The USX51’s computing power flight controller is composed of D-Robotics’ RDK X5 Module, which provides 10 TOPS INT8 BPU AI computing power and 21.6 DMIPS/MHz CPU general computing power. D-Robotics has launched an intelligent algorithm package based on TogetheROS.Bot for robot manufacturers and ecosystem developers, aiming to improve the efficiency of integrating and deploying robot […]
RDK X5 Module is pre-installed with Ubuntu 22.04. If you need to reinstall the system during the development process, please refer to the following content. Burning Power supply The RDK X5 Module is powered by the USB 3.0 Type C port on the carrier board. A 5V/5A power adapter is required to power the development
RDK X5 Module | UTMSYS Read More »
Using a serial port Reference : https://docs.px4.io/main/en/companion_computer/pixhawk_rpi.html The ROS 2 guide and the uXRCE-DDS page cover options for setting up uXRCE-DDS and ROS. This tutorial uses ROS 2 “Humble” and covers the specific setup using the RDK X5 Module. Both guides are worth reading! Pixhawk/PX4 Next, we TELEM2 set up ROS 2 instead of MAVLink.
Implementing PX4 and ROS2 Communication with uXRCE-DDS | UTMSYS Read More »
The USX10 Pixhawk 6X® is the latest in the successful Pixhawk® flight controller series, designed and manufactured in collaboration with the UTMSYS® and PX4 teams. It is based on the Pixhawk® autopilot FMUv6X standard, autopilot bus standard, and connector standard. It not only comes pre-installed with the advanced PX4 autopilot system, but also achieves a
Pixhawk 6X | UTMSYS Read More »