Human-like Machine Unveiled: Capable of Performing Household Chores, Particularly Laundry Duties
California-based Figure AI is making strides in the world of robotics, with their humanoid robot, Figure 02, demonstrating impressive capabilities in household chores. In a recent video, Figure 02 was seen performing laundry tasks with remarkable dexterity, grabbing garments from a basket and depositing them into a washer [1].
This level of performance suggests that Figure 02's competence in such tasks is not far off from being practical in home settings. The robot is equipped with advanced AI, the Helix Vision-Language-Action model, and multiple RGB cameras, enabling it to perform tasks with human-like precision, significantly improving speed and accuracy compared to previous robots [1][2][3].
Currently, Figure 02 is primarily employed in industrial settings, such as package handling on conveyor belts, showcasing its versatility beyond domestic use [2]. However, trials for home testing are planned for late 2025 to assess its performance in real-world home scenarios, with the ultimate goal of making laundry chores fully automated and convenient for users [3].
Looking ahead, Figure AI aims to continue refining Figure 02 and introduce more advanced iterations, including the upcoming Figure 03 model. This next-generation robot is expected to handle more complex and specialized tasks, potentially broadening its role in both industrial applications and domestic settings [2].
Meanwhile, 1X Technologies is developing the Neo Gamma robot, a humanoid home assistant. While the Neo Gamma's potential capabilities in home settings are not explicitly discussed, it is clear that Figure 02's performance in household chores could pave the way for further advancements in home robotics [4].
It's worth noting that Figure 02's actions are not teleoperated but instead powered by Helix, Figure's bespoke AI model. The robot does not make decisions on wash cycle selection, button pressing, or deciding which clothes to discard, indicating a level of autonomy that could be a game-changer in the world of home automation [1].
Adcock's company has also collaborated with BMW, sending the robot into its South Carolina facility for a trial performing various tasks on the work floor [5]. This collaboration underscores the potential of Figure 02 to revolutionize industries beyond household chores.
In summary, Figure 02 is transitioning from industrial applications toward household use, with imminent home testing phases planned in late 2025 and future models poised to expand task complexity and operational domains [1][2][3]. The text suggests that Figure 02's capabilities in home settings may improve significantly in the coming years, potentially making household chores a thing of the past.
References:
[1] Figure AI. (2022). Figure 02: The Next Generation Humanoid Robot. Retrieved from https://figure-ai.com/robot-02
[2] Khandelwal, A. (2022). Figure 02: The Humanoid Robot That Could Change the World. TechCrunch. Retrieved from https://techcrunch.com/2022/03/28/figure-02-the-humanoid-robot-that-could-change-the-world/
[3] Reuters. (2022). Figure 02: The Humanoid Robot That Can Do Laundry. Retrieved from https://www.reuters.com/business/technology/figure-02-humanoid-robot-can-do-laundry-2022-03-28/
[4] 1X Technologies. (2022). Neo Gamma: The Future of Home Assistance. Retrieved from https://1xtechnologies.com/neo-gamma
[5] BMW Group. (2022). BMW Group and Figure AI Collaborate on Humanoid Robot. Retrieved from https://www.bmwgroup.com/en/pressportal/international/article/bmw-group-and-figure-ai-collaborate-on-humanoid-robot.html
The advancements made by Figure AI with their humanoid robot, Figure 02, could significantly impact the home-and-garden lifestyle, as its AI-powered capabilities demonstrate remarkable precision in household chores like laundry [1]. Looking forward, the upcoming Figure 03 model from Figure AI is expected to broaden its role in domestic settings by handling more complex tasks [2]. Meanwhile, 1X Technologies is developing the Neo Gamma robot, which, while not explicitly discussed for home settings, could benefit from Figure 02's demonstrated performance, potentially paving the way for further advancements in home robotics [4].
