Secondary & High School

The AI and IoT Robotics Education Kit includes the sanm Botrobot and comes with more than 10 electronic modules and accessories. Smart cameras include disa cameras that can learn, calculate and detect objects. The kit is designed to expose students to AI applications and enable them to do DIY fun.

Explore 9 ready-to-use AI functions right out of the box Plug-and-play simplicity with mBot2 and CyberPi Go beyond demos: train and deploy your own custom AI models Comes with 9 standard-aligned, project-based projects Seamlessly integrates with the mBot2 & mBuild ecosystem

The science sensor is a multi-in-one sensor developed independently by Makeblock. Integrating the gas, magnetic field, flame, air pressure, temperature & humidity, PIR, touch, and soil moisture sensing components, the science sensor can be used in various data collecting, science exploring,...

A temperature sensor module intended for robotics / electronics projects, compatible with Makeblock’s mBuild modules. Used to measure the temperature of objects, water, ambient air, etc.

The MQ-2 type smoke sensor is made of a tin dioxide semiconductor gas sensing material. When it works at a temperature of 200 to 300 °C, the tin dioxide adsorbs the oxygen in the air, which reduces the density of electrons on the semiconductor and thus increasing the resistance. When it comes...

The multi-touch module consists of multiple touch sensors, each of which can detect whether the corresponding touch point is being touched. When a touch point is touched, the LED indicator of the corresponding touch sensor is lit up. You can also extend the touch points through alligator clips or...

The ultrasonic sensor can be used to detect the distance between an obstacle and it. The left probe of the ultrasonic sensor transmits ultrasonic waves and the right one receives ultrasonic waves.

The dual RGB color sensor consists of a pair of light-sensitive elements to detect the color of an object. It can facilitate the line-following of robots while detecting colors.

The speaker can play various preset sounds. You can easily store your audio files in the module and play them through corresponding blocks.

The 8—16 Blue LED matrix can display animation, emojis, texts, or numbers. Each point on the matrix contains a LED, which can be controlled individually.

The button module can function as an event trigger, status switcher, or counter.

The slider module can be used to control input.

The LED driver can drive various light accessories, including LEDs, LED strips, and LED rings.

The light sensor block detects ambient light intensity.

Magnetic sensor can detect whether there is a magnet around the module.

The motion sensor consists of a 3-axis gyroscope and 3-axis accelerometer and can detect the motion, acceleration, and vibration of an object.

The motor driver can drive various DC motors and you can use it to control the rotational speed and direction of a DC motor.