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If there is one thing robotics founders and investors agree on, it\u2019s that the \u201cChatGPT moment\u201d where a general-purpose robot can seamlessly adapt to any environment has not arrived. Opinions vary on whether the breakthrough is just around the corner or a decade away.<\/p>\n
Feather Robotics<\/a>, a humanoid startup founded last year, is developing a robot for either timeline. Unlike Tesla or Figure, which are tackling the lofty mission of building both the body and a foundational \u201cbrain\u201d that isn\u2019t yet widely deployed, Feather provides the hardware and software toolkit for developers to tackle real-world tasks now.<\/p>\n \u201cYou can\u2019t buy a Tesla robot today and develop on top of it,\u201d Feather co-founder Hoa Mai told TechCrunch. \u201cWe realized that this is not how most companies became successful. Hardware players like Nvidia or Apple started with a product that worked and was deployable, and then they added complexity over time.\u201d<\/p>\n In 2025, after his previous humanoid startup was sold to 1X, Mai (pictured above, left) teamed up with Parsa Bakhtiari (pictured above, right), a former Tesla Model 3 engineer who at one point reported directly to Elon Musk, to build what the duo hopes will become the Android of robotics.<\/p>\n That vision was attractive to Gradient Ventures, which backed Feather at its inception, leading the startup\u2019s previously announced $7.6 million pre-seed round.<\/p>\n Since then, Feather has rolled out a modular robotic system that allows developers to customize the hardware for different use cases, such as adjusting arm lengths. The startup has already begun selling to customers, surpassing $1 million in revenue.<\/p>\n Although Feather is not disclosing its customers, it said that its robots are working as cooks in restaurants and cleaning up science labs. On the software side, the hardware can run models from any leading robotics AI provider, including Nvidia, Skild, or Physical Intelligence.<\/p>\n \u201cWe\u2019ve been selling small quantities of these robots, and now that we resolved like almost all the issues over the last year of field testing, we\u2019re getting ready for a big product launch,\u201d Mai said.<\/p>\n According to Darian Shirazi, general partner at Gradient, Feather doesn\u2019t have direct competitors in the U.S. He breaks down the current hardware robotics landscape into three categories: startups like Sunday building domestic household robots, heavyweights like Figure and Tesla aiming for general-purpose machines, and Feather, which, he believes, is the only U.S. startup developing a modular humanoid platform.<\/p>\n Mai admits that Feather took a page from Chinese robotics companies like Unitree.<\/a> But with new foreign-made models restricted from entering the U.S. market, Feather is now uniquely positioned as a homegrown option of its kind.<\/p>\n Feather\u2019s other advantage is its price. The robot costs $30,000, which is about half the price Unitree\u2019s H2 Edu.<\/p>\n Shirazi believes the market size at that price could be very large. \u201cYou would hire a laborer for $50,000 to $60,000 a year, you\u2019d have to train [them]. They\u2019d have to have HR. They\u2019d have to have all these different support mechanisms,\u201d he said. \u201cYou can now buy a Feather robot to do that.\u201d<\/p>\n Feather is also operating extremely efficiently, having spent only a fraction of its pre-seed funding, according to Shirazi.<\/p>\n The startup\u2019s big bet, of course, is that the value in robotics will come from an ecosystem developed around the hardware.<\/p>\n \u201cIf we think about the market size today for physical AI companies, it\u2019s very small,\u201d Mai said. \u201cBut if you think about how many physical AI application companies will probably exist in five years, we expect it to be in the thousands.\u201d<\/p>\n Feather hopes to be the platform that powers all of them.<\/p>\n<\/div>\n When you purchase through links in our articles, we may earn a small commission<\/a>. This doesn\u2019t affect our editorial independence.<\/em><\/p>\n