mymaga N 01Kit Programmable Educational Robot
PRODUCT SPECIFICATION
The kit is mainly used to teach the basic concepts of technology and robotics in schools (second cycle of primary and secondary education). The compatible activities focus on the practical, mechanical, and logical aspects of robot construction, applying the STEAM approach (Science, Technology, Engineering, Art, and Mathematics) to integrate different disciplines into the educational process.
Below is the detailed specification for your reference
Constructure Components
Product Usage Instructions
Assembly Instructions
- Refer to the provided construction components list to assemble the robot.
- Connect the electronic modules using the LEGO connecting cables as instructed.
Programming Instructions
- Install the required software on your computer for programming the robot.
- Follow the programming guide provided to create scripts for different robot functions.
Operating the Robot
- Power on the robot by connecting it to a power source.
- Use the provided sensors and modules to interact with the robot and test its functionalities.
General use
ASIMOV N 01Kit is a multifunctional educational development board for
Programming learning: introduction to Block Coding (MakeCode) or textual (Python, JavaScript) programming. Electronic experiments: connect sensors, motors, and other peripherals to learn basic circuit principles. Creative projects: making games, robots, IoT devices, etc.
Interdisciplinary teaching: combining knowledge of science, math, art, and other subjects.
Specialized tools and components
- Core tools
- Programming platform:
- Microsoft MakeCode (graphical/JavaScript)
- MicroPython (text programming)
- Scratch, Arduino IDE (adapters required).
- Mobile App:
- Micro: bit App (wireless burn-in program, Bluetooth support).
- Commonly used extension components
- Sensors: temperature and humidity, light, ultrasonic, sound sensors, etc.
- Actuator: Servo, motor, buzzer, LED strip.
Equipment technical details
- Hardware configuration
- Main control chip: Nordic nRF52833.
- Display: 5×5 LED dot matrix (can display icons, numbers).
- Input: 2 buttons (A/B)
- Sensor:
- Accelerometer (detects tilt and motion)
- Magnetometer (compass function)
- Temperature sensor (on-board chip)
- Communication:
- Bluetooth
- 2.4GHz radio (multi-device interconnection)
- Interface:
- GPIO, I2C, SPI, PWM, etc. supported
- Typec-USB (power supply/program burning)
- Software Support
- Support OS: Windows/macOS/Linux/Chromebook.
- Program storage: No need for an SD card, code is burned directly to the built-in storage via USB.
Connection and Configuration
- Hardware connection
- Connect the peripheral device via wire (e.g., servo to P0 pin).
- Pay attention to voltage matching (only supports 3 peripherals).
- Software configuration:
- Select the corresponding PIN(e.g., P0) in MakeCode.
- Needs to initialize the peripheral library (e.g, import music).
- Wireless Configuration
- Bluetooth pairing: transmit the program wirelessly via mobile app (e.,g. “MMicrobit”).
- Multi-device communication: send strings or values using the radio module.
Proper use and maintenance
- Recommendations for use
- Avoid short-circuit: Do not let the gold finger pins touch each other when connecting peripherals.
- Static electricity protection: Discharge by touching metal objects before operating in a dry environment. Power Management: Manual shutdown is required when not using the recommendations for a long time. Maintenance:
- Cleaning: Wipe the PIGO pins wth da dry cloth to avoid oxidation.
- Storage: Place in a dry environment, avoid high temperature or humidity.
- Firmware Update: Upgrade the firmware regularly through official tools.
The information contained in this product brochure may change without notice.
For more information, please contact
Frequently Asked Questions
Can I use third-party sensors with the robot kit?
The robot kit is designed to work with the included sensors and modules. Compatibility with third-party sensors may vary.
How can I update the firmware of the mainboard?
Refer to the official website or contact customer support for instructions on updating the firmware of the mainboard.
Unable to recognize the device
Check if the USB cable supports data transfer (some cables can only charge). Computer side try to change USB port or restart the IDE.
Program upload failed
Make sure is displayed in “MAINTENANCE” drive mode. Reset the device (there is a reset button on the back).
LED dots do not light up
Check the power supply (USB or battery for poor contact). Verify that the program is controlling the LEDs correctly (e.g., show icon command).
Computer does not recognize the device USB driver problem
Replace the data cable or re-plugging
Program runs unresponsive Code error or insufficient power supply
Check code logic or replace battery
Sensor data abnormality Poor contact or wiring error
Reconnect the pins and make sure the voltage matches.
Bluetooth connection failure Distance or interference
Proximity to device, turn off other wireless devices
Documents / Resources
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mymaga N 01Kit Programmable Educational Robot [pdf] User Manual N 01Kit Programmable Educational Robot, N 01Kit, Programmable Educational Robot, Educational Robot |