Our team often gets asked “How do you integrate more sensors on a Dingo?” “Why not just get the larger Ridgeback omnidirectional platform?” Dingo, the compact indoor mobile robot, is now packed with even more potential thanks to a top plate system providing increased... read more
Researchers have created a new autonomous system, called Autotrans, for transporting objects in unstructured outdoor settings—including anything from harvesting fruit in an orchard to collecting trash from city streets. The system includes both hardware and software... read more
Universal Robots recently launched their new e-Series cobots, building on an industry-leading expertise with more than 25,000 cobots already deployed worldwide. The e-Series line boasts class-leading simplicity, flexibility and quick deployment capability. It is more... read more
Get to know the humans of Clearpath, what they do and why they chose a career at Clearpath! Meet Nikesh, a Software Developer on our OS (Operating Systems) team. The OS team develops code to make sure our robots and our OTTO Fleet Manager (the software that connects a... read more
By Mokshith Voodarla, Josh Hejna, Anish Singhani, Rahul Amara, and originally posted on NVIDIA’s News Center. As robots become more integral throughout the world, delivering mail, food, and giving directions, they need to be able to easily navigate through... read more
The Nuclear and Applied Robotics Group, based in the University of Texas at Austin, has a mission to “develop and deploy advanced robotics in hazardous environments to minimize risk for the human operator.” The group, represented by Andy Zelenak (Postdoc) and... read more
In the previous article VT&R Part 1, we introduced Visual Teach and Repeat Technology and gave a insight into software highlights and its ease of use. In part 2, we will be looking into what makes VT&R different, potential applications and robot... read more
Rethink Robotics and Clearpath Robotics have teamed up to bring together their Sawyer Software Development Kit (SDK) and Clearpath’s Ridgeback mobile platform, to allow for greater freedom of mobility. This partnership allows researchers to further explore robotic... read more
Last month, we introduced the GPS Waypoint Navigation package, which is the ability to provide a robot with a set of GPS waypoints (i.e., a set of latitude / longitude pairs), and have the robot autonomously navigate from its current location to each of the defined... read more
