人形机器人的市场机会估计高达26万亿美元，在制造业和家用机器人领域各占一半。 在制造业领域，人形机器人一旦能够产出与人类相当的工作量，就能变得具有商业可行性。这在很大程度上得益于它们每周能够工作大约是人类四倍的时间。因此，即使一个机器人从事体力劳动的速度只有人类的四分之一，它仍然能够达到与人类相当的产出。如果这些机器人能够以购买、运营或订阅（其软件）的方式获得，并且其成本等于或低于一名人类员工的成本时，它们对企业来说就具有了经济意义。例如，如果一个工厂中的人形机器人，能以相同或更低的年成本完成与一名年薪10万美元的员工相同或更多的工作，那么对公司来说，这将是一项显而易见的有利投资，因为它直接有助于赚取更多的利润。 然而，在家庭中的普及则面临不同的挑战。尽管先进的人形机器人可以执行许多有用的任务，例如做饭、打扫卫生、倒垃圾和喂宠物，但家庭通常不像企业那样运作。家务劳动和家庭内部的劳务通常不获得经济报酬。这使得花10万美元购买一个机器人来节省家庭时间变得难以合理化，尤其是与一家公司进行相同投资以产生更多利润的情况相比。 因此，为了使人形机器人在家庭中具有经济可行性和意义，它们的成本将需要大幅下降。尽管预计其终将在家庭中普及，但按照自然发展规律，商业（制造业）应用将先行，家用机器人则会在成本变得更加可负担之后才随之普及。

The opportunity for humanoid robots is estimated at a massive $26 trillion, split evenly between manufacturing and home robotics. In the manufacturing sector, humanoid robots become viable once they can output a comparable amount of work to a human. This is significantly aided by their ability to work approximately four times as many hours per week. Consequently, even if a robot performs manual labor at only a quarter of a human's speed, it can still achieve parity with human output. If these robots can be purchased, operated, or subscribed to (for their software) at a cost equal to or below that of a human employee, they become economically sensible for businesses. For example, if a humanoid robot can perform the same or more work than an employee paid $100,000 annually in a factory, for the same or less cost per year, it becomes a "no-brainer" investment for the company, as it directly contributes to making more money. However, the adoption in homes presents a different challenge. While an advanced humanoid robot could perform numerous useful tasks like cooking dinner, cleaning, taking out trash, and feeding pets, homes are not typically run like businesses. Household chores and labor within the home are generally not compensated. This makes it difficult to justify a $100,000 expenditure on a robot to save time at home, especially when compared to a company making the same investment to generate more profit. Therefore, for humanoid robots to be financially viable and make sense in homes, their cost will need to decrease meaningfully. While it's anticipated that home adoption "will happen," the natural progression dictates that commercial (manufacturing) applications will come first, with home robotics following later once costs become more accessible.