The Basic AI Kit for Dobot Magician is a learning package for getting started with artificial intelligence and includes an Arduino Mega 2560 control board, LED display, joystick, switch button, and voice and visual recognition modules. Numerous courses are provided to help children control the robotic arm via programming and easily grasp the basic knowledge of AI, encouraging their innovative thinking and understanding of creative open source culture!
Explore machine intelligence through human-machine interaction
The numerous electronic modules include a programmable control board, various sensors, voice and visual recognition. Control the lights and DOBOT Magician by button, joystick and voice to help children explore artificial intelligence in all aspects!
Experience the fun of electronic production in PBL
Numerous attractive teaching demos and step-by-step curriculum help students learn about interactive devices, including sensing sensors, operating controllers, and getting feedback from devices. Combine learning with play for unlimited fun in electronic production!
Smart game technology in the open source electronic platform
The platform supports secondary development and is controlled by Arduino. It is compatible with Mixly, Arduino-related peripheral sensors, etc., and inspires students with the charm of technology in the open source software and hardware platform!
Inspire the maker mentality through creative design
Creating a DOBOT remote controller through programming can turn kids' creative ideas into reality while helping them learn circuits and programming!
| What's included |
| 1* DFRduino MEGA2560 microcontroller (Arduino compatible) |
| 1* Adapter board for DFRduino MEGA2560 microcontroller |
| 1* Button module with colored caps |
| 1* Voice recognition module |
| 1* LED module |
| 1* Joystick |
| 1* Pixy2 camera module |
| 1* Camera mount |
| 1* Connection cable for the camera |
| 1* Connection cable for the DOBOT |
| 1* Fixing plate for the DOBOT |
| 1* Suction pad |
| 2* M3*6 cylinder head screw (hexagon socket) |
| 16* Cube module |
| 12* Cable for the digital module |
| 4* 3-pin plug-in cable (DUPONT, 2.54mm) |
| 4* 4pin plug-in cable (DUPONT, 2.54mm) |
| 1* Micro USB cable |
| 1* USB cable |
| 18* plastic rivets |
| DFRduino - Microcontroller: | ATMEGA2560 |
| DFRduino - Operating voltage: | 5V |
| DFRduino - Input voltage: | 7 - 12V |
| DFRduino - Digital I/O Pins: | 54 (thereof 15 with PWM) |
| DFRduino - Analog I/O Pins: | 16 |
| DFRduino - EEPROM: | 4KB |
| DFRduino - FLASH: | 256KB (thereof 4KB reserved for the bootloader) |
| DFRduino - SRAM: | 8KB |
| DFRduino - clock frequency: | 16MHz |
| LED module - color: | Blue, Red, Green |
| LED module - brightness: | 2500 - 3300 mcd |
| LED module - power supply: | 3.3 - 5V |
| LED module - wavelength: | 520 - 530nm |
| LED module - detection angle: | 80° - 110° |
| Pixy CUMcam5 - Processor: | NXP LPC4330 (204MHz, dual-core), Omnivision OV9715 (1/4", 1280*800) |
| Pixy CUMcam5 - image sensor: | 75° horizontal, 47° vertical |
| Pixy CUMcam5 - Lens: | M12 |
| Pixy CUMcam5 - Power consumption: | 140mA |
| Pixy CUMcam5 - FLASH: | 1MB |
| Pixy CUMcam5 - RAM: | 240KB |
| Pixy CUMcam5 - Interface: | UART, SPI, I2C, digital, analog |
| Digital keypad module - cap color: | Red, Blue, Green |
| Digital keypad module - operating voltage: | 3.3 - 5V |
| Digital keypad module - data type: | Digital |
| Joystick - power supply: | 3.3 - 5V |
| Joystick - analog output: | 2 axes (X, Y) |
| Joystick - interface: | PH2.0 - PH3.0 |
| Speech recognition module - power supply: | 3.3 - 5V |
| Speech recognition module - power consumption: | ~100 mA |
| Speech recognition module - Microphone: | Omnidirectional, SNR: 55, min. -43dB, typical -40db, max. -37dB, 22 items, Omnidirectional, SNR |
| Speech recognition module - temperature range: | 0°C to 85°C |
