Tesla recently presented a look at its new Optimus humanoid robot during the AI Day event where it is shown taking steps up a stage. Now, the company showcases a new look at the robot that is seen lifting up a 1,000-point grand piano off of the ground.
An actuator is a machine that functions by converting energy signals into motion and in the Optimus' design, it transforms into a pulley connected to the top of the instrument whilst a man is reaching for the pedals and the piano rises higher and away. The Optimus robot has 28 actuators once it is ready and functions with the same battery used in Tesla's other electric vehicles as well.
Actuator Energy Humanoid Robots
Tesla's Robot Optimus is Shown Carrying a Piano
Trend Themes
1. Flexible Actuator Technology - The development of flexible actuators can lead to more versatile humanoid robots that can perform a wider range of tasks beyond lifting and carrying heavy objects.
2. Humanoid Robots in Entertainment - The use of humanoid robots in live performances and events can provide a unique and futuristic experience for audiences.
3. Integration of AI and Robotics - The integration of artificial intelligence and robotics can result in more efficient and effective robotic systems with enhanced capabilities.
Industry Implications
1. Robotics - The robotics industry can benefit from the development of more efficient and versatile actuators for use in various types of robots.
2. Entertainment - The entertainment industry can explore the use of humanoid robots for live performances and events.
3. Automotive - The automotive industry can leverage their expertise in battery technology to develop more efficient and powerful batteries used in humanoid robots.