212CC 7.5HP Gas Engine, Single Cylinder 4-Stroke Air Cooled Gas Motor Engine, OHV Pull Start Motor for Honda GX160 Go Kart Log Splitter, 3600 RPM

SpecificationsMaterial: Aluminium, Iron, PlasticProcess: Spraying PlasticColor: BlackFuel Type: GasolineDisplacement: 212ccCompression Ratio: 8.5:1Engine Type: Air-cooled, 4 Stroke Gasoline Engine, OHV, Single-cylinderHorsepower: 7.5HPMax. Power: 4 KWMax. Torque(N.m / r/ min): 12/250Starting Mechanism: Pull StartRotation: Counterclockwise(When You Face the Crankshaft Direction)Output Speed: 3600 rpmShaft Diameter: 20mm/0.79 in Lubricating Oil Capacity: 0.6L/0.63 qtFuel Tank Capacity: 3.6L/ 3.8 qt Fuel Consumption Rate: 365g/0.8 lbs/kw·hProduct Size: 36.2*31.3*33cm/14.25*12.32*12.99 in Package Size: 40*35*34cm/15.75*13.78*13.39 inGross Weight: 13.4 kg/29.54 lbsNet Weight: 13.78 kg/30.38 lbsPackage Included1* 4-Stroke Gasoline Engine1* English ManualOther Accessories for Assembly

• Durable and Robust: The gas engine is constructed from aluminum, iron, and plastic materials, and undergoes a coating process to achieve high hardness, high strength, rust resistance, and anti-aging properties. It is resistant to deformation and designed for long-term use.
• Powerful Performance: The 4-stroke engine is equipped with a 212cc displacement and delivers a robust 7.5 horsepower output, providing stable and powerful torque for heavy-duty applications.
• User-Friendly Operation: The 212cc engine features a manual starter, allowing for easy ignition with a simple pull of the cord. Additionally, the package includes a detailed user manual for your reference.
• Thoughtful Design: The go-kart motor features an overhead valve (OHV) design. This design enables the engine to deliver higher torque at low speeds, enhancing engine performance. This feature makes the OHV engine more economical in scenarios requiring frequent starts and low-speed operation.
• Excellent Cooling Performance: The go-kart engine is equipped with a forced air cooling system and ventilation holes, enabling rapid heat dissipation to ensure stable product performance and extended service life.