Tesla has showcased the increasing flexibility of its Optimus humanoid robot. Check out its newest dance moves.

Optimus, Tesla's humanoid robot, can dance like a human, a new video shared by CEO Elon Musk shows. The viral clip, posted on ...

The field of humanoid robotics is advancing rapidly ... Leading the pack is Tesla’s Optimus Gen 2, a robot showcased serving drinks at the company’s October 2024 event. Though humans controlled its ...

The global robotics industry is experiencing ... computing power specifically designed for humanoid applications. Already empowering Tesla's Optimus bot and autonomous robotaxi service, NVIDIA's ...

Moreover, as we shift from standard gen 1 (gut based ... desperately with Optimus to use any existing motors, any actuators, sensors, nothing worked for a humanoid robot at any price.

The robot further seeks to optimize ergonomics. It is designed to lower in-workplace accidents, which is a huge challenge in logistics-laden environments. In capability, Vulcan is the opposite of ...

In a sprawling warehouse in a Shanghai suburb, dozens of humanoid robots are manoeuvred by their operators to carry out tasks ...

Tesla has shared a video of the progress of its Optimus humanoid robot, but it still looks like it is catching up to the competition. CEO Elon Musk has been telling shareholders that Optimus is a ...

Elon Musk shared a post on his X account showing Tesla’s Optimus humanoid robot throwing new dance moves. The short clip ...

Welcome to 2025, where China’s humanoid robots are no longer just futuristic concepts but tangible, innovative innovations. With the nation’s relentless push in robotics and artificial ...

Contrast this with a humanoid robot such as Tesla’s Optimus, which might be tasked with fetching items in a warehouse. Consider what happens if Tesla reaches the holy grail of humanoid robotics: being ...

A team of scientists at the University of California Berkeley (UC Berkeley) has developed a humanoid robot that is constructed from standard electronic parts and whose structural parts can be ...