Dwellnix Brushless Motor for  Skateboard High Efficiency 170KV 6374 Motor for  Electric Longboard and   DIY Projects

Description This electric skateboard brushless motor features a high performance 6374 170KV design built with durable aluminum alloy and oxidation finishing to resist corrosion and impact while delivering up to 2300W of strong power output and 4080RPM speed. It offers low noise and energy-efficient operation with a lightweight structure, making it ideal for electric skateboards, longboards, model aircraft, scooters, surfboards, and DIY conversion projects. Easy to install with standardized mounting holes and Hall sensor plug, this brushless motor provides powerful, smooth, and reliable performance for fast and stable rides across diverse terrains. Details Standard Plug: The 2.0 5P Hall male plug ensures stable installation and connection and more precise motor control. Smooth Surface: This design prevents scratching your hands during installation and increases safety. Application This product is suitable for model aircraft, scooters, twisting bikes, bicycle boosters, electric vehicle modifications, surfboards, small industrial machines, etc. Specification Model: C6374 Color: Black Material: Aluminum Alloy Motor Type: Brushless Motor Process: Oxidizing Installation Required: Yes Voltage Range: 18-50V KV Value: 170KV Maximum Power: 2300W Test Input Voltage: 24V Speed: 4080RPM (24V) Maximum Current: 80A No-load Current: 1.7A/(24V) Mounting Hole: 30/44mm/1.18/1.73in Plug: 4.0 Banana Head (Hall 2.0 5P Plug) Applicable Drive: Scooter Controller, Model Aircraft Electronic Control(Above 80A) Sensor: With JST 5P 2.0 Hall Male Plug Axis Diameter: 10mm/0.39in Product Size(D*H): 63*101mm/2.48*3.98in Package Size: 13*11*10cm/5.12*4.33*3.94in Gross Weight: 0.87kg/1.92lbs Net Weight: 0.8kg/1.76lbs Package Included 1* Electric Skateboard Brushless Motor Notes Please allow the slight color difference caused by the shooting light and 1-3cm error due to manual measurement, and make sure you do not mind before ordering.