Here's the news post in Markdown format, based on the provided link:

Humanoid Robot Achieves Extended Operation With Solid-State Battery

A recent development in robotics has seen a humanoid robot successfully powered by a solid-state battery, enabling extended operational capabilities. This advancement potentially addresses a significant limitation in current robotic systems: battery life and performance.

Extended Endurance and Performance

The humanoid robot, named Figure 01, has demonstrated the ability to operate for a prolonged period thanks to the integration of a solid-state battery. This technology offers a higher energy density compared to traditional lithium-ion batteries, allowing for more operational time before requiring a recharge. The successful implementation suggests a pathway towards more autonomous and longer-duration missions for humanoid robots in various applications.

Technological Integration and Collaboration

The development involved a collaboration between Figure AI and battery manufacturer Murata. The solid-state battery technology from Murata was integrated into Figure 01, showcasing the potential for cross-industry innovation in robotics. This integration highlights the increasing importance of advanced battery solutions in driving the next generation of robotic capabilities.

In summary, the Figure 01 humanoid robot has undergone a significant upgrade with the adoption of a solid-state battery. This technological integration has resulted in enhanced operational endurance, marking a notable step forward in the field of humanoid robotics and its potential for extended functionality.