Kohler KT745 3017 Vertical Engine

Kohler KT745 3017 Vertical 7000 Series V-Twin Engine, 747cc, 26 HP, 1-1/8-inch x 4.36-inch Crankshaft, 12 Amp Regulator

Honda GXV390 DEX3 Vertical Engine, 1"x 3-5/32" Crankshaft, 389cc, 10.2 Net HP, Recoil and Electric Start with 3-Amp Charging, Muffler, No Oil Filter. Engine is suitable for a wide range of heavy-duty applications such as construction equipment, tillers, generators, welders, pumps and other industrial applications. As the world's largest engine manufacturer, Honda has decided to apply a consistent method of rating engine power across all product lines; Auto, Motorcycle and Power Equipment; following the notion of ?Net' power, rather than ?Gross'. We would like to aounce to you that Honda will be the first engine manufacturer to rate all general purpose engines at Net kW (Horsepower) in accordance with the Society of Automotive Engineers (SAE) test procedure. At the same timing we will also change the way of indicating the torque values (also measured with the ?Net' setup), fuel consumption (change from g/kW.hr to L/hr) and fuel tank capacity.This engine replaces the GXV390-DE33

Honda GCV160 A2R OHC 4-Stroke Engine, 7/8" x 2.43" Crankshaft, 4.4 Net HP, N2-Type Crankshaft Call to order. Image may not represent exact specifications of engine model. Engine is suitable for a wide range of heavy-duty applications such as construction equipment, tillers, generators, welders, pumps and other industrial applications. As the world's largest engine manufacturer, Honda has decided to apply a consistent method of rating engine power across all product lines; Auto, Motorcycle and Power Equipment; following the notion of ?Net' power, rather than ?Gross'. We would like to aounce to you that Honda will be the first engine manufacturer to rate all general purpose engines at Net kW (Horsepower) in accordance with the Society of Automotive Engineers (SAE) test procedure. At the same timing we will also change the way of indicating the torque values (also measured with the ?Net' setup), fuel consumption (change from g/kW.hr to L/hr) and fuel tank capacity.