Smarthon Series
Built for STEM IoT teaching, Smarthon modules freely interchange between IoT models
Bringing real-world scenarios into your classroom.
Smarthon Series
Built for STEM IoT teaching, Smarthon modules freely interchange between IoT models
Bringing real-world scenarios into your classroom.
Smarthon Series
What is Smarthon Series
Why Smarthon
Features
Applications
What is Smarthon Series
Smarthon Series is an innovative open-source electronic toolkit designed to make creation effortless for everyone — from beginners to advanced developers.
It features a modular and plug-and-play design, allowing users to easily combine different sensors, actuators, and control boards to bring any idea to life.
Whether for STEM education, creative prototyping, or real-world IoT projects, Smarthon Series provides a flexible, user-friendly platform that helps turn imagination into functional innovation.
Why Smarthon
Easy to identify modules
All modules are clearly labeled as either “Input” or “Output” devices, helping new users easily identify their functions and check correct usage. This visual indicator also prevents errors, allowing users to quickly spot and correct misconnected modules.
Easy to learn electronics
Provide Both Male and Female ports, allow flexibility on which side to use, useful when planning the placement
Easy to build model
All modules are standardized with equal-sized boards and 10 mm screw holes, enabling easy mounting on the included cardboard for flexible project simulation. The uniform design also allows quick plugging, testing, and debugging.
Easy to identify modules
Visualized Instruction: All modules are classified into either “Input Device” or “Output Device”, and have the
respective indicator marked on them.
New User Friendly: New users can know if they have used the module correctly by simply checking the indicator on it.
The indicator also helps the users to remember the function of a specific module.
Error Prevention: As the nature of each module is labeled right on itself, users can simply look at it so that they can know if they have used the module falsely when they encountered problems, or are about to plug in the module.
Easy to learn electronics
- High flexibility: Provide Both Male and Female ports, allow flexibility on which side to use, useful when planning the placement
Easy to build model
- Standardized Modules: All modules are re-designed such that same type modules share equal size board, together with 10mm holes for screw insertion.
- Easy Mounting: The formatted size of modules allows high flexibility when users want to mount the modules on the enclosed cardboard that comes with all kits. With that they can easily simulate any case that they come up with.
- Easy Plugging: With same size, the modules can also be plugged into the board easily, allowing fast connection for testing and debugging.
Features
50+ Electronic Modules
Mix and match the electronic modules any way you want.
All functionalities as you needed.
Support M4 Holes
Modules feature standard holes for easy fastening to mechanical parts, allowing quick installation on models without using extra binding materials.
Support Both Direct Plug-in and External Wiring
All sensors and actuators use 3 or 4 pins, enabling quick testing on the board and effortless combination of multiple modules.
Extension Wire
Easily extend wiring without using extra Dupont wires. Designed for model building, it lets users focus on design and coding while remaining compatible with all 3-pin and 4-pin modules.
Standard Colors for SVG
All sensors and actuators use Signal, Voltage, and Ground pins (yellow, red, black), while servos use Signal, Voltage, and Ground (orange, red, brown), making it easy to learn and understand electronic pin connections.
50+ Electronic Modules
50+ Electronic Modules
Mix and match the electronic modules any way you want.
All functionalities as you needed.
Support M4 Holes
- Standard hole size for fastening to mechanical parts
- Install the modules on a model easily
- No need to use any binding materials anymore
- Great products final look
Support M4 Holes
- Standard hole size for fastening to mechanical parts
- Install the modules on a model easily
- No need to use any binding materials anymore
- Great products final look
Support Both Direct Plug-in and External Wiring
- All sensors and actuators are in 3 or 4 pins
- Get your modules tested on the board immediately and easily
- Direct combination of various modules
Support Both Direct Plug-in and External Wiring
- All sensors and actuators are in 3 or 4 pins
- Get your modules tested on the board immediately and easily
- Direct combination of various modules
Extension Wire
Easily extent the wiring
No need any other generic Dupont wire
Fit for building model
Focus on model building, design, and coding
Compatible with any 3 pin and 4 pin type of modules
Extension Wire
Easily extent the wiring
No need any other generic Dupont wire
Fit for building model
Focus on model building, design, and coding
Compatible with any 3 pin and 4 pin type of modules
Standard Colors for SVG
All sensors and actuators: Signal, voltage, ground (yellow, red, black)
All servo: Signal, voltage, ground (orange, red, brown)
Easy to learn electronics pin
Standard Colors for SVG
All sensors and actuators: Signal, voltage, ground (yellow, red, black)
All servo: Signal, voltage, ground (orange, red, brown)
Easy to learn electronics pin
Applications
Smart Home IoT Maker Kit for micro:bit
Focusing on a familiar setting, this kit allowed students to build their own smart devices, exploring IoT, AI Voice Control, and electronic engineering concepts in a relatable context.
Smart City IoT Starter Kit for micro:bit
Students learned about IoT and sensor technology by simulating real-world urban challenges like traffic control and environmental monitoring. This kit brings complex Smart City concepts right to the classroom.
Smart Plant Kit for micro:bit
Blends coding and biology. Students design automated watering systems, learning environmental sensing and data application. It’s compatible with the Blynk platform for easy data visualization.