Holybro stands at the forefront of innovation in the design, progress, and production of critical electronic systems for unmanned aerial vehicles (UAVs).Our focus is on the most recognized open-source autopilots globally, alongside advanced GPS, RTK systems, telemetry radios, and more.
Our products are relied upon by a wide array of users, including hobbyists, commercial drone manufacturers, and both public and private aerospace research organizations, as well as defense entities around the globe. We are dedicated to creating and providing high-quality products that adhere to the highest performance and reliability standards, catering to our customers worldwide.
Driven by our commitment to quality, we actively engage with UAV open-source communities, developers, end-users, and the broader drone industry to adapt to the rapidly evolving UAV landscape. We also contribute to various open-source initiatives and standards,including PX4,Ardupilot,and Pixhawk. Our manufacturing processes are certified under ISO9001-2015 quality standards.
Autopilots and flight Control Systems
Pixhawk 6X Flight Controller
The Pixhawk 6X is equipped with triple-redundant IMU sensors and features a design that includes fully isolated sensor domains with distinct buses and power controls.Its high-speed Ethernet interface facilitates seamless integration with various drone mission computers.
pixhawk 6C Flight controller
Powered by an arm Cortex-M7 CPU, the Pixhawk 6C features redundant IMUs and comes pre-installed with PX4 Autopilot. Its compact design makes it a cost-effective choice for both research and commercial uses.
Pixhawk 6X Pro Flight Controller
The Pixhawk 6X Pro features triple-redundant IMUs, including a primary sensor with a high accelerometer dynamic range of ±40 g, along with dual-redundant barometers. Its modular design prioritizes safety with completely isolated sensor domains and separate power controls.
Pixhawk Jetson Baseboard
Utilizing the NVIDIA Jetson Orin NX/Nano carrier board, the Pixhawk Jetson Baseboard is compatible with any PAB (Pixhawk Autopilot Bus) form factor flight controller, including the Pixhawk 6X. It offers extensive I/O capabilities, such as Gigabit Ethernet, USB, UART, HDMI, and MIPI CSI camera inputs.
Pixhawk RPi CM4 Baseboard
The Pixhawk RPi CM4 baseboard enables the integration of any PAB (Pixhawk Autopilot Bus) form factor flight controller with a Raspberry pi CM4 companion computer, offering a variety of I/O connections for developers and systems integrators.
Pixhawk 6C Mini Flight Controller
The Pixhawk 6C Mini is a compact version of the 6C, built on the same arm cortex-M7 CPU and featuring redundant low-noise imus. It includes a built-in PWM header while omitting some I/O ports, making it suitable for both research and commercial applications.
Kakute H743-Wing Flight Controller
The Kakute H743 Wing is a comprehensive flight controller tailored for fixed-wing and VTOL drones.It features an Arm Cortex-M7 CPU that supports ArduPilot-based firmware and includes a high-precision low-noise IMU, offering various I/O options such as UART, PWM, and I2C, along with plug-and-play compatibility with CAN devices and GPS receivers.
Kakute H7 v1.3 Flight Controller
The Kakute H7 v1.3 flight controller offers extensive functionality within a compact footprint of just 35 x 35 mm. It includes integrated Bluetooth, a MicroSD card slot, UART and I2C ports, motor outputs, and is compatible with the DJI/Caddx digital FPV system.
GPS, GNSS, and RTK Modules for Drones
H-RTK mosaic-H GPS Module
The H-RTK mosaic-H is a cutting-edge GPS and GNSS module featuring an advanced Septentrio receiver, integrated magnetometer, and dual-antenna inputs. By using GPS as the yaw source rather of a conventional compass,it enhances the accuracy of drone autopilots,significantly improving navigation capabilities.
H-RTK Unicore UM982 GPS Module
the H-RTK Unicore UM982 is a dual-antenna RTK-capable GPS module that provides high-precision positioning and non-magnetometer moving baseline yaw determinations for drone autopilots, making it ideal for both base station and rover applications.
H-RTK F9P GNSS Module Series
The H-RTK F9P series of differential high-precision GNSS modules is built around the u-blox ZED-F9P, offering rapid convergence times, dependable performance, and fast update rates. This series includes three models: a budget-amiable option for rover applications,a helical antenna version for both rovers and base stations,and a high-gain antenna model specifically designed for base stations.
M10 GPS Module
The M10 is a multi-constellation GNSS module featuring the latest-generation u-blox M10 receiver, equipped with a high-gain omnidirectional patch antenna, achieving accuracy down to 2 meters. This compact module can be supplied with one of three different connectors for versatile integration.
M9N GPS Module
The M9N is a multi-constellation GNSS module powered by the u-blox M9N receiver, featuring a high-gain omnidirectional patch antenna and providing accuracy down to 1.5 meters. This compact module can be provided with one of three different connectors for versatile integration options.
DroneCAN H-RTK F9P Rover Module
We provide a DroneCAN version of our H-RTK F9P differential high-precision GNSS module designed for rover applications, featuring enhanced EMI resistance and an update rate of up to 8 Hz. This model is designed with a low profile and superior ingress protection, making it suitable for rugged and space-constrained drone applications.
DroneCAN H-RTK F9P Helical Module
The DroneCAN version of our helical antenna H-RTK F9P differential high-precision GNSS module offers enhanced EMI resistance and an update rate of up to 8 Hz. This model excels in environments with obstructions and is ideal for both rover and base station applications.
H-RTK F9P Ultralight Module
The Ultralight version of our H-RTK F9P multi-constellation GNSS module features an integrated helical antenna and weighs only 21.4 grams,making it perfect for even the most weight-sensitive drone platforms.
