The brain on the drone.
Onboard compute module and real-time flight controller on a single board. AI inference, sensor fusion, HD video encoding, cellular connectivity, and motor control. Open-source schematics.
Architecture
Compute meets control
Compute Module
Quad-core processor at 2.4GHz. 2-8GB LPDDR4X RAM. Dual CSI-2 camera interfaces. USB 3.0 and PCIe Gen 3 expansion. Runs Linux, AI inference, computer vision, video encoding, and the full ADOS Drone Agent stack.
Flight Controller
Dedicated real-time processor at 480MHz. Runs open-source autopilot firmware. Sensor fusion, PID control loops, and motor output. Connected to compute module via high-speed serial for bidirectional telemetry relay.
Connectivity
Connected in every direction
HD Video
5.8GHz broadcast adapter via USB-C. 50km+ range with forward error correction.
See Video LinkCellular
4G/5G dongle via USB-C. Unlimited range with cellular coverage. BVLOS telemetry and cloud connectivity.
Sensors
9-axis IMU, barometer, precision GPS with RTK capability, and magnetometer. Full sensor suite on-board.
Motor Control
Integrated 4-in-1 ESC. Advanced motor protocol. 30A per channel. Direct board-to-motor wiring.
Open Hardware
Open schematics. Open firmware.
Board schematics released under CERN-OHL-S v2 (the standard open-source hardware license). Firmware under GPLv3. Documentation under CC-BY-SA 4.0. Fork it, modify it, build your own variant. PCB design is outsourced to professional consultancies who deliver tested boards with all manufacturing files. The schematics are yours from day one.
See the full platform stack
The flight computer is the hardware foundation. The software stack builds on top.
View Platform