FCBase is currently under construction — features and content may change while we build the site.

Found an issue with this page? Edit on GitHub

CubePilot Cube Black

by CubePilot

Community
Open Hardware

Requires a compatible carrier board for IO breakout; shares mechanical form factor with other Cube modules.

CubePilot Cube Black autopilot module seated on its carrier board with exposed connectors.

Key Specifications

Mounting Pattern
Cube Carrier Board
Connectivity
5 UARTs • 1 I²C • 2 CAN
Power
4.1–5.7 V • Power Module
Onboard Sensors
3Ɨ IMU • 2Ɨ Barometer • 2Ɨ Magnetometer
Firmware Support
ArduPilot
PX4 Autopilot

Detailed Specifications

Core Specifications

Quick reference for the primary hardware capabilities.

MCU Mounting Cube Carrier Board
Power 4.1–5.7 V • Power Module I/O Overview 5 UARTs • 1 I²C • 2 CAN
PWM & Storage 14 PWM outputs • microSD logging Sensors 3Ɨ IMU • 2Ɨ Barometer • 2Ɨ Magnetometer

Hardware Overview

Core MCU, mounting, and mechanical data.

Base hardware specification
Default
MCU Mounting Cube Carrier Board

Power Supply

Input rails, regulators, and redundancy.

Voltage —
Inputs 3
Redundancy Redundant

Power Inputs

POWER1 Power Module
Connector:  6-pin power monitor
Voltage:  4.1–5.7 V
POWER2 Power Module
Connector:  6-pin power monitor
Voltage:  4.1–5.7 V
USB USB
Connector:  Micro-USB
Voltage:  4.75–5.25 V
Input Voltage — Redundancy āœ“ Yes

Redundant power module inputs with automatic failover and isolated servo rail supply.

Connectivity & I/O

Port availability, buses, and expansion options.

UARTs 5 CAN Bus 2
PWM Outputs 14 SD Card āœ“ Yes
Ethernet āœ— No

Peripheral Ports

Port Type Default Function Voltage / Level Connector Notes
TELEM1 UART Primary MAVLink telemetry 3.3 V signal / 5 V supply JST-GH 6-pin Hardware flow-control telemetry port powering radios or companion computers.
TELEM2 UART Secondary telemetry or RTK link 3.3 V signal / 5 V supply JST-GH 6-pin Second UART for redundant radios or payload communications.
GPS1 GPS Primary GPS/compass/safety harness 3.3 V signal / 5 V supply JST-GH 10-pin Includes safety switch, buzzer, and LED leads alongside GNSS and compass wiring.
GPS2 GPS Secondary GPS 3.3 V signal / 5 V supply JST-GH 6-pin Provides redundant GNSS interface or alternate UART/I2C combination.
CAN1 CAN DroneCAN peripheral bus Differential CAN / 5 V supply JST-GH 4-pin Powered CAN port for smart power modules, ESCs, or payload nodes.
CAN2 CAN Redundant DroneCAN bus Differential CAN / 5 V supply JST-GH 4-pin Secondary CAN interface for redundant peripheral networks.
I2C I2C External sensor bus 3.3 V JST-GH 4-pin External I2C for compasses, airspeed sensors, or LED expanders.
ADC Analog Differential pressure / analog sensing 0-3.3 V JST-GH 3-pin Analog input with reference and ground for auxiliary sensors.
RCIN RC Serial RC input 3.3 V signal / 5 V supply JST-GH 6-pin Supports CPPM, SBUS, and Spektrum/DSM receivers via carrier board harness.
RSSI Analog Receiver signal strength sensing 0-3.3 V JST-GH 3-pin Dedicated analog/PWM RSSI input for ground station telemetry.
PWM OUT (1-8) PWM Primary servo outputs Servo rail (0-36 V tolerant) Carrier board servo rail IOMCU-controlled outputs for actuators, landing gear, or camera gimbals.
PWM OUT (9-14) PWM FMU aux outputs Servo rail (0-36 V tolerant) Carrier board aux rail FMU-managed outputs supporting DShot on appropriate channels.
POWER1 Power Primary power module input 4.1-5.7 V 6-pin power monitor Supplies regulated 5 V and telemetry from the first power module.
POWER2 Power Secondary power module input 4.1-5.7 V 6-pin power monitor Redundant power module connector for failover power.
SERVO RAIL Power Servo rail supply 0-36 V tolerant Servo rail bus High-voltage tolerant servo rail isolated from logic domains.
Micro-USB USB Console and firmware updates 5 V Micro-USB Provides SERIAL0 console, bootloader, and log access via the carrier harness.

Additional Features

Value-add capabilities bundled with the controller.

  • āœ“ 80-pin DF17 modular connector compatible with Pixhawk ecosystem carrier boards
  • āœ“ Triple redundant IMUs with onboard heating for vibration resilience
  • āœ“ Redundant MS5611 barometers for atmospheric sensing backup

Known Issues & Advisories

No documented issues for Base Hardware

Sensor advisories and controller errata for this revision will appear here once reported.

Documentation & Vendor Resources

Contributors: Jairus
Last updated:
View History