Atlas shrugs: Boston Dynamics announces the retirement of its hydraulic humanoid robot

Boston Dynamics’ decision to retire its humanoid robot, Atlas, may seem surprising given the current surge of interest and funding in the robotics industry. However, it’s likely a strategic move signaling the company’s shift towards new opportunities rather than an end to its humanoid robotics endeavors.

With Hyundai’s acquisition of Boston Dynamics in 2021 and the appointment of Robert Playter as CEO, the company has been increasingly focused on commercializing its technologies. This move aligns with the broader trend in the robotics industry, where companies are exploring commercial applications for their advancements.

Boston Dynamics has a long history of pioneering humanoid robotics, dating back to its collaboration with DARPA for Atlas’ development over a decade ago. While the retirement of Atlas may mark the end of an era, it’s indicative of Boston Dynamics’ forward-thinking approach as it seeks to explore new avenues for growth and innovation in the field of robotics.

Atlas has undoubtedly come a long way since its debut, evolving over the past decade with advancements in locomotion and other capabilities. However, as Boston Dynamics officially retires Atlas, it’s clear that certain aspects of the robot, such as its hydraulics, have become outdated compared to contemporary robotics standards.

Interestingly, just a few months ago, Boston Dynamics was still showcasing Atlas’ capabilities and even hinted at the possibility of commercializing the project. A video titled “Atlas Struts” highlighted the robot’s strength, perception, and mobility, suggesting its potential for real-world applications, particularly in industrial settings like car manufacturing.

With Hyundai’s ownership of Boston Dynamics, there’s speculation about the future role of humanoid robots like Atlas in various industries. While the retirement of Atlas marks the end of an era, it also raises questions about what’s next for Boston Dynamics and the field of humanoid robotics as a whole.