Humanoid robots are moving from labs to real-world applications
Boston Dynamics' Atlas robot recently completed a 10-kilometer outdoor test, moving across uneven terrain and carrying loads.
"The demonstration had a purpose beyond spectacle," said Boston Dynamics CEO Marc Raibert. "The goal is to build robots that can work alongside humans in everyday environments."
The robotics industry is experiencing unprecedented investment activity. According to J.P. Morgan Private Bank Asia, humanoid robot sales are projected to reach $300 billion by 2035, up from approximately $2 billion in 2025. That marks a 150-fold increase over the decade. The next five years will decide whether humanoids become standard equipment or remain expensive prototypes.
Humanoid startups have already drawn hundreds of millions from major backers. Figure AI raised $675 million in its latest round, backed by Nvidia, Microsoft, and OpenAI. Tesla's Optimus project continues its own development track under Elon Musk's leadership.
Market projections show massive expansion
Barclays analysts estimate the global humanoid market will reach $35 billion under its base case by 2035, with a high-case scenario of $200 billion. Morgan Stanley's projections align with those figures, indicating strong investor confidence in the sector's long-term viability.
China is moving just as fast. Chinese firms XPENG Robotics, AI² Robotics, Galbot, and TARS rank among the top physical AI startups by fundraising worldwide. Their progress shows the humanoid race extends well beyond the United States. Meanwhile, South Korean conglomerates are investing heavily in humanoid service robots for eldercare, aiming to capture a share of the aging-population market. This geographic spread means multiple players will fight for dominance across different verticals.
Investment flows intensify
The past year saw $12.7 billion in total robotics funding, with humanoid startups receiving 45% of all capital. Companies like Figure AI, 1X Technologies, and Tesla's Optimus project have secured over $1 billion each in recent financing rounds.
Funding is no longer limited to early-stage rounds. Several humanoid companies secured Series C and later financing this year, suggesting institutional capital is entering the market alongside venture firms. Pension funds and sovereign wealth vehicles are beginning to allocate small but growing slices of their portfolios toward physical AI companies, a trend that could accelerate if early deployments prove reliable.
Why investors keep pouring money into humanoid robots
Venture funding reached $6.1 billion in the first half of 2025, according to industry data. That figure marks the second quarter in a row above $6 billion, a level not seen since 2022. SoftBank's $2.5 billion injection into Figure AI stands out among the largest single rounds. Other backers include Samsung's venture arm, Hyundai's autonomous division, and a consortium of European industrial firms eager to secure domestic leadership.
Real-world applications emerge
Industrial facilities are testing humanoid robots for complex tasks. Automotive manufacturers report robots completing assembly line inspections with 99.8% accuracy. Healthcare providers are piloting robots for patient monitoring and basic care tasks in senior living facilities. Logistics hubs are deploying humanoids to sort packages and navigate warehouse aisles without human supervision.
"The technology has matured beyond theoretical demonstrations," noted Dr. Daniela Rus, MIT robotics professor. "We're now seeing practical applications that solve real business problems, particularly in logistics and manufacturing."
Several Fortune 500 logistics companies have moved past the pilot stage. One automotive supplier reported its humanoid robot handling pick-and-pack tasks for 11 hours straight, clearing 84% of assigned tasks without human help. Another firm in Germany announced a partnership with a major e-commerce player to run last-mile delivery bots in urban centers. These deployments are not publicity stunts; they generate measurable cost savings on the factory floor.
Challenges remain
Despite the optimism, several hurdles exist. Battery technology limits operational duration, with most humanoid robots functioning for only 2-4 hours per charge. Cost remains prohibitive at $200,000 to $500,000 per unit for commercial models. Analysts expect battery density to improve within two years, but regulatory approval adds another layer of delay. Companies cannot deploy humanoids freely until safety standards catch up with the hardware.
Workforce displacement concerns also require careful management as adoption increases. Unions and labor advocates have begun asking for retraining programs, and some governments are debating tax incentives for firms that keep human workers in hybrid roles alongside robots. This tension will grow as deployment accelerates.
Industry leaders predict near-term transformation
"We're at a tipping point," stated Masayoshi Son, SoftBank Group CEO, during a recent robotics conference. "The next 5 years will determine whether humanoid robots become standard equipment or remain niche tools. The investment patterns suggest the former."
Timeline for mass adoption
Analysts predict widespread commercial deployment will begin around 2027 to 2028, with initial applications in warehousing and last-mile delivery. Consumer adoption is expected to accelerate after 2030 as costs decrease and capabilities improve.
Production ramp-up will take time. Figure AI and Tesla both target initial fleet deployments in 2026 and 2027, but volume production remains years away. Competitors will face the same timeline pressure. Cost curves still favor large firms. A humanoid robot priced at half a million dollars fits only the biggest automotive and logistics operators today.
The robotics field is no longer speculative. It's actively reshaping industries and creating new economic opportunities. As the market approaches maturity, companies that invest strategically in humanoid technology now will likely capture a large market share in the coming decade.
Developments to watch in humanoid robotics
- Figure AI's partnership with Amazon for warehouse automation
- Tesla's Optimus progress toward production readiness
- New regulatory frameworks in EU and US
- Battery technology breakthroughs expected in 2026
- Major automotive manufacturers integrating robots into assembly lines
Regulatory pressure also shapes the drone sector. The Federal Aviation Administration has proposed rules for beyond visual line of sight operations, and the European Union has advanced its U-space framework for drone traffic management.
What comes next
Figure AI's warehouse robots could hit commercial volume by late 2026. If the hardware keeps dropping, expect humanoid units to enter US logistics centers before the end of the decade. The FAA's beyond-visual-line-of-sight rules remain under review. Until those rules take effect, drone operators must keep aircraft within sight, limiting route efficiency and expanding the viable delivery radius. This regulatory lag could slow the drone side of the market even as ground-based humanoids scale.
Robotics: The next big frontier in AI takes a closer look at the investment case. Read more from our Robotics and drones desk coverage.