Home > Electric Brushless Motor > 2000W > KUNRAY MY1020 48V 60V 72V 3000W 2000W Brushless Electric DC Motor High Speed Motor for E-Scooters Go-Karts E-bike
  • KUNRAY MY1020 48V 60V 72V 3000W 2000W  Brushless Electric DC Motor High Speed Motor for E-Scooters Go-Karts E-bike
  • KUNRAY MY1020 48V 60V 72V 3000W 2000W  Brushless Electric DC Motor High Speed Motor for E-Scooters Go-Karts E-bike
  • KUNRAY MY1020 48V 60V 72V 3000W 2000W  Brushless Electric DC Motor High Speed Motor for E-Scooters Go-Karts E-bike
  • KUNRAY MY1020 48V 60V 72V 3000W 2000W  Brushless Electric DC Motor High Speed Motor for E-Scooters Go-Karts E-bike
  • KUNRAY MY1020 48V 60V 72V 3000W 2000W  Brushless Electric DC Motor High Speed Motor for E-Scooters Go-Karts E-bike
  • KUNRAY MY1020 48V 60V 72V 3000W 2000W  Brushless Electric DC Motor High Speed Motor for E-Scooters Go-Karts E-bike
  • KUNRAY MY1020 48V 60V 72V 3000W 2000W  Brushless Electric DC Motor High Speed Motor for E-Scooters Go-Karts E-bike
1/1
  • KUNRAY MY1020 48V 60V 72V 3000W 2000W  Brushless Electric DC Motor High Speed Motor for E-Scooters Go-Karts E-bike
  • KUNRAY MY1020 48V 60V 72V 3000W 2000W  Brushless Electric DC Motor High Speed Motor for E-Scooters Go-Karts E-bike
  • KUNRAY MY1020 48V 60V 72V 3000W 2000W  Brushless Electric DC Motor High Speed Motor for E-Scooters Go-Karts E-bike
  • KUNRAY MY1020 48V 60V 72V 3000W 2000W  Brushless Electric DC Motor High Speed Motor for E-Scooters Go-Karts E-bike
  • KUNRAY MY1020 48V 60V 72V 3000W 2000W  Brushless Electric DC Motor High Speed Motor for E-Scooters Go-Karts E-bike
  • KUNRAY MY1020 48V 60V 72V 3000W 2000W  Brushless Electric DC Motor High Speed Motor for E-Scooters Go-Karts E-bike
  • KUNRAY MY1020 48V 60V 72V 3000W 2000W  Brushless Electric DC Motor High Speed Motor for E-Scooters Go-Karts E-bike

KUNRAY MY1020 48V 60V 72V 3000W 2000W Brushless Electric DC Motor High Speed Motor for E-Scooters Go-Karts E-bike

SKU: KRMY1020-NF-48V2000W
* 3000W electric brushless motor kit, rated speed is 4900RPM, and the maximum speed is 6500 RPM. Thus, it is able to provide fast speed and powerful motion for your machines.
* The shell of motor is made of aluminum alloy material, which is able to resist oxidation, compression, vibration, and deformation.
* Suitable for Electric Scooters, Motorcycle, Ebike, E-Tricycle, Mid Drive Motor Kit, DIY Engine Systems, Cycling Part.
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    48V2000W
    60V2000W
    60V2500W
    72V3000W
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  • KUNRAY MY1020 48V 60V 72V 3000W 2000W  Brushless Electric DC Motor High Speed Motor for E-Scooters Go-Karts E-bike
  • KUNRAY MY1020 48V 60V 72V 3000W 2000W  Brushless Electric DC Motor High Speed Motor for E-Scooters Go-Karts E-bike
  • KUNRAY MY1020 48V 60V 72V 3000W 2000W  Brushless Electric DC Motor High Speed Motor for E-Scooters Go-Karts E-bike
  • KUNRAY MY1020 48V 60V 72V 3000W 2000W  Brushless Electric DC Motor High Speed Motor for E-Scooters Go-Karts E-bike
  • KUNRAY MY1020 48V 60V 72V 3000W 2000W  Brushless Electric DC Motor High Speed Motor for E-Scooters Go-Karts E-bike
  • KUNRAY MY1020 48V 60V 72V 3000W 2000W  Brushless Electric DC Motor High Speed Motor for E-Scooters Go-Karts E-bike
  • KUNRAY MY1020 48V 60V 72V 3000W 2000W  Brushless Electric DC Motor High Speed Motor for E-Scooters Go-Karts E-bike
  • KUNRAY MY1020 48V 60V 72V 3000W 2000W  Brushless Electric DC Motor High Speed Motor for E-Scooters Go-Karts E-bike
  • KUNRAY MY1020 48V 60V 72V 3000W 2000W  Brushless Electric DC Motor High Speed Motor for E-Scooters Go-Karts E-bike
  • KUNRAY MY1020 48V 60V 72V 3000W 2000W  Brushless Electric DC Motor High Speed Motor for E-Scooters Go-Karts E-bike
  • KUNRAY MY1020 48V 60V 72V 3000W 2000W  Brushless Electric DC Motor High Speed Motor for E-Scooters Go-Karts E-bike
  • KUNRAY MY1020 48V 60V 72V 3000W 2000W  Brushless Electric DC Motor High Speed Motor for E-Scooters Go-Karts E-bike
  • KUNRAY MY1020 48V 60V 72V 3000W 2000W  Brushless Electric DC Motor High Speed Motor for E-Scooters Go-Karts E-bike
  • KUNRAY MY1020 48V 60V 72V 3000W 2000W  Brushless Electric DC Motor High Speed Motor for E-Scooters Go-Karts E-bike
1/1
  • KUNRAY MY1020 48V 60V 72V 3000W 2000W  Brushless Electric DC Motor High Speed Motor for E-Scooters Go-Karts E-bike
  • KUNRAY MY1020 48V 60V 72V 3000W 2000W  Brushless Electric DC Motor High Speed Motor for E-Scooters Go-Karts E-bike
  • KUNRAY MY1020 48V 60V 72V 3000W 2000W  Brushless Electric DC Motor High Speed Motor for E-Scooters Go-Karts E-bike
  • KUNRAY MY1020 48V 60V 72V 3000W 2000W  Brushless Electric DC Motor High Speed Motor for E-Scooters Go-Karts E-bike
  • KUNRAY MY1020 48V 60V 72V 3000W 2000W  Brushless Electric DC Motor High Speed Motor for E-Scooters Go-Karts E-bike
  • KUNRAY MY1020 48V 60V 72V 3000W 2000W  Brushless Electric DC Motor High Speed Motor for E-Scooters Go-Karts E-bike
  • KUNRAY MY1020 48V 60V 72V 3000W 2000W  Brushless Electric DC Motor High Speed Motor for E-Scooters Go-Karts E-bike
  • Description
Packing:
1X Motor
1X BLDC Motor
1X Tooth Sprocket
1X T8F Chain
1X 3-Speed Throttle
1X Power Lock
Note: 
The kit Default includes LCD Throttle, if you need throttle with 3-Speed and reverse function, please contact us to replace.

Brushless Motor with Temperature Sensor

● Rated Voltage: 48V/72V
● Rated Power(Watt):2000W 3000W
● Rated Current:45A
● Rated Speed:
48V 2000W:4300R/M
72V 3000W:4900R/M
● Toque:
48V 2000W: 6.9N.M
72V 3000W:5.4N.M
● Sprocket:
T8F 11T Chainwheel, Fit For T8F Chain.
About BLDC Controller:
● Voltage: 48V-72V
● Proctect Vol: 42V
● Power: 2000W / 3000W
● Current: 45A / 50A
● Mosfet: 24Mosfet.
● Phage Degree: 120.
● Function: Reverse, Speed Control, Three Speed (High/Low Speed),Slef-Study,
High/Low Level Brake, Hall Sensor, Power Lock , Anti-Theft, Brake Cruise, Hard Start.


Optimized Propulsion for Specialized Electric Mobility Solutions
The KUNRAY MY1020 motor kit targets professionals requiring a powerful electric propulsion source compatible with 48V and 72V systems. Designed primarily for electric scooters, go-karts, e-bikes, and mid-drive configurations, this motor suits engineering teams developing sophisticated mobility platforms needing consistent acceleration and hill climbing capabilities. The inclusion of an LCD throttle standardizes control while optional upgrades—such as a three-speed and reverse throttle—allow tailored system integration. This flexibility supports OEMs and integrators seeking a versatile small hobby electric motor solution for customized powertrains.

Robust Engineering and Technical Performance Specifications
Engineered with an aluminum alloy casing, the MY1020 delivers mechanical resilience against oxidation, vibration, and deformation, ensuring long-term operational stability. It achieves rated speeds between approximately 4300 to 4900 RPM at 48V/72V configurations and powers outputs up to 3000W. The motor includes a T8F 11-tooth sprocket facilitating chain-driven setups common in DIY or mid-mount designs. Rated continuous current is 45A, aligning with industrial performance standards. Detailed torque metrics—6.9 N·m at 48V/2000W and 5.4 N·m at 72V/3000W—allow engineers to precisely assess power-to-weight ratios for system optimization. These technical attributes enable reliable, scalable electric drive solutions.

Industrial Integration and Application Versatility
This motor’s compatibility extends to a variety of electrically powered vehicles like scooters, motorcycles, e-tricycles, and bespoke electric engine assemblies. Its modular design streamlines inclusion in both prototype developments and production-level builds, particularly benefiting R&D teams and component procurement specialists. The default LCD throttle and included sprocket minimize additional sourcing challenges, expediting system assembly and testing. This motor kit offers a balanced trade-off between power density and mechanical durability, making it a dependable choice for high-efficiency electric propulsion in urban mobility, recreational vehicles, and light industrial transport solutions.




Product Advantages

Precision Design Enhancing Integration and Durability
The MY1020 employs an aluminum alloy housing optimized for environmental resistance and mechanical stress endurance, critical for electric vehicles operating under diverse conditions. Its design accommodates standard 48V and 72V electrical systems with interchangeable power ratings, streamlining inventory and part compatibility for manufacturers. The included T8F 11T sprocket supports direct chain-drive implementation, facilitating modular system assembly without requiring bespoke components. Additionally, the provision of a standard LCD throttle with optional upgrades ensures adaptability to varying control requirements and application-specific customization, bolstering system integration workflows.

Consistent High-Power Output with Operational Flexibility
From a performance perspective, the motor sustains high RPMs and torque values critical for applications demanding rapid acceleration and hill climbing capacity. Its dual-variant power configuration (2000W and 3000W) caters to projects emphasizing either efficiency or maximum output, providing procurement options aligned with budget and performance targets. The motor kit simplifies control interface management through its pre-included throttle, reducing commissioning time and technical complexity. Collectively, these features contribute to a high ROI by facilitating reliable, high-throughput electric propulsion tailored for professional build environments.


Use Scenarios

Application in Electric Scooter Performance Validation
Within urban mobility research and commercial scooter manufacturing, the MY1020 serves as a key component for evaluating take-off torque and acceleration under standardized 48V and 72V conditions. Its thermal stability under sustained power output is essential for product development teams benchmarking device efficiency and endurance. The motor’s compatibility with chain-driven systems allows for straightforward integration into prototype scooter frames, supporting rapid iteration cycles. Leveraging the included LCD throttle, engineers can conduct responsiveness testing against aftermarket control systems to fine-tune performance parameters, ensuring compliance with safety and performance standards while optimizing the electric scooter motor price relative to output.

Integration in DIY Go-Kart and Mid-Drive Vehicle Engineering
In recreational vehicle development and experimental e-bike projects, the MY1020’s adaptability to chain and mid-drive configurations facilitates high-speed, power-dense propulsion solutions. Designers deploying this motor benefit from its high RPM ceiling and torque specifications when addressing varied load conditions encountered in off-road or competitive environments. The inclusion of a chain sprocket and control interface accelerates system build-out, reducing procurement complexity. Its robustness to vibration and compression ensures reliable operation during frequent cycling and variable throttle inputs, supporting rigorous usability testing frameworks and compliance verification typically required in safety-focused product engineering cycles.





3000W Controller:




2000W Controller:






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