According to Bank of America, the robot revolution will be fueled not by science fiction, but by demographic shifts.
In a comprehensive research note, BofA Global Research forecasts the global population of humanoid robots will hit 3 billion units by 2060, exceeding the world’s approximately 1.5 billion cars on a per-person basis. The bank estimates that by then, 62% of all humanoid robots, equating to about 2 billion units, will be operating within private residences. This is a remarkable figure for a product category that currently has almost no market presence, but BofA cites an unavoidable economic reality of the 21st century as a key driver: a looming shortage of workers.
The workforce problem robots are built to solve
The shift to robots will be motivated by necessity, not just innovation. BofA analysts Lynelle Huskey and Vanessa Cook pinpointed aging workforces, chronic labor shortages, rising wages, and high staff turnover as the fundamental factors making humanoid labor an economically viable option. They emphasize that this will hold true even before humanoids achieve full human-level capability.
The essential requirement is not for a flawless robot, but for one that is reliable, does not resign, and is less expensive than the human workers who are unavailable.
This pressure is being felt worldwide. In nations like Japan, Germany, and South Korea, declining working-age populations have been putting pressure on manufacturing and service sectors for years. In the United States, wage increases in logistics, warehousing, and elder care have risen faster than general inflation. At the Humanoids Summit in December 2025, a gathering of over 2,000 executives, engineers, and investors reached a straightforward consensus: “The question is really just how long it will take.” BofA is now attaching a specific timeline to that question.
From factories to living rooms
Humanoids will first see extensive use in industrial settings like loading docks and assembly lines before becoming common in homes. Data from Counterpoint Research referenced in the BofA report indicates that by 2027, 72% of all humanoid robot installations will be in warehousing and logistics (33%), automotive (24%), and manufacturing (15%). Retail and service uses make up only 12%. The era of the domestic humanoid is projected for the 2040s, whereas the robot unloading delivery trucks is anticipated by 2027.
This industry-first trend is already evident in current business agreements. UPS is engaged in active discussions with Figure AI to implement humanoids throughout its logistics system. Tesla’s Optimus robot is already working for pay within Tesla’s Gigafactories, with CEO Elon Musk aiming for public sales by the end of 2027—though he has cautioned the launch will be “agonizingly slow.” At the Brainstorm AI conference in December, Arm CEO Rene Haas forecast that physical AI would automate “large sections” of factory work within five to ten years, noting that general-purpose humanoids can adapt to different tasks dynamically, unlike traditional industrial machines.
$4.3 billion and accelerating
Investment trends reveal a sector that has firmly moved from a research phase to a competitive race. BofA calculated that funding for humanoid robotics jumped from $0.7 billion in 2018 to $4.3 billion in 2025—a six-fold rise in seven years. As of January 2026, the bank identified over 50 companies actively developing humanoids, with 150 commercial product launches already documented. BofA forecasts that annual shipments will increase from 90,000 units in 2026 to 1.2 million by 2030, representing an 86% compound annual growth rate—a faster climb than the early electric vehicle market.
Falling costs are propelling this rapid growth. The bill-of-materials cost for a humanoid robot made in China was $35,000 in 2025; BofA predicts this will drop below $17,000 by 2030. Western-built robots in the pilot stage currently cost between $90,000 and $100,000 per unit to produce, indicating significant potential for future cost reduction. Norwegian startup 1X already offers a household-ready humanoid for rent at $499 per month, and Unitree’s G1 model sells for $13,500—price points that are pressuring Western rivals to speed up their own plans for cost reduction.
The Skeptics Aren’t Wrong — Just Outvoted by the Math
Naturally, the robot revolution has its detractors. In September, MIT roboticist and iRobot co-founder Rodney Brooks called Musk’s vision for home robots “pure fantasy thinking,” suggesting that successful robots will be wheeled and non-humanoid. Last month, Wharton’s Peter Cappelli cautioned that fears of widespread job loss due to robots are premature. Additionally, researchers in Silicon Valley tend to be more conservative about adoption timelines compared to their Chinese peers, where government support and manufacturing capacity are accelerating implementation.
These criticisms do not negate a 35-year forecast. However, they highlight a point BofA itself concedes: the journey from a $35,000 factory robot today to a world with 3 billion units involves navigating a series of technological, regulatory, and economic obstacles that no prediction can entirely account for. The bank’s core argument, which is corroborated by founders and field experts, is that the demographic imperative is undeniable, investment is secured, and costs are already declining. The transition from cars to robots could become the most significant consumer technology narrative of the next thirty years. Bank of America is merely the first to assign a specific year to this shift.
For this story, journalists used generative AI as a research tool. An editor verified the accuracy of the information before publishing.