Pixhawk® Cube Orange+ Flight Controller with ADS-B Carrier Board

The Pixhawk Cube Orange+ with ADS-B Carrier Board is a professional-grade flight control solution designed for UAV platforms that demand high precision, reliability, and advanced airspace awareness. Built around the Cube Orange+ ecosystem, this setup combines a powerful sensor-isolated flight controller with an ADS-B–enabled carrier board, making it ideal for enterprise, industrial, and safety-critical drone operations.

With its modular Cube architecture, the Cube Orange+ separates sensitive sensors from vibration and electrical noise, delivering exceptional flight stability and accurate state estimation even in challenging conditions. Paired with the ADS-B carrier board, it adds enhanced situational awareness for operations in controlled or shared airspace.

Advanced Sensor Suite for Precision Flight

The Cube Orange+ integrates a comprehensive set of high-performance sensors, including accelerometers, gyroscopes, compasses, and a barometric pressure sensor. These sensors work together to deliver precise attitude estimation, stable navigation, and reliable altitude control—critical for professional UAV missions such as mapping, inspection, and long-duration flights.

Power Flexibility & Reliable Electrical Design

Designed for professional integration, the system supports a wide power input range, ensuring stable operation across different UAV power architectures.

• Main Power Input: 4.1 V – 5.7 V
• Maximum Current: 2.5 A
• Power Output: Up to 14 W

A dedicated USB power interface further enhances flexibility, supporting 4.0 V – 5.7 V input at a rated current of 250 mA for configuration, testing, and firmware management.

Servo Rail & System Compatibility

The servo rail input supports both 3.3 V and 5 V, allowing compatibility with a wide range of ESCs, servos, and peripherals. This flexibility makes the Cube Orange+ suitable for multirotors, fixed-wing aircraft, VTOL platforms, and custom UAV builds.

Note: The system is not waterproof and requires external protection when used in environments exposed to moisture or dust.

Ideal Applications

• Enterprise and industrial UAVs
• Mapping, surveying, and inspection drones
• BVLOS and airspace-aware operations
• Research and autonomous systems
• Professional multirotor, fixed-wing, and VTOL platforms