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Pluto X is an advanced nano-drone with camera, modular hardware, and ROS support for real-world experimentation.
Pluto X is a modular drone platform built for tinkering, experimentation, and advanced learning. Unlike basic drones, it allows you to integrate additional hardware and work on image processing, robotics, and AI-based applications.
With its HD Wi-Fi camera and ROS compatibility, Pluto X bridges the gap between learning and real-world implementation.
No assembly required — start flying instantly and focus on advanced applications.
Hands-on experiments in robotics, vision, and AI-based drone applications.
Fly and capture using HD Wi-Fi camera with real-time streaming.
Designed for developers and learners to build real-world drone use cases.
Use C++ APIs and ROS to develop autonomous and intelligent drone systems.
Durable Nylon 6 structure ensures strength and crash resistance during experiments.
No assembly required — unbox and start flying instantly.
Built for advanced STEM and robotics learning beyond the basics.
Supports Robot Operating System for advanced drone applications.
Add sensors, LEDs, servos, and other hardware modules with ease.
Capture photos and videos using the HD camera and apply computer vision concepts.
Add sensors, LEDs, servos, and other hardware modules easily.
Use simple APIs to build applications with minimal code.
Integrate with ROS and create autonomous drone projects.
MethaneX to ensure incidents like the Deonar dumping ground fires can be avoided by detection of inflammable gases. All this on the PlutoX aerial robotics kit.
Repurposing the Pluto X2 flight controller for a high-speed line follower robot. This showcases how drone-grade controllers can be extended to ground robotics applications.
Pluto X is not just a drone — it's a development platform. With camera input, modular hardware, and ROS integration, you can build real-world applications like object tracking, automation, and intelligent systems.
HD 720p Wi-Fi camera enables image processing and computer vision experiments out of the box.
UniBus expansion port lets you add sensors, LEDs, servos and more without any complex wiring.
Full ROS compatibility to build autonomous systems, object tracking, and intelligent drone applications.
Fully programmable using C++ APIs for custom applications.
Designed for experimentation and innovation, not just flying.
