Figure Robots Reach New Milestones in Autonomous Capabilities

Humanoid robots from Figure are now capable of over 67 hours of continuous, unsupervised work in home and commercial settings.

Mar. 15, 2026 at 1:08pm

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Robotics company Figure has made major advancements in their humanoid robot technology, with their latest models now able to perform a wide range of tasks autonomously for extended periods of time. The company has replaced hundreds of thousands of lines of traditional code with neural networks that allow the robots to learn and generalize skills, rather than being programmed for specific actions. Figure is now planning to scale up manufacturing to meet growing demand from both commercial and residential customers.

Why it matters

Figure's progress represents a significant milestone in the development of truly general-purpose robotics that can adapt to diverse environments and tasks. This could lead to a dramatic shift in the economy and society as humanoid robots become ubiquitous in homes, factories, and beyond, automating a wide range of labor-intensive activities.

The details

Figure's latest robot model, Helix 2, is powered by a single neural network that controls the entire body, allowing for fluid, real-time coordination of movement and response to unexpected situations. This is a major departure from the traditional approach of writing extensive code for each specific task. Figure has also vertically integrated their manufacturing, designing custom components to enable rapid iteration and scaling. The company is planning to use their own robots to build more robots, creating an exponential manufacturing curve.

  • Figure's robots are currently capable of 67 consecutive hours of autonomous work with only one error.
  • Figure plans to begin alpha testing their robots in homes in 2026, with scaled pilots in 2027-2028 and mass production by 2028-2029.

The players

Figure

A robotics company developing advanced humanoid robots capable of autonomous, general-purpose work.

Brett Adcock

Co-founder of Figure, who previously founded the eVTOL company Archer.

David Blundin

Co-founder of Figure, working alongside Adcock to develop the company's robotics technology.

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What they’re saying

“If you can teleoperate the robot to do a task, you can train the neural net to learn it.”

— Brett Adcock, Co-founder, Figure (Metatrends)

“Every improvement Figure makes to the robot's dexterity, speed, and reliability makes it better at building the next generation of robots.”

— Peter H. Diamandis (Metatrends)

What’s next

Figure plans to continue scaling up their manufacturing capabilities to meet growing demand, with the goal of deploying their robots in homes by 2026 and achieving mass production by 2028-2029.

The takeaway

Figure's advancements in humanoid robotics represent a major step towards a future where general-purpose robots can automate a wide range of tasks, potentially leading to a dramatic transformation of the economy and society as labor-intensive activities become increasingly automated.