The Robotics and Mechanisms Laboratory (RoMeLa) at the University of California Los Angeles (UCLA) has developed a robot that can play football. Named ARTEMIS, or Advanced Robotic Technology for Enhanced Mobility and Improved Stability, this robot has the potential to be used in various applications such as firefighting and disaster relief.
ARTEMIS was developed using custom-designed actuators that mimic biological muscles by being springy and force-controlled. This is in contrast to the typical rigid, position-controlled actuators used in most robots. Moreover, ARTEMIS’ electrically driven actuators are more efficient and environmentally friendly than hydraulic systems that are prone to fluid leaks.
ARTEMIS can maintain its balance against heavy kicks and shoves, withstand objects being thrown at it and is capable of running. These capabilities make it suitable for use in disaster relief and firefighting applications. Being able to play football is essential to develop robots for crucial tasks like saving lives, according to Dennis Hong, professor of mechanical and aerospace engineering and RoMeLa director.
ARTEMIS’ football-playing capabilities will be revealed at RoboCup in Bordeaux, France, in July, although it may not make an appearance at the FIFA World Cup. This robot stands at 4 feet, 8 inches tall and weighs 85 pounds, making it a first-of-its-kind robot developed by UCLA mechanical engineers.
The custom-designed actuators used in ARTEMIS make it unique compared to other robots. By imitating biological muscles, ARTEMIS can perform a range of movements that are not possible with traditional robots. The electrically driven actuators also make ARTEMIS more efficient and environmentally friendly.
The development of ARTEMIS is a significant step forward in robot technology, and Justin Quan, a student at RoMeLa, finds it rewarding to witness such advancements in robot technology. ARTEMIS’ capabilities have the potential to save lives, and its use in disaster relief and firefighting can make a significant difference in emergency situations.
In conclusion, the development of ARTEMIS is a groundbreaking achievement in the field of robotics. Its ability to play football makes it suitable for various applications, and its custom-designed actuators make it unique and efficient. The potential for ARTEMIS to be used in disaster relief and firefighting applications highlights the importance of robotics in improving people’s lives. The reveal of ARTEMIS’ full football capabilities at RoboCup in Bordeaux, France, in July is eagerly anticipated and is a testament to the hard work of the engineers at RoMeLa.
