Humanoid Robots: From “Showy Toys” to “Workforce,” How Is Hubei Fighting This Tough Battle?
Hello everyone, I’m your financial journalist. Lately, humanoid robots have become a hot topic in both the financial and tech circles. The listing of Yushu Technology and the World Robot Conference have led to a surge of videos showing robots doing tricks, cooking, and folding clothes, which have gone viral on social media. While these videos are exciting, they raise a big question: Are these robots a viable source of productivity, or are they just high-tech toys meant for exhibition halls?
Today, let’s use Hubei’s humanoid robot industry as a case study to break down this issue in simple terms: Why haven’t robots yet become widely used in factories? What’s Hubei’s position in this field? And what can we expect in the future?
Current Situation: Many Sold, but Most Still “Supporting Roles”
Let’s look at some sobering data. In the first half of this year, China sold approximately 23,000 humanoid robots. That sounds like a lot, right? But upon closer inspection, 30% of them went to research institutions for experiments, another 30% were displayed at conferences, and less than 5% were actually put into factory production lines.
It’s similar to buying a phone—most people buy them for taking photos or as a backup, while very few use them for intensive work or coding. Currently, most humanoid robots are still in the “performance” phase.
In Hubei, there are over a dozen robot manufacturers that have developed more than 20 models, such as Guanggu Dongzhi’s “Guangzi,” Glanruo’s “Laborer C1,” and Guanggu Shengchuang’s “NAO Mini.” Where are these robots mainly used?
- Nursing homes and hospitals: For example, “Guangzi” helps with health management and companionship for the elderly.
- Schools and exhibition halls: “NAO Mini” is often sold for 79,999 yuan and is used for programming education or demonstrations.
- A few factory trials: For instance, the “Jingchu” robot is already in use in the workshops of Dongfeng Motors, but this is just the tip of the iceberg.
Conclusion: Although Hubei’s humanoid robot industry has reached a value of over 40 billion yuan and has more than 140 companies involved, it’s still in the transition from prototypes to market-ready products. Most robots are still on the stage, far from being used in actual factories.
Core Challenges: Lack of Experience
Why can’t robots perform tasks like humans, such as tightening screws or sorting goods? Experts use a vivid analogy: Robots lack “experience” rather than “muscle.” Humans are flexible because we’ve been interacting with the physical world since childhood, which has provided our brains with a wealth of sensory data. Robots, on the other hand, need a lot of data to train their decision-making and motion control algorithms.
This leads to the biggest obstacle in the industry: a scarcity of high-quality data.
- Where to get the data? Simply downloading videos from the internet won’t do. Robots need data collected in real-world scenarios using sensors (like tactile gloves).
- How difficult is data collection? Wuhan Handi Innovation Technology is collecting data for medical testing, which requires 150,000 hours of observation. This means humans need to wear gloves and perform actions to train the robots.
- High time cost: The industry estimates that it will take 5 to 6 years for the entire industry to collect enough data for robots to reach human-level performance in medical testing.
As a result, there are fewer than 1,000 humanoid robots in real-world work scenarios globally. Without enough data, robots can’t learn complex tasks. This is the biggest bottleneck for humanoid robots.
Money Issues: A Money-Burning Marathon
Since data collection is so challenging and training takes so long, where does the money come from? The answer is: a lot of investment.
- High costs: Handi Innovation spent over 10 million yuan just to collect the necessary data. Moreover, new data must be collected for each new application, leading to continuous funding needs.
- Industry leaders vs. Startups: Leading companies like Yushu Technology raised over 2 billion yuan before listing and another 6.1 billion after listing. Such capital is essential for extensive research and data accumulation.
- Hubei’s challenge: Although Hubei’s robot companies have grown rapidly (from fewer than 7 in 2023 to 14), their funding is generally limited. For example, Glanruo received nearly 100 million yuan in early investments, which is impressive compared to giants like Yushu and Zhiyuan, but still small compared to their scale.
Moreover, investment institutions in Hubei are often eager for quick returns, preferring more mature projects outside the province. Local companies, being smaller and in the early stages, struggle to attract substantial investment.
In short: Robot development is a long-term, high-investment endeavor. Hubei’s companies need patient capital that can support them for a decade, but such funding is scarce.
Cost and Return on Investment
Another practical issue is the cost. A 79,999 yuan robot may seem affordable, but factory owners need to consider both the initial purchase and maintenance costs.
- Price: The NAO Mini costs 79,999 yuan. While it’s cheaper than earlier models, it’s still a significant expense for most families. For factories, it might be worth it if it can replace a worker, but if it’s only occasionally useful or less efficient, it’s not cost-effective.
- Maintenance: Humanoid robots have many joints and parts, and repairs can be expensive. This results in high total cost of ownership (TCO).
- ROI: Current industry trends favor wheeled robots because they are cheaper and more stable. Humanoid robots, though more flexible, are slower and less reliable, making their ROI uncertain unless they significantly outperform humans in speed and reliability.
Conclusion: Humanoid robots currently lack a cost advantage. To be adopted in factories, their prices need to come down, and their reliability must improve to make them more cost-effective.
Hubei’s Path Forward: Focus on Specific Use Cases
Given the challenges of technology, funding, and cost, what should Hubei do? Experts and companies suggest a practical approach:
1. Target specific use cases: Hubei has a strong industrial base and educational resources. Instead of trying to compete with humans in general tasks, robots can be used in dangerous, repetitive, or boring jobs.
- Examples: Power inspection (where humans can’t work near high voltage), government services (standardized processes), elderly care, and automotive assembly.
2. Use to drive research: The Wuhan Science and Technology Innovation Bureau is promoting the creation of “demand lists” and “capability lists” to provide real-world scenarios for robot companies to test their products.
3. Combine software and hardware to reduce costs: Research institutes suggest developing core components and optimizing algorithms to lower hardware barriers.
4. Government support: Hubei has established a 10-billion yuan humanoid robot industry investment fund, with the first phase totaling 5 billion yuan. This is a positive step, but the money must go to companies with core technologies and long-term commitment.
5. Data collection and support: The government is also working on building datasets and providing computational resources to reduce training costs.
Summary
Humanoid robots are not just toys; they represent the future of manufacturing and services. However, the path forward is long and difficult.
Hubei’s advantages include its industrial base, talent, and policy support. Its challenges include reliance on external technologies, insufficient data, limited capital, and high costs.
The key is for Hubei to leverage its industrial strengths in specific sectors, such as power, automotive, and elderly care, to achieve large-scale robot applications. This will help accumulate data, reduce costs, and validate business models.
As Liu Chuanhou, the CEO of the Hubei Humanoid Robot Innovation Center, said, “Let’s move from the stage to the factory.” This is not only Hubei’s goal but also a critical step for the entire humanoid robot industry. In the next few years, we may see robots in nursing homes and factories, but first, they’ll appear in more modest roles. The journey has already begun.