The Wukong Board with Lego Support for Micro:Bit is an Integrated Breakout Board with Multiple Functions based on Micro: Bit, which has a Size Similar to Micro: Bit with Buzzer, Servo and Motor Drivers. The board is designed to adapt perfectly to Lego. It takes 20 minutes to complete the upload.

Wixel Programmable USB Wireless Module

A Module with GPRS Antenna, operation Wireless and SIM Card.

The SparkFun ESP8266 WiFi Shield is an Arduino compatible shield for the ESP8266 WiFi SoC – a leading platform for Internet of Things (IoT) or WiFi-related projects. There are a variety of designs based around the ESP8266, including tiny, modular boards and more accessible development boards like our very own SparkFun ESP8266 

The Iot:Bit is a Board from Expansion based on IoT for Micro:Bit. It uses the ESP8266 as a Board of WiFi Expansion and serial port to communicate with the Micro:Bit. It also extended all available IO Ports of Micro:Bit which is led by GVS and can extend various 3V E-Blocks like LED, Photosensitive and Servo by using it. At the same time, the Iot:Bit with a built-in buzzer for external sound and a built-in RTC clock for timing without power supply. Let's create your own IoT by MakeCode!

The SparkFun weather:bit  is a fully loaded “carrier” board for the micro:bit that, when combined with the micro:bit, provides you with a fully functional weather station.

The TPBot has the appearance of a toy and works as one, since it can be used very easily to follow lines, avoid obstacles or let it work alone (in entertainment mode). However, once the Micro: Bit is inserted, it becomes a super-complete and fully programmable smart car. It's great for working in a classroom, you can expand it with extra electronic modules and add Lego pieces.

The Smart Health Kit has the Sensor:Bit, Analog UV Sensor, PIR Sensor, MQ3 Alcohol Sensor, Servo and Etc, we can use it to develop projects such as UV Light Detection, a Posture Change Reminder, Alcohol Detector and much more, with which we can learn to program and maintain healthy lifestyle habits in a scientific way!

The Smart City Kit has the IoT:Bit, DHT11 Sensor, Soil Moisture Sensor, Water Level Sensor, Sonar:Bit, Servos and Etc, we can use it to build topics like smart parking, transport network and river level monitoring, we can use it to learn more about IoT!

The Smart Agriculture Kit has IoT:bit, DS18B20 Temperature Sensor, Soil Moisture Sensor, Water Level Sensor, PIR Sensor, Servos and Etc, we can use it for build projects such as a smart insect repellent, an ecological greenhouse, an aquarium water level monitoring device and much more, from which we can learn about modern agriculture, program and explore more possibilities to apply technology in agriculture!

This Robot Kit does not need welds or cables to mount it, you will only need one screw.
Bit:Bot can be used by children and adults and this Kit allows you to explore and encode Micro:Bit using one of the available languages (all features are not supported in all languages).

The Ring:Bit Pack contains 200 LEGO compatible parts and the necessary electronics to assemble and program 6 different projects with Micro:Bit and Microsoft MakeCode.

Important: Does not include the Micro:Bit Card! But don't worry, get the Micro:Bit Card here: Bit -> Click Here!

The MFRC522 operates in the frequency range of 13.56 MHz and uses the principle of modulation and demodulation to interact with the RF proximity card. This unit can perform the function of the card reading and writing device, to identify and record various information on the card, to encode and authorize an RF card.

Joystick: Bit V2 is a Joystick based on Micro: Bit . Contains a 4-Way Joystick and 4 Undefined Buttons. Improves the Game Experience with its Integrated Buzzer and Vibration Engine. Joystick: Bit V2 can also be used as a Remote Control with a Good Look and Comfortable Feel.

RedBear DUO - Wi-Fi BLE IoT Board

The RoverC is a programmable omnidirectional mobile robot base compatible with the M5StickC and can be started with the insertion of the M5StickC. The main controller of the base is the microcontroller stm32f030f4. The base comes with N20 worm gear motors, which are directly driven by a four-channel motor driver. These motors are connected to the mechanum wheels, which can move in all directions. In addition, two Grove-compatible I2C ports are provided to facilitate expansion to other modules.

PuppyC is a programmable four-legged robot base compatible with the M5StickC. It contains the STM32F030F4 Microcontroller, four 5G90 micro servos, a battery holder and an independent switch. The PuppyC base needs to be used in conjunction with the M5StickC controller. After programming StickC, it communicates with PuppyC through the I2C protocol to control the steering movement.

BugC is a programmable robot base compatible with the M5StickC. It has four DC motors, two RGB LEDs, battery holder and a switch. The BugC base must be used in conjunction with the M5StickC controller. The base comes with a STM32F030F4 Microcontroller, which controls all motors and LEDs, and is controlled by the I2C protocol by M5StickC, which is on top of the base.

The Motor Driver Motor:Bit to Micro:Bit is compatible with the Micro:Bit and can activate the 2 Channel DC Motor at the same time. Its biggest feature is that we can perform the Motor Direction Control of a Channel with only one IO Port, which reduces the number of IO Ports used.

When you start the 2-channel motor, it is not possible to connect connectors such as LED matrix, IIC, SPI, etc. In addition, it can drive partial IO ports with GVS format. It is a Good Companion for DIY Smart Cars.

Arduino Development Board Module ESP8266 with WiFi OLED.

The M5Stick-C is a Mini M5Stack, powered by ESP32, It is a portable IoT development board, easy to use and open source.

What can this do? This small block is able to realize your idea, illuminate your creativity and help with the prototyping of the IoT in a very short time. This takes away many of the pains of the development process.

The M5Stick-C is an ESP5 powered M5Stack mini. It's a portable, easy-to-use, open source IoT development board.

This module integrates a Zhongke Weibeidou AT6558 navigation chip and a MAX2659 amplification chip used to amplify the antenna signal. The AT6558 has high performance, supports many types of satellite navigation system, capable of receiving satellite signals on 56 GNSS signal channels from 6 satellite navigation systems, joint location, navigation, weather and more. The module is able to obtain accurate information of global location, fast and precise positioning for any place.

The module can be widely used in vehicle monitoring, car navigation, on-board navigation, notebook navigation, etc. You can connect it to Port C on the M5core via the Grove cable, which is a standard UART interface.