Use the VOXL 1 Board (Board-Only) when you want maximum integration flexibility.
It provides the same Snapdragon 821 compute performance found in VOXL Flight, with a quad-core CPU, GPU and dual DSPs.
It is designed as a PX4 companion computer that works with Flight Core or Pixhawk-class flight controllers to enable onboard vision, autonomy and AI workloads.
The board supports multiple MIPI CSI cameras and UVC video, making it ideal for stereo vision setups, tracking cameras, thermal-plus-RGB payloads, or custom imaging integrations.
It is recommended for OEMs, R&D labs, integrators and defence contractors who already have power modules, radiolinks, GPS or telemetry modules and want to embed a powerful compute module into their own carrier or stack.
Key Features
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Snapdragon 821 SoC quad-core up to 2.15 GHz with GPU and DSP processing
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Designed for PX4-based autonomy, obstacle avoidance and GPS-denied navigation
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Supports ROS / ROS2, MAVROS, MAVSDK, Docker, OpenCV and custom AI pipelines
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Up to 3 MIPI camera interfaces plus UVC input for flexible imaging configurations
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Lightweight PCB (~18 g) and low-power design (typically 310 W) for SWaP-critical drones
Technical Specifications (Board-Only)
| Parameter | Specification |
|---|---|
| CPU / SoC | Snapdragon 821, quad-core up to 2.15 GHz |
| Operating System | Linux with PX4-oriented tools |
| Software Support | ROS / ROS2, MAVROS, MAVSDK, Docker, OpenCV |
| Camera Interfaces | Up to 3 MIPI CSI image sensors + UVC input |
| Connectivity | Wi-Fi (via antenna kit), SPI, IC, UART, GPIO |
| Weight | Approx. 18 g (PCB) |
| Power Draw | Typically 310 W |
| Typical Pairing | Flight Core or Pixhawk-class flight controller |
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