NationalRoboticsEngineeringCenter
Latest
Multi-bot programming language accepting beta testers
If you have what it takes to spend countless hours tinkering with small robots, coding in a brand new language, and filing a stream of bug reports, then the National Robotics Engineering Center wants you to beta test its new multi-plaform bot programming software. Tasked by the educational outreach department at Carnegie Mellon's Robotics Academy with developing a commercial application capable of controlling the most popular kits on the market, the team came up with a language called RobotC, which can be used to write scripts for both the NXT and RCX varieties of Lego Mindstorms bots as well as that Vex Robotics kit we featured in our Holiday Gift Guide. As part of the beta testing program, you'll get a free copy of the software to play with in exchange for your promise to participate in the Bug Tracking system -- which probably isn't much of a burden for those hardcore enthusiasts who spend all day living, breathing, and blogging this stuff anyway.
CMU's Crusher military bot rumbles onto the scene
Although not quite as stealthy as some of the other spybots that we've seen, the 6.5-ton Crusher UGCV (Unmanned Ground Combat Vehicle), with its 8,000-pound payload and one-kilometer range, is certainly more versatile than your typical robosnake or Packbot. Unveiled today by the National Robotics Engineering Center (NREC) at Carnegie Mellon's School of Computer Science's Robotics Institute, Crusher, like its predecessor Spinner, was commissioned by DARPA to provide combat troops with a durable cargo and surveillance option that can operate mostly autonomously even in rough terrain. Crusher is powered by a series of electric motors whose batteries are charged with a turbo diesel generator -- giving it a top speed of 26 miles-per-hour -- and manages to avoid obstacles using an array of cameras and ladar lidar. Although its first two years of service will be restricted to support role duties, Army and DARPA officials will use Crusher's performance during the probationary period to evaluate its potential use in combat as well. [Warning: PDF link]
