• F41-L
  • F41-L
  • F41-L
  • F41-L
F41-L
F41-L
F41-L
F41-L
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F41-L

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  • Product details
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    Model 1P57QMJ-41L
    Type Single-cylinder, forced-air-cooled, four-stroke, overhead camshaft
    Maximum power and corresponding speed 9.6 kW/7500 r/min
    Maximum torque and corresponding speed 13.5N.m/6000r/min
    Fuel consumption 345 g/kW-h 345 g/kW-h (2.05 L/100 km)
    Minimum no-load stable speed 1500 r/min ± 100 r/min
    Cylinder diameter 57.3mm
    Piston stroke 57.9mm
    Cylinder working volume 149ml
    Compression ratio 10.2:1
    Ignition method ECU electronic control
    Lubrication method Pressure, pressure splashing, and use together
    Clutch type Dry friction pads, automatic centrifugal
    Transmission Type and Gear Ratios Automatic continuously variable transmission, 2.64:1 to 0.82:1
    Final drive ratio

    9.31

    Reduction ratio Level 1: 2.833; Level 2: 3.286
    Power output method Belt drive
    Starting method Electric start
    Fuel Supply Method Gasoline pump
    Spark plug model Form B8RTC
    Lubricant filter model Full-flow filter with oil pump configuration: rotary type
    Oil pump type Rotary
    Total Lubricant Capacity Crankcase: 0.7 L; Gearbox: 0.11 L
    Maximum Lubricant Temperature 120°C
    External dimensions (length × width × height) 700mmX410mmX320mm
    Net weight 31.8kg

     

    Our Advantages

     

    The F41L’s unique frame dimensions accommodate 10- to 14-inch tires; its custom gear ratio delivers greater torque than that of conventional short-frame models on the market.

    Easy to install, with a simple structure and stable pressure-reducing performance. Pressure reduction makes engine starting easier, reduces stress on valves, pistons, and the crankshaft, and significantly extends the service life of the internal combustion components.

    A dedicated airflow duct is engineered within the cylinder head, enabling air to be directed along the internal duct into the high-temperature zone of the cylinder head during operation. This internal cooling effectively removes heat, boosting thermal dissipation by up to 40%.

    Main function: to reduce the pressure on the crankshaft at the piston end, decrease the amplitude and frequency of piston knock against the cylinder wall, and significantly lower engine noise during power delivery.

    A dedicated airflow duct is engineered within the cylinder head, enabling air to be directed along the internal duct into the high-temperature zone of the cylinder head during operation. This internal cooling effectively removes heat, boosting thermal dissipation by up to 40%.

    Installation dimensions

     

     

     

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