International Data Corporation (IDC) has released its latest global humanoid robot tracker. Shipments approached 25,000 units in the first half of 2026, up 432.1% year over year, while market value topped $740 million, a 322.7% increase. The industry is moving from technical validation toward early commercial deployment.

China is the engine behind this growth. Shipments in the Chinese market exceeded 19,000 units in the first half, up 426.3% year over year and about 77.9% of the global total. Chinese vendors accounted for more than 95% of worldwide shipments. Citing stronger supply capacity, wider use cases and an opening consumer market, IDC raised its 2030 global shipment forecast to more than 750,000 units, roughly 50% above its previous projection.

China's Two Drivers: Policy Push and Supply Chain Coordination

IDC attributes China's rapid growth in part to sustained policy support. Since the start of 2026, local governments, industrial parks and state-owned enterprises have stepped up backing for the humanoid robot sector, building innovation platforms, publishing target use cases and pushing procurement and deployment to move the technology from R&D into real-world applications.

The other factor is China's relatively complete humanoid robot supply chain and its active vendor ecosystem. Robot makers, component suppliers, AI model companies and systems integrators are working more closely together, driving continued iteration in core components, assembly and intelligence, while cutting costs and improving mass-production efficiency.

AGIBOT Ships More Than 8,600 Units, 35% of the Global Market

Among vendors, AGIBOT took the top spot in both volume delivery and commercial revenue. IDC data shows the company shipped more than 8,600 units in the first half, accounting for 35% of the global market and over 45% of the Chinese market, while sustaining tenfold growth off an already high base. It was the first to move from mass production into deployment across multiple industries, and is now in what IDC describes as a "large-scale shipment plus commercial deployment" phase.

Several other Chinese vendors also ranked among the global shipment leaders, with the top players moving quickly on product iteration, volume delivery and real-world deployment.

More Diverse Applications: Non-Demo Use Cases Gain Ground

As the market grows, use cases keep widening. The report shows that research and education, performance and display, and government data collection centers together made up 69% of shipments in the first half of 2026, down from 83.8% for all of 2025, with the balance shifting toward other applications.

In research and education, adoption is spreading from university labs to vocational colleges and AI curricula in primary and secondary schools. Performance and display applications slipped as a share of the total, while government data collection centers remain a major shipment channel. At the same time, humanoid robots are moving faster into industrial manufacturing (automotive, high-tech and electronics, other industrial manufacturing, aerospace), retail, transport and logistics, and leisure and tourism, as vendors and industrial customers press ahead with scenario validation and commercial trials. In industrial manufacturing, AGIBOT, UBTech and Galbot are among the most active.

Notably, the household consumer market is starting to see real shipments. Vendors are launching smaller, lower-cost humanoid robots sold through e-commerce and other channels, offering children's education and personal companionship features. With personal companion robots gaining momentum in the second half of 2026, consumer-grade products could extend the user base from enterprises and institutions to individual buyers.

2030 Forecast Raised About 50%, With Three Growth Tracks

Given those shifts, IDC has raised its long-term outlook, now expecting global humanoid robot shipments to exceed 750,000 units in 2030, about 50% above its earlier forecast.

IDC expects the global market to grow on three fronts over time: industrial applications, commercial services and consumer products. The sector should move from proving technical feasibility to demonstrating scaled deployment and commercial value, with adoption accelerating around 2030.

Shifting Competition: From Hardware Specs to Embodied Intelligence

The report argues that humanoid robots are entering a pivotal shift from competing on hardware to competing on overall embodied intelligence, which spans cognitive intelligence, locomotion, manipulation, interaction, data intelligence, AI engineering capability, AI ecosystem and AI deployment maturity.

As large models, world models, vision-language-action (VLA) models and robotic data feedback loops advance quickly, the competitive focus is moving from structural design, motion performance and hardware specs toward understanding the physical world, task planning, execution and continuous learning. Vendors are shifting from isolated technical breakthroughs to building full stacks covering models, data, engineering and applications, pushing robots beyond preset routines toward reading their environment, planning autonomously and handling complex tasks.

Li Junlan, research manager at IDC China, said: "As embodied intelligence models iterate rapidly, supply chains mature and costs keep falling, humanoid robots are likely to prove commercial value in more real-world settings and enter a phase of accelerated large-scale adoption around 2030. Whoever closes the loop from technology to data to engineering to use cases fastest will have the upper hand in the next stage of competition."