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Cube Flight Controller Autopilot

  • Advanced UAV Autopilot System – A professional flight controller designed for multirotor, fixed-wing, VTOL, and other autonomous vehicle applications.
  • High-Performance STM32H7 Processor – Powered by a 32-bit ARM Cortex-M7 processor running at up to 400 MHz, with 2MB Flash and 1MB RAM for advanced flight-control operations.
  • Triple-Redundant IMU Sensors – Incorporates three accelerometer and gyroscope sensor systems to provide reliable inertial data for demanding flight applications.
  • Vibration-Isolated IMU Design – Two IMUs feature mechanical vibration isolation, while a third fixed IMU provides an additional reference and backup sensor.
  • Reliable Barometric Sensing – Dual barometric pressure sensors support accurate altitude measurement and flight-state estimation.
  • 14 PWM/Servo Outputs – Provides 14 PWM outputs, including dedicated outputs for flight-control and auxiliary functions.
  • Extensive Peripheral Connectivity – Supports multiple UART, CAN, I2C, SPI, RC input, RSSI, and ADC interfaces for connecting compatible UAV peripherals.
  • Redundant Power Inputs – Features redundant power supply inputs with automatic failover for improved power-system reliability.
  • Integrated Safety & Logging Features – Includes an external safety switch, multicolor status LED, high-power audio indicator, and microSD card support for flight-data logging.
  • Compatible with Open-Source Flight Software – Suitable for UAV projects using supported PX4 and ArduPilot flight-control ecosystems, subject to firmware and hardware compatibility.
  • Trusted dealerDirect manufacturer partnership
  • Pan-India deliveryInsured shipping, all states
  • Post-sale supportTraining + service included
Overview

What makes it work

Cube Flight Controller Autopilot | CubePilot Orange+


🧠

STM32H757
Main Processor, 400MHz
🎯

3x IMU
Triple-Redundant Sensors
🌡️

2x MS5611
Barometers
🔌

14 PWM
Servo Outputs
🔋

Redundant
Power Inputs
🛡️

Isolated
Vibration Damping
💾

2MB / 1MB
Flash / RAM

PX4 + ArduPilot
Firmware Support

Full Specifications

Processor & Sensor Specifications
Specification Details
Product Cube Flight Controller Autopilot — a genuine CubePilot Cube Orange+ module (labeled “cube+” on the unit) with carrier board
Main Processor STM32H757, 32-bit ARM Cortex-M7 @ up to 400MHz, 2MB flash, 1MB RAM
Failsafe Co-Processor STM32F103, 32-bit ARM Cortex-M3 @ 24MHz, 8KB SRAM
IMU Sensors Triple-redundant: ICM42688p, ICM20948, and ICM20649 accelerometer/gyroscope sensors
Vibration Isolation Two IMUs mechanically vibration-isolated; a third fixed IMU serves as reference/backup
Compass ICM20948
Barometers Dual MS5611 barometric pressure sensors
xBoom SKU xboom-145412
Connectivity, Power & Build
Specification Details
PWM Outputs 14 total (8 from I/O processor, 6 from FMU)
Serial & Bus Interfaces 5 general-purpose serial ports (2 with full flow control), 2 I2C ports, 2 CAN bus interfaces, 1 SPI port, 3 analog inputs
RC Input CPPM, Spektrum/DSM, and S.Bus formats supported
Power Input Redundant inputs with automatic failover, 4.1-5.7V at 2.5A rated current
USB Input 4-5.7V at 250mA
Safety & Logging External safety switch, multicolor status LED, piezo buzzer, and microSD card logging
Dimensions Cube module: 38.25mm x 38.25mm x 22.3mm; carrier board: 94.5mm x 44.3mm x 17.3mm
Operating Temperature -10°C to 55°C

Professional-Grade Redundancy, Ready to Fly

Cube Flight Controller Autopilot: Genuine CubePilot Cube Orange+ Hardware

This is a genuine CubePilot module — the orange cube itself is clearly labeled “cube+,” confirming this is the Orange+ generation rather than the original Cube Orange. It’s built around a fast dual-core STM32H757 processor running at up to 400MHz, backed by a separate STM32F103 failsafe co-processor that keeps critical functions running even if the main processor has an issue. Three separate IMU sensors (ICM42688p, ICM20948, and ICM20649) provide genuine sensor redundancy — two are mechanically vibration-isolated to filter out high-frequency airframe vibration, while the third sits fixed as an independent reference, so the flight controller can cross-check readings rather than trusting a single point of failure.

That same redundancy philosophy carries through the rest of the design: dual MS5611 barometers for altitude sensing, and redundant power inputs with automatic failover so a single power source issue doesn’t bring the whole system down. With 14 PWM outputs, 5 serial ports, dual CAN buses, and support for CPPM/Spektrum/S.Bus RC input, it has the connectivity to handle genuinely complex multirotor, fixed-wing, or VTOL builds, and it runs both PX4 and ArduPilot — the two leading open-source flight-control platforms.

🧠

Fast Dual-Core H7 Processor

STM32H757 at up to 400MHz for demanding flight-control workloads.

🎯

Triple-Redundant IMUs

Three independent sensors, two vibration-isolated, for reliable data.

🔋

Redundant Power Inputs

Automatic failover keeps the system running through power issues.

PX4 & ArduPilot Ready

Full compatibility with both leading open-source flight platforms.

Built for Demanding Autonomous Flight

The Cube Flight Controller Autopilot brings genuine redundant-sensor reliability to your UAV build.

Processing
🧠

Dual-Core STM32H757

A fast 400MHz H7 processor plus a dedicated failsafe co-processor.

Sensing
🎯

Triple-Redundant IMUs

Three independent sensors, two vibration-isolated for reliability.

Altitude
🌡️

Dual Barometric Sensors

Two MS5611 barometers for accurate altitude measurement.

Connectivity
🔌

14 PWM + Dual CAN

Extensive peripheral connectivity for complex UAV builds.

Power
🔋

Redundant Power Inputs

Automatic failover between power sources for added reliability.

Safety
🛡️

Safety Switch & Logging

External safety switch, status LED, buzzer, and microSD logging.

Built for Professional and Serious Hobbyist UAV Builds

The Cube Flight Controller Autopilot suits builders who need genuine, redundant flight-control hardware.

🚁

Multirotor Builds

Reliable flight control for professional and hobbyist multirotors.

✈️

Fixed-Wing & VTOL Aircraft

Redundant sensors support demanding, longer-duration flights.

🔬

UAV Research

Well-documented, open-source-compatible hardware for research.

🏭

Commercial UAV Systems

Redundancy features built for commercial-grade reliability needs.

🚗

Autonomous Ground & Marine Vehicles

The same core hardware adapts to rovers and boats.

🎓

Education & Development

A widely-taught platform for learning PX4 and ArduPilot.

See the Cube Orange+ in Use

A real unboxing, a full setup walkthrough, and an independent overview of this exact flight controller.

Flashing a CubePilot Orange+ and performing the basic settings

Flashing & Basic Setup

A complete walkthrough of flashing and configuring this board

Cube Orange Plus Autopilot Overview

Independent Overview

A hands-on look at the Cube Orange+’s hardware and features

Frequently Asked Questions

Is this the Cube Orange or Cube Orange+?
This is the Cube Orange+ — the module itself is clearly labeled “cube+,” confirming the newer generation with an upgraded dual-core H7 processor and updated IMU sensors.
Does this work with PX4 and ArduPilot?
Yes, the Cube Orange+ is fully compatible with both PX4 and ArduPilot, the two leading open-source flight-control platforms.
Why does it have three IMU sensors?
Triple redundancy lets the flight controller cross-check inertial data across independent sensors — two are vibration-isolated, and the third serves as a fixed reference — improving reliability over a single-sensor design.
What’s included with this Cube Flight Controller Autopilot?
The Cube Orange+ module mounted on its carrier board, vibration-damping mounting pads, a matching cable set, and a piezo buzzer for audio status alerts.
What vehicles can this be used with?
Multirotors, fixed-wing aircraft, and VTOL platforms are the most common use, and the same PX4/ArduPilot-compatible hardware also supports autonomous ground and marine vehicles.
What happens if the main power input fails?
The Cube Orange+ has redundant power inputs with automatic failover, so it can continue operating from a secondary power source if the primary fails.

Specifications

The full sheet

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