Skynode X Context
Market context
Integrated autopilot, mission computer and LTE module for autonomous drones and robotic vehicles.
- Target environment: Multicopters, fixed-wing UAVs, VTOL aircraft, rovers and unmanned boats
- Workflow context: Autopilot control, mission compute, payload integration, onboard apps and fleet/cloud connectivity
- Customer context: Drone and robotic-vehicle builders that want a production-oriented Auterion/PX4 module instead of assembling separate control, compute and connectivity boards.
- Deployment model: Commercial avionics and mission-computer module for drone OEMs and defense UAS integration.
- Commercial maturity: Commercial product page with public architecture and integration details; full datasheet is gated.
- Adoption constraints: Fit depends on vehicle class, payload requirements, AuterionOS stack choice, compliance requirements and support terms.
- Adjacent products: ARKV6X, CubePilot Cube Orange+, ModalAI VOXL 2, Qualcomm RB3 Gen 2 Vision Kit
Workflow
Autopilot control, mission compute, payload integration, onboard apps and fleet/cloud connectivity
Deployment environment
Multicopters, fixed-wing UAVs, VTOL aircraft, rovers and unmanned boats
Specifications
- Flight Controller: Latest FMU generation, FMUv6x
- Standards: PX4 autopilot and MAVLink open standards
- Connectivity: Built-in LTE connectivity and cloud data sync
- Platforms: Multicopter, fixed-wing, VTOL drones, ground rovers and unmanned boats
- Payload Integration: External interfaces for payloads, sensors, depth camera or FPV camera
- System Reduction: 30% thinner and 15% lighter than its predecessor
Tags
- Peer Group: Drone Controller, Autopilot Compute Modules
- Workflow: Drone autonomy
- Capability: Flight control
- Stack Layer: Compute Control Layer
View Skynode X overview