Figure's Helix Now Has a Dataset for Folding Laundry Fully Autonomously
Laura McQuarrie — August 15, 2025 — Tech
References: figure.ai & digitaltrends
AI is now into everything from smartphones to smart homes, yet many still feel its impact is missing from real-life tasks like everyday chores—but Figure's Helix is the first humanoid robot with multi-fingered hands that fold laundry fully autonomously.
In a logistics setting, the Vision Language Action model recently demonstrated an hour of fully autonomous package reorientation. Then, the same model from the AI robotics company was directly applied to folding laundry. “Folding laundry sounds mundane for a person, but this is one of the most challenging dexterous manipulation tasks for a humanoid robot,” Figure explained, “Towels are deformable, constantly changing shape, bending unpredictably, and prone to wrinkling or tangling. There’s no fixed geometry to memorize, and no single ‘correct’ grasp point." This laundry-folding humanoid was made possible with an end-to-end neural network and coordinated finger controls that adapt as needed in real-time to trace, pinch, and smooth surfaces.
In a logistics setting, the Vision Language Action model recently demonstrated an hour of fully autonomous package reorientation. Then, the same model from the AI robotics company was directly applied to folding laundry. “Folding laundry sounds mundane for a person, but this is one of the most challenging dexterous manipulation tasks for a humanoid robot,” Figure explained, “Towels are deformable, constantly changing shape, bending unpredictably, and prone to wrinkling or tangling. There’s no fixed geometry to memorize, and no single ‘correct’ grasp point." This laundry-folding humanoid was made possible with an end-to-end neural network and coordinated finger controls that adapt as needed in real-time to trace, pinch, and smooth surfaces.
Trend Themes
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Autonomous Task-oriented Robotics — Robots like Figure's Helix are being programmed to autonomously perform specific, everyday tasks that require dexterity, reflecting advancements in AI-driven functionality.
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AI-based Dexterous Manipulation — The capability of robots to manage deformable objects such as laundry illustrates significant progress in AI's ability to tackle complex, unstructured environments.
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Real-time Adaptive Neural Networks — Adaptive neural networks facilitating real-time decision-making in robotics mark a leap in AI’s ability to handle real-world variability.
Industry Implications
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Home Robotics — The development of household robots that can autonomously complete chores like folding laundry signifies a burgeoning market within smart home technologies.
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Logistics Automation — Advancements in AI models capable of autonomously reorienting packages suggest a significant shift towards greater automation in supply chain operations.
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Textile and Apparel Technology — Innovations in robotic handling of textile materials can transform manufacturing and maintenance processes in the apparel industry.
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