Weighing in at just a fraction of its predecessor, the Ranger Air doesn't compromise on performance. Its brushless motor drivetrain provides smooth, precise motion control while maintaining the ability to traverse a variety of surface types including carpet, tile, concrete, and compacted gravel.

The platform ships with full ROS 2 Humble support out of the box, including pre-configured navigation stacks and SLAM capabilities. Autodiscovery provides comprehensive documentation and quick-start guides to help customers get from unboxing to autonomous navigation in under an hour.

For researchers and developers, the Ranger Air offers an open interface for integrating custom sensors, manipulators, and compute modules. Its standardised mounting points and power distribution system make it simple to attach LiDAR sensors, depth cameras, robotic arms, and additional processing units.

Autodiscovery is offering the Ranger Air with several configuration options, including packages optimised for education, research, and commercial deployment, each backed by our UK-based technical support team.

At ROSCon UK, Autodiscovery demonstrated live autonomous navigation using the AgileX platform stack, showcasing real-time SLAM, dynamic obstacle avoidance, and multi-robot coordination capabilities.

Our technical team also presented on best practices for deploying ROS 2 in commercial settings, covering topics such as security hardening, fleet management, and over-the-air update strategies for robot fleets.

The event highlighted the rapid growth of the UK robotics community, with attendance numbers up significantly from previous years. Autodiscovery is committed to supporting this growth through continued investment in education, open-source contributions, and community engagement.

We look forward to future events and encourage anyone interested in robotics — whether a seasoned developer or a curious newcomer — to get involved with the ROS community. Stay tuned to our news page for announcements about upcoming events and demonstrations.