Billionaire investor Mark Cuban said the current push for humanoid robots is likely to fail within five to 10 years.
Cuban made the comments during a full interview recorded live on the TBPN tech talk show hosted by John Coogan and Jordi Hays on March 19, 2026.
“I think everybody’s making this push for humanoid robots. I think they might have a five-year lifespan, and then they’ll fail miserably. Maybe 10,” Cuban said, referring to both the devices and the companies developing them.
He argued that many assume robots must be humanoid because people live in human-shaped environments. Cuban disagreed.
“I think there’s just no chance,” he said.
Cuban pointed to Amazon’s warehouses as evidence. The company has deployed more than one million robots across its operations network, most of them specialized systems such as Kiva-style mobile drives that shuttle entire shelving units rather than general-purpose humanoids.
Amazon has redesigned its warehouses with wider aisles and sensor-friendly layouts optimized for these robots, according to company descriptions.
Cuban said homes will likely follow a similar path.
“I think houses are gonna be redesigned completely so that whatever the optimal robot is … that’s where houses will go,” he said.
He suggested future home robots could take forms more like spiders or ants with the ability to carry and lift items. Pantries, refrigerators and washing machines could be placed in dedicated spaces behind garages, allowing more room for people, he said.
“The robots aren’t gonna be full form humanoids. They’re gonna be whatever the optimal shape is,” Cuban said. “You design the house to fit the robot, and you design the robot to fit the house.”
Mark Cuban isn't buying the humanoid hype. On the @tbpn podcast he predicted humanoid robots will "fail miserably" within 5-10 years. His logic? We won't build robots to fit our homes — we'll redesign homes to fit the robots. 🏠🤖
— Humanoids Daily (@humanoidsdaily) March 21, 2026
Several companies are developing humanoid robots. Tesla is advancing its Optimus project, with Gen 3 in final stages and initial production planned for summer 2026, according to Chief Executive Elon Musk.
Figure AI is working on models aimed at household tasks such as laundry and dishwashing.
Agility Robotics has its Digit robot in commercial trials. In February 2026, Toyota Motor Manufacturing Canada signed an agreement to deploy seven Agility Digit humanoid robots in its Woodstock, Ontario factory following a successful pilot, according to the companies.
Market researchers project growth in the humanoid sector. ABI Research forecasts the humanoid robot market will reach $6.5 billion by 2030.
The International Federation of Robotics said in its 2026 trends report that humanoids are being tested for industrial use in human-designed environments.
Some robotics experts and analysts argue that specialized robots often achieve greater speed, precision, cost efficiency and reliability for specific tasks compared with general-purpose humanoids, which can face higher complexity, energy use and dexterity challenges in unstructured environments.
Proponents of humanoids, including Musk and Figure AI Chief Executive Brett Adcock, have expressed confidence in humanoids as versatile platforms that can use existing human infrastructure without massive retrofits.
Discussions about “robot-ready” homes have emerged in recent years. Some new construction projects now include wider doorways and hallways, typically 36 to 48 inches, rounded corners and dedicated spaces for robotic systems, according to futurist analyses from 2025.
This approach echoes historical factory and warehouse automation, where environments were modified around conveyors, assembly lines and robots for greater efficiency, according to industry accounts.
An IEEE Spectrum article from 2011 argued that simple home tweaks, such as patterned dishes for robot vision or clutter-free zones, could accelerate adoption of home robots faster than perfecting humanoid designs.
Cuban’s comments reflect an ongoing industry debate about whether general-purpose humanoids or task-specific machines paired with environmental redesign will prove more practical and economical over time.
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