ROS News for the Week of April 13th, 2026
ROS 2 gets a lightweight inverse kinematics solver for Raspberry Pi and NVIDIA-powered depth sensing.
The ROS community's weekly update for mid-April 2026 showcases a surge in practical, accessible tools for developers. A standout release is an interactive inverse kinematics (IK) solver for the SO-101 arm in ROS 2, built by Dmitri Manajev using Viser and robokin. Notably, this solver is lightweight enough to run on constrained hardware like a Raspberry Pi, democratizing advanced robotic control. Another major integration is a new ROS 2 package from developer jfrancis71 that incorporates NVIDIA's Fast Foundation Stereo AI model, effectively turning any camera paired with an NVIDIA Jetson into a capable depth sensor. For hobbyists, a new 'ROS Jazzy' driver now supports the Lego Mindstorms Robot Inventor kit (#51515), bringing ROS capabilities to educational and prototyping platforms.
Alongside these technical releases, the update is packed with global community news and deadlines. The ROSCon 2026 circuit is in full swing, with events confirmed for Japan, Turkey, France, Spain, Belgium, and a global conference in Toronto. The deadline for talk proposals for the Toronto event is April 26th, just nine days from the publication date. The community also launched a new 'ROS Adopters' page on docs.ros.org, created by Tomoya Fujita, which allows companies and developers to publicly list their ROS-based projects via a simple YAML-formatted pull request. This initiative aims to better showcase the real-world industrial and commercial applications of ROS, moving beyond academic and research use cases.
- New ROS 2 inverse kinematics solver for SO-101 arm runs on Raspberry Pi, enabling advanced control on low-cost hardware.
- NVIDIA Fast Foundation Stereo model integrated into ROS 2, allowing cameras on Jetson platforms to act as depth sensors.
- Global ROSCon 2026 events announced across 6 countries, with talk proposals for Toronto due April 26th.
Why It Matters
These tools lower the barrier for advanced robotics development, enabling complex perception and control on affordable, accessible hardware for professionals and hobbyists.