Team ProbatioNerds stopped by Trossen Robotics to build the HR-OS1 They won from Matrix at TADHack! We captured a time-lapse video of the build party you can check out on our instagram. They’re a lovely group of people, and we hope to see them again soon (and we’re really interested to see what they do with their robot)!
RobotGeek has rolled out two Floor Switch Mat kits to make your Halloween SUPER SPOOKY. The first is the RobotGeek Floor Switch Tail Kit, a simple kit that turns on any AC powered device when someone steps on a Floor mat switch. The more advanced (but super simple to set up with our How to Guide) RobotGeek Floor Mat Experimenter’s Kit Gives you extensive control over tons of things, such as sounds, lights, and external devices (such as a halloween prop) when the floor mat switch is activated.
Team ProbatioNerds from IIT worked with Matrix to control an HR-OS1, sending commands through a chatroom (in the presentation, from a phone) to move the robot from anywhere in the world! They subsequently won an HR-OS1 from Matrix, which we’re sure is being put to good use. Check out their presentation! They explain the architecture a bit, and programmed the HR-OS1 to do the macarena, which is endlessly entertaining. Congratulations, ProbatioNerds! We’re looking forward to seeing what you come up with next!
Engineer Martin Stoelen has released some videos showing the operation of a 3D printed robotic arm called GummiArm! This isn’t just any robot arm, it uses AX-18A Dynamixel Actuators to turn spools with elastic bands, acting as pliant linear actuators. This gives the GummiArm a unique, springy response to its environment! The mounts are available on Martin’s GitHub. This project is assosicated with the DeCoRo project at Plymouth University.
The Geekbot Advanced with BrainOS is here! This is a special edition of our Geekbot Platform powered by Brain Corporation’s BrainOS. This robot can be controlled via an iPhone App or set to run autonomously. The Geekbot uses a Raspberry Pi to process image data from its RobotGeek Webcam and traverse obstacles in its environment.
Brain Corporation’s work on BrainOS is unique because they are designing a system that is intended to be trained instead of programmed. The idea is that there are tasks that are far easier to ‘train’ a robot to perform vs program the robot to perform. Brain OS is great for service robots that need to interact with their environment in a complex fashion. Training can be shared among multiple robots, allowing you to deploy a whole swarm of BrainOS based robots!
Forum User r3n33 is at it again, this time with a new way to move the HR-OS1! WinRME is a .Net application that’s capable of relaying all the standard RME commands to the robot via manual entry, as well as a growing list of features. Based on RME (netRME), this program is shaping up to be a fantastic companion to the HR-OS1 for anyone using the Windows OS environment. This is exciting news. WinRME is being designed with a graphic user interface (a major improvement on the original), and will utilize multiple windows to allow you to keep your movement list on hand and ready to rock (a massive improvement on a personal pet peeve). There isn’t a download version available just yet, this is still in early development, but it’s worth checking out the screenshots below and following the forum post for more details!
Trossen Robotics’ own lead engineer, Andrew, has been hanging with the Megabots team (You know, the guys who are going to pilot America’s MK. II against Japan’s Kuratas in the first large scale robot duel that this planet has experienced in all of recorded history). If you want to see America become the first Mech battling champion of the world, you can back the kickstarter! While you’re waiting for the giant robot battle to happen, check out our gallery of Andrew’s miniature MK. II build!