Cube Orange+ Flight Controller Context

Market context

Cube Orange+ is CubePilot's Pixhawk-compatible autopilot module for UAVs and robotic vehicles requiring redundant inertial sensing and flight-control electronics.

• Target environment: Drones, UAVs, robotic vehicles, field robots, research aircraft, and autonomy prototypes using the Pixhawk ecosystem.
• Workflow context: Flight control, vehicle stabilization, sensor fusion, command output, autopilot integration, and embedded control for robotic vehicles.
• Customer context: Drone OEMs, robotics labs, UAV integrators, open-autopilot developers, and vehicle autonomy teams.
• Deployment model: Autopilot module integrated with carrier boards, sensors, power systems, radios, ESCs, and vehicle-control software.
• Commercial maturity: Commercial CubePilot module with public documentation and Pixhawk ecosystem support.
• Adoption constraints: Adoption depends on autopilot software, carrier-board design, vibration isolation, redundancy requirements, sensor calibration, and regulatory mission needs.
• Market position: Flight-control electronics component for aerial and field robotics.
• Adjacent products: Nano2 Mesh Rider Radio, Halo BVLOS Connectivity Platform, Pixy LR S-Port Gimbal

Audience

UAV makers

Workflow

Flight control, vehicle stabilization, sensor fusion, command output, autopilot integration, and embedded control for robotic vehicles.

Deployment environment

Drones, UAVs, robotic vehicles, field robots, research aircraft, and autonomy prototypes using the Pixhawk ecosystem.

Specifications

• Processor: STM32H757
• Flash Memory: 2 MB flash
• Memory: 1 MB RAM
• Sensor System: sensor stack: Triple redundant IMUs, one magnetometer and two barometers in Cube Orange+ table
• Pwm Outputs: 14 PWM servo outputs across IO and FMU
• Interfaces: UART, I2C, CAN, SPI, analog inputs, safety switch and LED interfaces via Cube connector/baseboard architecture
• Manufacturing Origin: Taiwan listed for Cube Orange+

Tags

• Peer Group: Robot Compute, Flight Controllers
• Workflow: Drone Autonomy Stack
• Capability: Flight control
• Stack Layer: Drone controller components, Compute Control Layer

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