phoneA practical platform for learning drone programming, embedded systems, robotics, sensor integration and computer vision through guided hands-on experimentation.
“Hands-on drone learning platform combining flight mechanics, coding and sensor experiments.”
“Programmable micro-drone platform for Python, embedded systems and robotics experimentation.”
Turn drone technology into a practical STEM learning experience. These modular education kits introduce students to flight control, programming, sensors, robotics and computer vision through guided hands-on projects. The platform supports beginner-friendly block coding as well as Python and C/C++ development for advanced learners.
| Microcontroller | ESP32 dual-core / STM32-class programmable control |
| Coding Languages | Scratch, Python, C++, Arduino IDE workflows |
| Sensor Suite | 6-axis IMU, barometer, optical flow, ToF and ultrasonic modules |
| Assembly | Approx. 30–45 minutes; modular solderless setup |
| Learning Use | Drone programming, robotics, computer vision and flight-control projects |
| Expansion | GPIO / I/O headers for custom sensors and student prototypes |
Schools, STEM laboratories, Atal Tinkering Labs, engineering colleges, robotics clubs, coding academies and students exploring drone technology.
chatGet ConsultationYes. The modular design and Scratch-based projects provide an accessible starting point, while Python and C/C++ options allow learners to progress into more advanced programming.
Yes. Projects can introduce concepts such as sensor feedback, altitude control, flight logic, motor control and basic autonomous behaviour in a structured learning environment.
Yes. The platform is designed for Python-based development alongside C/C++ and beginner-friendly Scratch workflows, depending on the controller and project setup.
Yes. Its modular construction and project-based learning approach make it suitable for schools, robotics clubs, engineering colleges and STEM activity labs.
Yes. Expansion headers and programmable controller interfaces allow learners to experiment with additional sensors, robotics functions and custom coding projects.
A practical platform for learning drone programming, embedded systems, robotics, sensor integration and computer vision through guided hands-on experimentation.