Pluto 1.2
₹9,999Your first build. From parts to flight.
- Full build-it-yourself nano kit
- PlutoBlocks visual coding + Pluto IDE (1-year licences)
- Prop guards + crash-tolerant frame
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Assemble it yourselfSteer it from your phoneProgram what it does next
Each one is built to do a job.
Those drones do a job. This one teaches you how they work. That's an educational drone.
So what makes a drone educational? →Great for the job they do. Hard to learn from.
Primus is the flight controller at its heart. It reads the gyro and accelerometer to keep Pluto steady, talks to your laptop or phone over Wi-Fi, and runs the code you write.
“Anyone can fly a drone. We create the ones who build their own. Flying makes you a pioneer. Building teaches you to engineer.”
Your first build. From parts to flight.
The flagship. Camera on board, built for real projects.
Start by dragging blocks. End up writing firmware and vision pipelines — on the same aircraft.
Your cockpit, in your pocket. No laptop for your first flight.
Blocks that compile to real C++.
A drone engineering station. Zero-config ARM toolchain, flash over USB or Wi-Fi.
Explore Pluto IDE →
Flight control and camera in one API. OpenCV, YOLO, MediaPipe, swarms.
App Store
Google Playpip install plutocontrol
Gas sensors on a PlutoX detecting methane over landfills, an early warning against fires like Deonar.
Their first drone was a Pluto too.
PlutoX electronics flying a helium envelope, built at the IITB-Monash Research Academy. It stays up on a fraction of a quadcopter’s power.
Their first drone was a Pluto too.
Two IR range sensors spot a paddle within 15 cm and push the PlutoX away, so two players can rally it across the table.
Read the build on Hackster ↗
A laser receiver on a Pluto 1.2’s canopy. Take a hit from a player’s laser and the drone lands, so you learn to fly by dodging.
Read the build on Hackster ↗
Wheels bolted onto a PlutoX. Disarmed, it drives as a rover. Armed, it takes off.
Read the build on Hackster ↗
Flick a Pluto up off your palm and it takes off by itself. The onboard accelerometer checks the force, direction and timing first, so a stumble never starts the motors.
Read the build on Hackster ↗
“It is a great low cost platform for students entering the field of robotics. It lowers the barrier to entry and is small and safe. Look forward to using it in the classroom.”
“It is going to play a major role in revolutionizing hands-on aerial robotics by almost anyone!”
“This drone (Pluto X) can actually be reconfigured to be anything else you want it to be.”
“A turning point for our robotics curriculum. Economical, programmable and backed by local support.”
Curriculum, kits and teacher training for schools, colleges and distributors.
