Reliability of the Yamaha Grizzly 660 When it comes to the world of ATVs, the Yamaha Grizzly 660 is often heralded as a rugged and dependable workhorse. Designed for both recreational riding and utility tasks, this beast has earned its stripes over the years. However, like any machine, it comes with its own set of […]
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Reliability of the Yamaha Raptor 660 When it comes to the world of ATVs, the Yamaha Raptor 660 has carved out a solid reputation among enthusiasts and casual riders alike. Known for its powerful engine and agile handling, this quad has been a staple in the off-road community since its debut. However, as with any
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Reliability of the Yamaha Raptor 660: What You Need to Know The Yamaha Raptor 660, introduced in 2001 and produced until 2005, quickly became a favorite among ATV enthusiasts for its powerful performance and agile handling. However, as with any machine, its reliability has been a topic of discussion among riders. Understanding the reliability of
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Reliability of the Yamaha Grizzly 600: A Closer Look When it comes to off-road adventures, the Yamaha Grizzly 600 stands as a formidable contender. Known for its rugged build and impressive capabilities, this ATV has garnered a loyal following among enthusiasts. However, like any machine, it comes with its share of reliability concerns that can
1998 Yamaha Grizzly 600 Problems: Issues and Solutions Read More »
Reliability of the Yamaha Grizzly 660 When it comes to the world of ATVs, the Yamaha Grizzly 660 holds a special place in the hearts of enthusiasts and casual riders alike. Known for its rugged build and impressive capabilities, this beast has earned a reputation for reliability that many other models aspire to match. However,
2002 Yamaha Grizzly 660 Problems and Reliability Insights Read More »
Reliability of the Yamaha Kodiak 400 The Yamaha Kodiak 400 has carved out a niche for itself in the ATV community since its debut. Known for its rugged build and reliable performance, this machine has become a go-to choice for both recreational riders and those who depend on it for work. But what exactly makes
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Understanding the Reliability of the Yamaha Raptor 660 The Yamaha Raptor 660 is a beast in the ATV world, known for its impressive power and agility. However, like any machine, its reliability has been a topic of discussion among enthusiasts and riders alike. When you invest in an ATV, especially one that’s been around since
2002 Yamaha Raptor 660 Problems: Insights and Solutions Read More »
Reliability of the Yamaha Grizzly 600: A Closer Look When it comes to the world of all-terrain vehicles (ATVs), few names resonate as strongly as Yamaha. Among their lineup, the Grizzly 600, released in the year 2000, holds a special place in the hearts of enthusiasts and weekend warriors alike. Known for its rugged design
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Overview of the Arctic Cat Prowler 650 The Arctic Cat Prowler 650 has made a name for itself in the world of utility side-by-sides since its release in 2006. Known for its rugged build and versatility, this vehicle is designed to tackle a variety of terrains, making it a popular choice for outdoor enthusiasts, farmers,
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Overview of the Arctic Cat Prowler 650 H1 The Arctic Cat Prowler 650 H1 is a side-by-side utility vehicle that made waves in the off-road community when it was released in 2007. With a robust design and a reputation for rugged performance, this machine quickly gained a following among outdoor enthusiasts and utility users alike.
2007 Arctic Cat Prowler 650 H1 Reviews and Speed Specs Read More »
Overview of the Arctic Cat Prowler 650 H1 The Arctic Cat Prowler 650 H1 is a utility side-by-side that made its debut in 2006, quickly capturing the attention of off-road enthusiasts. Designed for both work and play, this vehicle combines rugged performance with user-friendly features, making it a versatile choice for a range of activities,
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2021, 2022, 2023 Honda Talon 1000X FOX Live Valve Specifications Engine: Engine configuration Parallel Twin How many cylinders 2 Types of power cycles Four-stroke Type of cooling system Liquid Valves 8 Valves Per Cylinder 4 Valve types and configurations OHV Bore (millimeters/inches) 92 / 3.62 Stroke (millimeters/inches) 75.1 / 2.96 Engine displacement (cubic centimeters/cubic inches)
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2021, 2022, 2023 Honda Talon 1000R FOX Live Valve Specifications Engine: Engine configuration Parallel Twin How many cylinders 2 Types of power cycles Four-stroke Type of cooling system Liquid Valves 8 Valves Per Cylinder 4 Valve types and configurations OHV Bore (millimeters/inches) 92 / 3.62 Stroke (millimeters/inches) 75.1 / 2.96 Engine displacement (cubic centimeters/cubic inches)
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2021, 2022, 2023 Kawasaki Teryx® LE Specifications Engine: Engine configuration V Twin How many cylinders 2 Types of power cycles Four-stroke Torque (Ft Lbs/Nm) 47 / 63.7 Torque RPM 5500 Type of cooling system Liquid Valves 4 Valves Per Cylinder 2 Valve types and configurations Single Overhead Camshaft Bore (millimeters/inches) 85 / 3.35 Stroke (millimeters/inches)
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2021, 2022, 2023 Kawasaki Teryx® Specifications Engine: Engine configuration V Twin How many cylinders 2 Types of power cycles Four-stroke Torque (Ft Lbs/Nm) 47 / 63.7 Torque RPM 5500 Type of cooling system Liquid Valves 4 Valves Per Cylinder 2 Valve types and configurations Single Overhead Camshaft Bore (millimeters/inches) 85 / 3.35 Stroke (millimeters/inches) 69
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2021, 2022, 2023 Kawasaki Teryx® Camo Specifications Engine: Engine configuration V Twin How many cylinders 2 Types of power cycles Four-stroke Torque (Ft Lbs/Nm) 47 / 63.7 Torque RPM 5500 Type of cooling system Liquid Valves 4 Valves Per Cylinder 2 Valve types and configurations Single Overhead Camshaft Bore (millimeters/inches) 85 / 3.35 Stroke (millimeters/inches)
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2021, 2022, 2023 Kawasaki Teryx4™ LE Specifications Engine: Engine configuration V Twin How many cylinders 2 Types of power cycles Four-stroke Torque (Ft Lbs/Nm) 47 / 63.7 Torque RPM 5500 Type of cooling system Liquid Valves 4 Valves Per Cylinder 2 Valve types and configurations Single Overhead Camshaft Bore (millimeters/inches) 85 / 3.35 Stroke (millimeters/inches)
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2021, 2022, 2023 Kawasaki Teryx4™ Specifications Engine: Engine configuration V Twin How many cylinders 2 Types of power cycles Four-stroke Torque (Ft Lbs/Nm) 47 / 63.7 Torque RPM 5500 Type of cooling system Liquid Valves 4 Valves Per Cylinder 2 Valve types and configurations Single Overhead Camshaft Bore (millimeters/inches) 85 / 3.35 Stroke (millimeters/inches) 69
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2021, 2022, 2023 Kawasaki Teryx4™ Camo Specifications Engine: Engine configuration V Twin How many cylinders 2 Types of power cycles Four-stroke Torque (Ft Lbs/Nm) 47 / 63.7 Torque RPM 5500 Type of cooling system Liquid Valves 4 Valves Per Cylinder 2 Valve types and configurations Single Overhead Camshaft Bore (millimeters/inches) 85 / 3.35 Stroke (millimeters/inches)
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2021, 2022, 2023 Kawasaki Teryx® KRX™ 1000 Specifications Engine: Engine configuration Parallel Twin How many cylinders 2 Types of power cycles Four-stroke Torque (Ft Lbs/Nm) 76.7 / 104 Torque RPM 7000 Type of cooling system Liquid Valves 4 Valves Per Cylinder 2 Valve types and configurations Double OverHead Camshaft Bore (millimeters/inches) 92 / 3.62 Stroke
2021, 2022, 2023 Kawasaki Teryx® KRX™ 1000 Read More »
2021, 2022, 2023 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
2021, 2022, 2023 Kawasaki Mule™ PRO-DX™ Diesel EPS Read More »
2021, 2022, 2023 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
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2021, 2022, 2023 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
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2021, 2022, 2023 Kawasaki Mule™ PRO-DXT™ Diesel EPS FE 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
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2021, 2022, 2023 Kawasaki Mule™ 4000 Specifications Engine: Engine configuration V Twin How many cylinders 2 Types of power cycles Four-stroke Torque (Ft Lbs/Nm) 34.7 / 47 Torque RPM 2500 Type of cooling system Liquid Valves 4 Valves Per Cylinder 2 Valve types and configurations OHV Bore (millimeters/inches) 76 / 2.99 Stroke (millimeters/inches) 68 /
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2021, 2022, 2023 Kawasaki Mule™ 4010 Trans4x4 Camo Specifications Engine: Engine configuration V Twin How many cylinders 2 Types of power cycles Four-stroke Torque (Ft Lbs/Nm) 34.7 / 47 Torque RPM 2500 Type of cooling system Liquid Valves 4 Valves Per Cylinder 2 Valve types and configurations OHV Bore (millimeters/inches) 76 / 2.99 Stroke (millimeters/inches)
2021, 2022, 2023 Kawasaki Mule™ 4010 Trans4x4 Camo Read More »
2021, 2022, 2023 Kawasaki Mule™ 4010 4×4 Specifications Engine: Engine configuration V Twin How many cylinders 2 Types of power cycles Four-stroke Torque (Ft Lbs/Nm) 34.7 / 47 Torque RPM 2500 Type of cooling system Liquid Valves 4 Valves Per Cylinder 2 Valve types and configurations OHV Bore (millimeters/inches) 76 / 2.99 Stroke (millimeters/inches) 68
2021, 2022, 2023 Kawasaki Mule™ 4010 4×4 Read More »
2021, 2022, 2023 Kawasaki Mule™ 4010 Trans4x4 Specifications Engine: Engine configuration V Twin How many cylinders 2 Types of power cycles Four-stroke Torque (Ft Lbs/Nm) 34.7 / 47 Torque RPM 2500 Type of cooling system Liquid Valves 4 Valves Per Cylinder 2 Valve types and configurations OHV Bore (millimeters/inches) 76 / 2.99 Stroke (millimeters/inches) 68
2021, 2022, 2023 Kawasaki Mule™ 4010 Trans4x4 Read More »
2021, 2022, 2023 Kawasaki Mule™ 4000 Trans Specifications Engine: Engine configuration V Twin How many cylinders 2 Types of power cycles Four-stroke Torque (Ft Lbs/Nm) 34.7 / 47 Torque RPM 2500 Type of cooling system Liquid Valves 4 Valves Per Cylinder 2 Valve types and configurations OHV Bore (millimeters/inches) 76 / 2.99 Stroke (millimeters/inches) 68
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2021, 2022, 2023 Kawasaki Mule™ 4010 4×4 FE Specifications Engine: Engine configuration V Twin How many cylinders 2 Types of power cycles Four-stroke Torque (Ft Lbs/Nm) 34.7 / 47 Torque RPM 2500 Type of cooling system Liquid Valves 4 Valves Per Cylinder 2 Valve types and configurations OHV Bore (millimeters/inches) 76 / 2.99 Stroke (millimeters/inches)
2021, 2022, 2023 Kawasaki Mule™ 4010 4×4 FE Read More »
2021, 2022, 2023 Kawasaki Mule™ 4010 Trans4x4 FE Specifications Engine: Engine configuration V Twin How many cylinders 2 Types of power cycles Four-stroke Torque (Ft Lbs/Nm) 34.7 / 47 Torque RPM 2500 Type of cooling system Liquid Valves 4 Valves Per Cylinder 2 Valve types and configurations OHV Bore (millimeters/inches) 76 / 2.99 Stroke (millimeters/inches)
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2021, 2022, 2023 Kawasaki Mule™ PRO-MX™ EPS Specifications Engine: Engine model Kawasaki Engine configuration Single-Cylinder How many cylinders 1 Types of power cycles Four-stroke Torque (Ft Lbs/Nm) 42.7 / 57.9 Torque RPM 5000 Type of cooling system Liquid Valve types and configurations Single Overhead Camshaft Bore (millimeters/inches) 102 / 4.02 Stroke (millimeters/inches) 85 / 3.35
2021, 2022, 2023 Kawasaki Mule™ PRO-MX™ EPS Read More »
2021, 2022, 2023 Kawasaki Mule™ PRO-MX™ EPS LE Specifications Engine: Engine model Kawasaki Engine configuration Single-Cylinder How many cylinders 1 Types of power cycles Four-stroke Torque (Ft Lbs/Nm) 42.7 / 57.9 Torque RPM 5000 Type of cooling system Liquid Valve types and configurations Single Overhead Camshaft Bore (millimeters/inches) 102 / 4.02 Stroke (millimeters/inches) 85 /
2021, 2022, 2023 Kawasaki Mule™ PRO-MX™ EPS LE Read More »
2021, 2022, 2023 Kawasaki Mule™ PRO-MX™ EPS Camo Specifications Engine: Engine model Kawasaki Engine configuration Single-Cylinder How many cylinders 1 Types of power cycles Four-stroke Torque (Ft Lbs/Nm) 42.7 / 57.9 Torque RPM 5000 Type of cooling system Liquid Valve types and configurations Single Overhead Camshaft Bore (millimeters/inches) 102 / 4.02 Stroke (millimeters/inches) 85 /
2021, 2022, 2023 Kawasaki Mule™ PRO-MX™ EPS Camo Read More »
2021, 2022, 2023 Kawasaki Mule™ SX™ Specifications Engine: Engine configuration Single-Cylinder How many cylinders 1 Types of power cycles Four-stroke Torque (Ft Lbs/Nm) 20.6 / 27.9 Torque RPM 2200 Type of cooling system Air / Fan Valves 2 Valves Per Cylinder 2 Valve types and configurations OHV Bore (millimeters/inches) 82 / 3.23 Stroke (millimeters/inches) 76
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2021, 2022, 2023 Kawasaki Mule SX™ FI 4×4 Specifications Engine: Engine configuration Single-Cylinder How many cylinders 1 Types of power cycles Four-stroke Torque (Ft Lbs/Nm) 21.4 / 29 Torque RPM 2400 Type of cooling system Air / Fan Valves 2 Valves Per Cylinder 2 Valve types and configurations OHV Bore (millimeters/inches) 82 / 3.23 Stroke
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2021, 2022, 2023 Kawasaki Mule SX™ FI 4×4 XC Specifications Engine: Engine configuration Single-Cylinder How many cylinders 1 Types of power cycles Four-stroke Torque (Ft Lbs/Nm) 21.4 / 29 Torque RPM 2400 Type of cooling system Air / Fan Valves 2 Valves Per Cylinder 2 Valve types and configurations OHV Bore (millimeters/inches) 82 / 3.23
2021, 2022, 2023 Kawasaki Mule SX™ FI 4×4 XC Read More »
2021, 2022, 2023 Kawasaki Mule SX™ FI 4×4 XC Camo Specifications Engine: Engine configuration Single-Cylinder How many cylinders 1 Types of power cycles Four-stroke Torque (Ft Lbs/Nm) 21.4 / 29 Torque RPM 2400 Type of cooling system Air / Fan Valves 2 Valves Per Cylinder 2 Valve types and configurations OHV Bore (millimeters/inches) 82 /
2021, 2022, 2023 Kawasaki Mule SX™ FI 4×4 XC Camo Read More »
2021, 2022, 2023 Kawasaki Mule SX™ FI 4×4 XC LE Specifications Engine: Engine configuration Single-Cylinder How many cylinders 1 Types of power cycles Four-stroke Torque (Ft Lbs/Nm) 21.4 / 29 Torque RPM 2400 Type of cooling system Air / Fan Valves 2 Valves Per Cylinder 2 Valve types and configurations OHV Bore (millimeters/inches) 82 /
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2021, 2022, 2023 Kawasaki Mule SX™ FI 4×4 SE Specifications Engine: Engine configuration Single-Cylinder How many cylinders 1 Types of power cycles Four-stroke Torque (Ft Lbs/Nm) 21.7 / 29.4 Torque RPM 2400 Type of cooling system Air / Fan Valves 2 Valves Per Cylinder 2 Valve types and configurations OHV Bore (millimeters/inches) 82 / 3.23
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2021, 2022, 2023 Can-Am Maverick™ Trail 800 Specifications Engine: Engine model Rotax® Engine configuration V Twin How many cylinders 2 Types of power cycles Four-stroke Brake horsepower/kW 51 / 38.1 Type of cooling system Liquid Valves 8 Valves Per Cylinder 4 Valve types and configurations Single Overhead Camshaft Bore (millimeters/inches) 91 / 3.58 Stroke (millimeters/inches)
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2021, 2022, 2023 Can-Am Maverick™ Trail DPS 800 Specifications Engine: Engine model Rotax® Engine configuration V Twin How many cylinders 2 Types of power cycles Four-stroke Brake horsepower/kW 51 / 38.1 Type of cooling system Liquid Valves 8 Valves Per Cylinder 4 Valve types and configurations Single Overhead Camshaft Bore (millimeters/inches) 91 / 3.58 Stroke
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2021, 2022, 2023 Can-Am Maverick™ Trail DPS 1000 Specifications Engine: Engine model Rotax® Engine configuration V Twin How many cylinders 2 Types of power cycles Four-stroke Brake horsepower/kW 75 / 56 Type of cooling system Liquid Valves 8 Valves Per Cylinder 4 Valve types and configurations Single Overhead Camshaft Bore (millimeters/inches) 91 / 3.58 Stroke
2021, 2022, 2023 Can-Am Maverick™ Trail DPS 1000 Read More »
2021, 2022, 2023 Can-Am Maverick™ Sport Max DPS 1000R Specifications Engine: Engine model Rotax® Engine configuration V Twin How many cylinders 2 Types of power cycles Four-stroke Brake horsepower/kW 100 / 74.6 Type of cooling system Liquid Valves 8 Valves Per Cylinder 4 Valve types and configurations Single Overhead Camshaft Bore (millimeters/inches) 91 / 3.58
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2021, 2022, 2023 Can-Am Defender HD8 Specifications Engine: Engine model Rotax® Engine configuration V Twin How many cylinders 2 Types of power cycles Four-stroke Brake horsepower/kW 50 / 37.3 Horsepower RPM 7000 Torque (Ft Lbs/Nm) 50 / 67.8 Type of cooling system Liquid Valves 8 Valves Per Cylinder 4 Valve types and configurations Single Overhead
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2021, 2022, 2023 Can-Am Defender XT HD10 Specifications Engine: Engine model Rotax® Engine configuration V Twin How many cylinders 2 Types of power cycles Four-stroke Brake horsepower/kW 82 / 61.2 Horsepower RPM 7000 Torque (Ft Lbs/Nm) 69 / 93.6 Type of cooling system Liquid Valves 8 Valves Per Cylinder 4 Valve types and configurations Single
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2021, 2022, 2023 Can-Am Defender DPS HD8 Specifications Engine: Engine model Rotax® Engine configuration V Twin How many cylinders 2 Types of power cycles Four-stroke Brake horsepower/kW 50 / 37.3 Horsepower RPM 7000 Torque (Ft Lbs/Nm) 50 / 67.8 Type of cooling system Liquid Valves 8 Valves Per Cylinder 4 Valve types and configurations Single
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2021, 2022, 2023 Can-Am Defender DPS HD10 Specifications Engine: Engine model Rotax® Engine configuration V Twin How many cylinders 2 Types of power cycles Four-stroke Brake horsepower/kW 82 / 61.2 Horsepower RPM 7000 Torque (Ft Lbs/Nm) 69 / 93.6 Type of cooling system Liquid Valves 8 Valves Per Cylinder 4 Valve types and configurations Single
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2021, 2022, 2023 Honda FourTrax Rancher® 4X4 Automatic DCT EPS Specifications Engine: Engine configuration Single-Cylinder How many cylinders 1 Types of power cycles Four-stroke Type of cooling system Liquid Valves 2 Valves Per Cylinder 2 Valve types and configurations OHV Bore (millimeters/inches) 86.5 / 3.41 Stroke (millimeters/inches) 71.5 / 2.82 Engine displacement (cubic centimeters/cubic inches)
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2021, 2022, 2023 Can-Am Defender XT HD8 Specifications Engine: Engine model Rotax® Engine configuration V Twin How many cylinders 2 Types of power cycles Four-stroke Brake horsepower/kW 50 / 37.3 Horsepower RPM 7000 Torque (Ft Lbs/Nm) 50 / 67.8 Type of cooling system Liquid Valves 8 Valves Per Cylinder 4 Valve types and configurations Single
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