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The Pluto 1.2 DIY Nano Drone Kit by Drona Aviation is an advanced STEM educational drone kit specially designed for students, beginners, hobbyists and robotics enthusiasts who want to learn drone technology, coding and aviation fundamentals through practical experimentation. This compact programmable nano drone combines fun, learning and real-world engineering concepts into a single educational platform.
Designed with crash-resistant architecture and beginner-friendly controls, the Pluto 1.2 allows learners to understand drone assembly, aerodynamics, flight control systems and programming logic in an engaging hands-on format. The drone supports smartphone control and coding through PlutoBlocks visual programming and IDE-based development environments, making it ideal for schools, STEM labs, engineering students and coding enthusiasts.
Whether you are learning robotics, drone programming or aerial technology, the Pluto 1.2 DIY Nano Drone Kit offers a powerful educational experience suitable for multiple age groups and skill levels.
Unlike traditional coding toys, Pluto 1.2 allows learners to apply coding concepts to real drone flight systems and physical hardware interaction.
The crash-resistant nano drone structure helps beginners practice safely while reducing accidental damage during learning sessions.
The drone supports multiple STEM learning areas including:
The drone can be controlled directly using a smartphone, reducing the need for complex hardware controllers.
Users can explore educational experiments, coding tasks and drone behaviour projects suitable for STEM labs and classroom activities.
| Specification | Details |
|---|---|
| Product Type | DIY Nano Drone Kit |
| Brand | Drona Aviation |
| Model | Pluto 1.2 |
| Drone Type | Nano Quadcopter |
| Connectivity | Smartphone |
| Coding Support | PlutoBlocks, IDE |
| Usage | STEM Education |
| User Level | Beginner to Intermediate |
| Projects Supported | 25+ |
Choose the Pluto 1.2 DIY Nano Drone Kit if you want:
This product is especially suitable for schools, robotics clubs and engineering learners looking for practical drone education tools.
