Hardware
Hardware Overview
Hardware building blocks for DroneOS deployments, from flight controllers to companion computers and cellular connectivity.
Hardware Overview
DroneOS runs across a small set of hardware layers:
- Flight controller — PX4-compatible autopilot hardware
- Companion computer — onboard Linux computer running the DroneOS stack
- Network link — Wi-Fi, mesh VPN, or cellular backhaul
- Camera / payload — sensors and mission-specific peripherals
- Power / wiring — vehicle-specific integration details
Current reality
Today, the documented and proven real-hardware path is:
- Holybro X500 airframe
- Pixhawk flight controller
- Raspberry Pi 5 companion computer
- PX4 + ROS 2 + DroneOS
That path is the baseline.
New hardware path being added
A Jetson Orin Nano companion-computer path is being added as an additional integration approach.
Important:
- this does not replace the Raspberry Pi 5 path
- the Raspberry Pi 5 method remains the proven documented integration
- Jetson is being added to increase onboard compute headroom for perception and future onboard AI workloads
Hardware sections
Use the pages in this section for component-level guidance:
- Companion computer
- Raspberry Pi 5
- Jetson Orin Nano
- Flight controller
- Cellular / 4G / 5G
- Camera and payloads
- Power and wiring