »

2020 Kawasaki Mule™ PRO-FX™ EPS

2020 Kawasaki Mule™ PRO-FX™ EPS Specifications Engine: Engine model Kawasaki Engine configuration In-line How many cylinders 3 Types of power cycles Four-stroke Torque (Ft Lbs/Nm) 48 / 65 Torque RPM 3500 Type of cooling system Liquid Valves 12 Valves Per Cylinder 4 Valve types and configurations Double OverHead Camshaft Bore (millimeters/inches) 72 / 2.83 Stroke

2020 Kawasaki Mule™ PRO-FX™ EPS Read More »

2020 Kawasaki Mule™ PRO-DX™ Diesel EPS

2020 Kawasaki Mule™ PRO-DX™ Diesel EPS Specifications Engine: Engine model Kawasaki Engine configuration In-line How many cylinders 3 Types of power cycles Four-stroke Brake horsepower/kW 24 / 18 Horsepower RPM 3600 Torque (Ft Lbs/Nm) 38.3 / 51.9 Torque RPM 2400 Type of cooling system Liquid Valves 12 Valves Per Cylinder 4 Valve types and configurations

2020 Kawasaki Mule™ PRO-DX™ Diesel EPS Read More »

2020 Kawasaki Mule™ PRO-FX™ EPS LE

2020 Kawasaki Mule™ PRO-FX™ EPS LE Specifications Engine: Engine model Kawasaki Engine configuration In-line How many cylinders 3 Types of power cycles Four-stroke Torque (Ft Lbs/Nm) 48 / 65 Torque RPM 3500 Type of cooling system Liquid Valves 12 Valves Per Cylinder 4 Valve types and configurations Double OverHead Camshaft Bore (millimeters/inches) 72 / 2.83

2020 Kawasaki Mule™ PRO-FX™ EPS LE Read More »

2020 Kawasaki Mule™ PRO-DXT™ Diesel EPS

2020 Kawasaki Mule™ PRO-DXT™ Diesel EPS Specifications Engine: Engine model Kawasaki Engine configuration In-line How many cylinders 3 Types of power cycles Four-stroke Brake horsepower/kW 24 / 18 Horsepower RPM 3600 Torque (Ft Lbs/Nm) 38.3 / 51.9 Torque RPM 2400 Type of cooling system Liquid Valves 12 Valves Per Cylinder 4 Valve types and configurations

2020 Kawasaki Mule™ PRO-DXT™ Diesel EPS Read More »

2020 Can-Am Outlander™ XT 850

2020 Can-Am Outlander™ XT 850 Specifications Engine: Engine model Rotax® Engine configuration V Twin How many cylinders 2 Types of power cycles Four-stroke Brake horsepower/kW 78 / 58.2 Type of cooling system Liquid Valves 8 Valves Per Cylinder 4 Valve types and configurations Single Overhead Camshaft Engine displacement (cubic centimeters/cubic inches) 854 / 52.1 Starter

2020 Can-Am Outlander™ XT 850 Read More »

2020 Kawasaki Mule™ PRO-FXT™ Ranch Edition

2020 Kawasaki Mule™ PRO-FXT™ Ranch Edition Specifications Engine: Engine model Kawasaki Engine configuration In-line How many cylinders 3 Types of power cycles Four-stroke Brake horsepower/kW 48 / 35 Horsepower RPM 5500 Torque (Ft Lbs/Nm) 48 / 65 Torque RPM 3500 Type of cooling system Liquid Valves 12 Valves Per Cylinder 4 Valve types and configurations

2020 Kawasaki Mule™ PRO-FXT™ Ranch Edition Read More »

2020 Kawasaki Mule™ PRO-DXT™ Diesel

2020 Kawasaki Mule™ PRO-DXT™ Diesel Specifications Engine: Engine model Kawasaki Engine configuration In-line How many cylinders 3 Types of power cycles Four-stroke Brake horsepower/kW 24 / 18 Horsepower RPM 3600 Torque (Ft Lbs/Nm) 38.3 / 51.9 Torque RPM 2400 Type of cooling system Liquid Valves 12 Valves Per Cylinder 4 Valve types and configurations Single

2020 Kawasaki Mule™ PRO-DXT™ Diesel Read More »