axl Carrier Board with Cube Orange Plus

axl Carrier Board with Cube Orange Plus

The axl Carrier Board with Cube Orange Plus is an integrated, industrial-grade UAV flight control solution meticulously engineered by axldrone. This premium bundle pairs the robust connectivity of the axl Carrier Board with the flagship processing power of the Cube Orange+ (Pixhawk) autopilot module. Designed for complex autonomous workflows, long-endurance industrial missions, and commercial type-certification, this system functions as the supreme centralized brain for multirotors, fixed-wing aircraft, tactical VTOL platforms, and unmanned ground rovers. By eliminating chaotic wiring stacks, this unified solution simplifies airframe integration while providing enterprise operators with uncompromising flight stability and computing power.

Flagship Processing and Dual Redundant Safety

Executing high-stakes autonomous operations demands rapid processing times and fail-safe electronics. Therefore, the axl Carrier Board with Cube Orange Plus is powered by a high-performance, dual-core STM32H757 processor operating alongside upgraded Balanced Gyro (BG) IMUs. This hardware architecture ensures exceptional mathematical throughput and vibration isolation in turbulent conditions. To eliminate mid-air power failures, the underlying carrier board integrates a smart dual-redundant 5V input matrix. If the main power brick encounters a voltage anomaly, the system transitions to the secondary backup power line instantly without disrupting flight controller functionality or telemetry tracking.

Key Features

• Premium 100% Made in India flight management combo utilizing Cube Orange+ architecture.

• High-performance STM32H757 dual-core processor delivers rapid autonomous computing.

• Upgraded vibration-isolated, temperature-controlled triple redundant IMU sensor suite.

• Dual-redundant 5V power ports guarantee uncompromised hardware uptime in mid-air.

• Implements 8 main PWM motor outputs (M1–M8) along with 6 auxiliary servo channels.

• Comprehensive I/O suite featuring dual GPS ports, high-speed CAN Bus, and I²C channels.

• Dedicated SBC (Single Board Computer) interface port for streamlined companion computers.

• Full ecosystem compatibility with professional ArduPilot and PX4 open-source firmware.

Advanced I/O and Edge Computing Capabilities

Modern commercial drones frequently rely on onboard edge computing to handle artificial intelligence, real-time object tracking, and multi-spectral mapping. This combo layout accommodates these payloads by providing a dedicated SBC port. This clean pathway allows developers to link advanced companion computers, such as an NVIDIA Jetson or Raspberry Pi, directly into the flight management unit. For maximum sensory awareness, the system features dual isolated GPS inputs (GPS1 and GPS2) to support secondary navigation redundancy. Additionally, a built-in industry-standard CAN Bus port ensures reliable, high-speed communication with smart batteries, professional lidars, and modern digital ESCs.

Technical Reliability

Investing in authentic axldrone flight hardware ensures long-term operational consistency and seamless type-certification readiness. The combined module weighs just 54g, maintaining a highly space-efficient footprint that will not compromise your platform’s battery longevity or lifting physics. Measuring a compact 8.0 cm by 5.0 cm, it routes signals through standard 2.54mm SBus input/output rails and features a heavy-duty micro-USB port for rapid parameter calibration. Built to thrive across harsh outdoor environmental temperature spans ranging from -10°C to 80°C, it provides a stable foundation for the world’s most demanding aerial operations.