Humanoid Robot Prices Diverge Sharply as Industrial Robot Orders Hit Record Highs
Claire Weston
Unitree Robotics' average humanoid price fell 72% in two years to ¥166,400, with some models listed below ¥10,000; meanwhile Japan's industrial robot orders surged over 40% year-on-year in Q1, pushing the full-year forecast to a record ¥1.22 trillion — same industry, two tracks running on opposite pricing logic.
Humanoid prices are crashing — but which segment?
Unitree's average price dropped from ¥593,400 in 2023 to ¥166,400 in 2025, a 72% decline; some products are listed on JD.com at just ¥9,900 (roughly $1,462).
This means → the collapse is concentrated at the consumer end — entertainment and companion robots face the fiercest competition, and companies are trading price for volume.
In plain terms = the steepest cuts hit the lowest-tech entertainment products, not high-end research robots. A sub-¥10,000 unit can only run pre-programmed routines — it is still far from a general-purpose humanoid.
Who is buying cheap humanoids — and what can they do?
Unitree's customers are still mainly academic institutions and government agencies; most units require further development after delivery, and commercial penetration remains limited.
Sub-¥10,000 products serve niche uses such as stage performances. Chinese brands dominate this segment, and price competition is the primary lever.
This reflects an awkward reality: prices fell, but capability did not keep pace — for now, buyers can have cheap or capable, not both.
Why are industrial robot prices heading the other way?
Japan Robot Association (JARA) data: Q1 2026 industrial robot orders rose over 40% year-on-year; the full-year forecast was raised to ¥1.22 trillion (about $7.5 billion), a record high.
This means → global manufacturers are accelerating automation. Demand is strong enough that some upstream drive-component suppliers have already started raising prices, pushing cost pressure downstream to assemblers.
In plain terms = industrial robots face far higher bars for torque control, precision, reliability, and service life than consumer products. Those technical barriers — core capabilities competitors cannot replicate quickly — protect pricing power. The harder something is to build, the harder it is to undercut.
Chinese industrial robot firms entering the humanoid space — which path?
When Chinese industrial robot companies move into humanoids, they tend to target existing industrial applications, not the consumer end.
Some critical drive components are still sourced from Japanese suppliers, whose advantages lie in precision, torque performance, and supply stability.
This means → industrial-grade humanoids are largely shielded from the consumer price war by their high technical bar, but they remain dependent on the Japanese supply chain.
Will the two tracks merge — or keep diverging?
An industry consensus is forming: the consumer track runs on volume-for-price, scale-for-cost; the industrial track runs on technical barriers sustaining premium pricing — two lines evolving into distinctly different product categories and business models.
The real proof point: whether industrial humanoids can match the precision and reliability needed to replace conventional industrial robots.
In plain terms = if industrial humanoids cannot meet that precision threshold, they will coexist with conventional industrial robots long-term rather than replace them — looking human-shaped is not the same as doing a human's job.
Content is for reference only, not financial advice.