Students collect and analyze real data using a versatile set of sensors:
Vibration – seismic and movement sensing
Infrared – line navigation and tracking
Ultrasonic – distance measurement and obstacle detection
Waterproof temperature probe – liquid temperature monitoring
Ambient temperature & humidity – environmental data collection
Soil moisture – plant and soil analysis
ESP8266 microcontroller (block-based programming ready)
Custom PCB with labeled connectors for all sensors
Battery clips and power switch
2 motors and 2 wheels
Step-by-step manual covering setup, programming, and sample projects
Free group online training every month
Batteries are NOT included
Cross-Curricular Ready
Seamlessly supports Science, Mathematics (data collection and analysis), and Technology (coding and engineering).
Low-Barrier Entry, High Ceiling
Block-based programming and simplified electronics make it accessible for beginners, with room to grow into deeper computational thinking.
Inquiry-Driven Learning
From monitoring local waterways to detecting when plants need water, students investigate real-world challenges that matter.
Curriculum-Aligned Lessons Included
Ready-to-use activities and sample projects support inquiry-based teaching and learning outcomes.
Students collect and analyze real data using a versatile set of sensors:
Vibration – seismic and movement sensing
Infrared – line navigation and tracking
Ultrasonic – distance measurement and obstacle detection
Waterproof temperature probe – liquid temperature monitoring
Ambient temperature & humidity – environmental data collection
Soil moisture – plant and soil analysis
ESP8266 microcontroller (block-based programming ready)
Custom PCB with labeled connectors for all sensors
Battery clips and power switch
2 motors and 2 wheels
Step-by-step manual covering setup, programming, and sample projects
Free group online training every month
Batteries are NOT included
Cross-Curricular Ready
Seamlessly supports Science, Mathematics (data collection and analysis), and Technology (coding and engineering).
Low-Barrier Entry, High Ceiling
Block-based programming and simplified electronics make it accessible for beginners, with room to grow into deeper computational thinking.
Inquiry-Driven Learning
From monitoring local waterways to detecting when plants need water, students investigate real-world challenges that matter.
Curriculum-Aligned Lessons Included
Ready-to-use activities and sample projects support inquiry-based teaching and learning outcomes.