Robot Athletes Got Game [Video]

From baseball to billiards, robots are improving their play, even competing in the RoboCup and RoboGames

Between bouts of eating this Thanksgiving weekend you might want to head outside and toss a football, shoot some hoops or kick a soccer ball around to get a little exercise. If the weather’s nasty (or if you live in Buffalo) perhaps Ping Pong or a game of pool will do.
 
Can’t get any people in your house off the couch? Ask a robot.
 
Of course “a robot that plays soccer” could mean anything from a little cube 15 centimeters high that pushes a tiny ball on a tabletop field, to supersize automatons. For holiday fun I’ve collected videos of humanoids as well as nonhuman-like contraptions that play a real game on a real surface—with a little latitude for “real.” Each video (below) follows a caption explaining it.
 
I’ve checked these out because simply searching the Web can be deceiving. For example, in March a video went viral that showed an industrial-like robot arm pushing a professional table tennis player to the limit in a fast-action series of incredibly skilled shots; it turned out to be a doctored marketing stunt for the KUKA Robot Group.
 
If you’re more interested in humanoid robots competing in Olympic-style events such as weightlifting and kung fu, check out the RoboGames. And if you know of other worthy robot athletes, post a note and link in the Comments section below. Let’s see how many we can find!
 
BASEBALL: It is sometimes said that the hardest task to master in sports is hitting a baseball. Researchers at Ishikawa Watanabe Laboratory in Japan have devised one robot that pitches and another that bats. Neither chews tobacco.


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PING-PONG, humanoid: Table tennis seems to attract robotics researchers. Here, two humanoid robots developed at Zhejiang University in China hold a long volley with one another.
PING-PONG, nonhumanoid: This contraption from Omron Automation Lab plays pretty well. As is often the case, if a bot does not have to look or move like a human, it can often perform better.
SOCCER: “Football,” or fútbol, is the planet’s most popular sport. Just like the World Cup there is a RoboCup for robotic soccer teams, complete with different classes by size of robot. The video below shows a match between the U.S. and Japan, with two-robot teams, in the “kid-size” category.
AIR HOCKEY: Huh? Air hockey isn’t a sport. Well, when you see this little, round tabletop bot, you’ll be impressed. Equally impressive is that its maker, Jose Julio of 3D Systems, created it with parts from a 3-D printer.
BILLIARDS: I know, it’s “pool,” and not necessarily viewed by some as a sport—but how many random balls on a table can you sink in a row? This robot built by Thomas Nierhoff at Technical University of Munich in Germany pockets five!
BADMINTON: Don’t think this sport is difficult? Try it. The robot from the Flanders Mechatronics Technology Center in Belgium can only move on a single track, back and forth across the court. A birdie—or shuttlecock—however, flies in varied trajectories, so just tracking and swatting it is an accomplishment.
BASKETBALL: Okay, this robot at the Carnegie Science Center in Pittsburgh is just a big arm that shoots free throws, but it seems to do that well.

Mark Fischetti has been a senior editor at Scientific American for 17 years and has covered sustainability issues, including climate, weather, environment, energy, food, water, biodiversity, population, and more. He assigns and edits feature articles, commentaries and news by journalists and scientists and also writes in those formats. He edits History, the magazine's department looking at science advances throughout time. He was founding managing editor of two spinoff magazines: Scientific American Mind and Scientific American Earth 3.0. His 2001 freelance article for the magazine, "Drowning New Orleans," predicted the widespread disaster that a storm like Hurricane Katrina would impose on the city. His video What Happens to Your Body after You Die?, has more than 12 million views on YouTube. Fischetti has written freelance articles for the New York Times, Sports Illustrated, Smithsonian, Technology Review, Fast Company, and many others. He co-authored the book Weaving the Web with Tim Berners-Lee, inventor of the World Wide Web, which tells the real story of how the Web was created. He also co-authored The New Killer Diseases with microbiologist Elinor Levy. Fischetti is a former managing editor of IEEE Spectrum Magazine and of Family Business Magazine. He has a physics degree and has twice served as the Attaway Fellow in Civic Culture at Centenary College of Louisiana, which awarded him an honorary doctorate. In 2021 he received the American Geophysical Union's Robert C. Cowen Award for Sustained Achievement in Science Journalism, which celebrates a career of outstanding reporting on the Earth and space sciences. He has appeared on NBC's Meet the Press, CNN, the History Channel, NPR News and many news radio stations. Follow Fischetti on X (formerly Twitter) @markfischetti

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