Horizon (Coming soon...)
Wisconsin Robotics members are currently hard at work finalizing the design and build of Horizon, our URC 2019 competition robot. Keep an eye on our Upcoming Events to find out more.
Ascent MkII is Wisconsin Robotics' latest competition rover, named after its predecessor, Ascent. The team decided to revamp Ascent's design and introduce some unique features in a Mars rover such as active ride-hight and a sliding arm rack. Our improved and redesigned rover was accepted to compete at the 2018 University Rover Challenge, which takes place at the Mars Desert Research Station, near Hanksville, UT. Ascent MkII ranked 16th out of 95 eligible rover designs in the competition.
Ascent was Wisconsin Robotics' competition rover for the 2017 University Rover Challenge. Operated at a competition site at the Mars Desert Research Station outside Hanksville, UT, Ascent performed on-board scientific analysis of mined samples, navigated harsh terrain, and competed in tasks designed to assist an astronaut, service equipment, and autonomously navigate from point to point. Ascent placed in the top third of all URC competitors.
Insomnia, named for the long hours members invested in the project, is the robot that the team developed during the 2015-2016 academic year. Wisconsin Robotics designed Insomnia to compete in the University Rover Challenge in June 2016, a competition designed to simulate tasks that a rover would be required to do in Mars terrain. Operated at a competition site at the Mars Desert Research Station outside Hanksville, UT, Insomnia was able to perform on-board chemical analysis of mined samples, navigate harsh terrain, and compete in tasks designed to simulate assisting an astronaut as well as servicing equipment. Insomnia placed fourth in the Phobos final of the competition.
Designed during the 2013-2014 academic year, for the RASC-AL Exploration Robo-Ops Competition in Houston, TX, Scorpio boasted the ability to be fully operated from over 1000 miles by our drive team in Madison, WI. The competition asked that Scorpio collect colored rocks, navigate rugged terrain, and stream video back to the operators. Wisconsin Robotics was one of the few teams to survive for the entire competition length, placing fourth overall.
Singularity, a large, autonomous robot with an omnidirectional drive system, was a multi-year project for Wisconsin Robotics . The four wheels on Singularity were connected to rotatable drive pods, allowing any of the four wheels to turn any direction. This unique drive system presented challenges, but the team was able to place within the top third of teams at the Intelligent Ground Vehicle Competition in 2013.
Bumblebot is a bee-themed robot designed to buzz around at fast speeds. With simple controls, it is easy for young children to drive Bumblebot around and get excited about robots.
Tankbot was designed as an interactive robot for use at outreach events. Armed with a laser cannon, this robot shoots targets and other laser equipped robots. This robot can be easily controlled by anyone, young and old, to learn and get excited about robots
Atlas was a robot designed to eventually become a fully autonomous tour-guide for the Wisconsin Institute of Discovery(WID). Featuring mecanum wheels, Atlas is able to move in any direction without having to turn the robots' body. We demonstrated Atlas at most of our outreach events.
Turtlebot And Rocket (Retired)
Originally a roomba, Turtlebot was used as a testing platform for the AI team, allowing them to use an extremely simple robot to test functions such as pathfinding, object recognition, and collision detection. Turtlebot was also used at outreach events, as one of Wisconsin Robotics' drivable by the public' robots.
Rocket was used primarily for outreach because it's the perfect robot for the public to have fun seeing one up close while also being able to look at its inner workings, hopefully inspiring younger K-12 students to pursue a career in STEM. Made of a carbon fiber body and two belt driven wheels, Rocket is small and extremely speedy, yet safe for children to operate.