Boston Dynamics' Atlas Robot Achieves Wheel Backflip Milestone

Humanoid robot's latest feat showcases advancements in mobility, balance, and real-time control.

Published on Feb. 8, 2026

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Boston Dynamics' Atlas robot has achieved a remarkable milestone by successfully performing a wheel backflip, demonstrating significant progress in dynamic humanoid robot control, balance, and overall mobility. This feat highlights key technological advancements in areas such as real-time control, hydraulic power and efficiency, advanced perception and planning, and whole-body coordination, paving the way for a wide range of practical applications in industries like construction, logistics, search and rescue, and more.

Why it matters

The wheel backflip showcases Boston Dynamics' continued leadership in pushing the boundaries of humanoid robotics, with implications for future automation, assistance, and exploration in challenging environments. This achievement represents a meaningful leap forward in the company's long-term vision of creating versatile, adaptable robots that can operate seamlessly in the real world.

The details

To execute the wheel backflip, the Atlas robot must react to its own movements in real-time, maintain balance, and coordinate the precise movements of all its joints. This feat is made possible by advancements in the robot's fully-electric powertrain, which provides increased efficiency and reduced maintenance compared to previous hydraulic systems. Additionally, Atlas relies on a complex suite of sensors and advanced algorithms to perceive its environment, plan its trajectory, and adjust for unexpected disturbances.

  • In 2013, the first iteration of the Atlas robot was unveiled, showcasing basic walking and balance capabilities.
  • By 2015, Atlas demonstrated the ability to navigate rough terrain and recover from being pushed, marking a significant step towards autonomous operation.
  • In 2017, parkour skills were added to Atlas's repertoire, including running, jumping, and vaulting over obstacles.
  • In 2019, Atlas began performing more complex choreographed movements, demonstrating improved agility and coordination.
  • In 2022, Boston Dynamics announced the next-generation Atlas, designed for real-world applications and featuring a thinner profile and increased strength.

The players

Boston Dynamics

An American engineering and robotics design company that has been at the forefront of developing advanced humanoid robots, including the Atlas model.

Hyundai Motor Group

A South Korean multinational automotive manufacturer that acquired a controlling stake in Boston Dynamics in 2020, aiming to leverage the company's robotics expertise in the development of future mobility solutions.

DHL

A German logistics company that has partnered with Boston Dynamics to test the Spot robot in warehouse environments, automating routine tasks and improving efficiency.

U.S. Department of Defense

The federal department responsible for coordinating and supervising all agencies and functions of the government relating to national security and the United States Armed Forces, which has contracts with Boston Dynamics to develop robots for various military applications.

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What’s next

As Boston Dynamics continues to push the boundaries of humanoid robotics, future research and development will likely focus on improving autonomy, enhancing dexterity, reducing costs, and integrating advanced AI algorithms to enable robots to learn, adapt, and solve problems more effectively.

The takeaway

The wheel backflip achieved by Boston Dynamics' Atlas robot represents a significant milestone in the evolution of humanoid robotics, showcasing the company's ability to create versatile, adaptable machines that can operate in the real world and paving the way for a wide range of practical applications that could improve our lives, enhance our capabilities, and address some of the world's most pressing challenges.