China and Japan Put Labor Shortages Behind Robot Surge

By Daniel Okafor

Grand View Research projects the Asia-Pacific industrial robot market to grow from $27.7646 billion this year to $51.4237 billion in 2033, a compound annual growth rate of 9.2%.

It captures spending driven by worker shortages in Chinese and Japanese manufacturing and construction. For workers, demand is shifting from scarce manual roles toward robot design, operation and management.

What changes in Chinese agriculture?

• To address rural labor shortages, XAG unveiled its next-generation X Series in July: the X100 and X150 agricultural drones, XA1 docking station and LM1 smart chemical-mixing unit. After spraying a preset route, a drone returns for automatic battery charging, chemical refilling and cleaning.
• At an earlier demonstration in Guangzhou, the recharge-and-refill cycle took about three minutes before the drone flew again.

In a Financial Times report on the 25th, XAG Senior Vice President Justin Gong said: “Rural depopulation and the aging agricultural workforce are making it increasingly difficult to secure skilled drone pilots.” He said peak-season pilots must visit multiple farms, delaying service for remote farms.

• Gong estimated that 12 million people move from rural areas to Chinese cities each year. He projected demand for roughly three million agricultural drones over the next three years, and as many as 12 million if an unmanned crop-protection system covered the country’s farmland.
• China’s first dedicated agricultural-robot “4S” store, a multi-service dealership, opened in Wuxi, Jiangsu Province, in June. The Institute of Intelligent Agricultural Robotics under the National Innovation Center par Excellence in the Yangtze River Delta offers demonstrations, trials, sales, delivery, technical support and customized solutions. Unlike conventional machinery dealers, it matches robots to crops, conditions and workflows.
• The Communist Party of China Central Committee and State Council’s February “2026 No. 1 Central Document” prioritizes integrating artificial intelligence (AI) with agriculture, plus drones, Internet of Things (IoT) and robots. The annual directive has focused on agriculture, rural areas and farmers every year since 2004.
• Authorities also plan research and development, field deployment of advanced intelligent agricultural machinery, and core agricultural biomanufacturing technologies.

How far does Japan’s factory plan go?

• At an investor briefing last month, Toyota, Japan’s largest automaker, said it could spend up to ¥1 trillion ($6.47 billion) annually on factory modernization starting in 2028. It estimates 400,000 robots are needed: 150,000 at its own plants and 250,000 at affiliates and major suppliers. A dedicated robotics team under the chief production officer (CPO) remains under consideration.
• Japan’s construction industry, strained by chronic recruitment difficulties and an aging workforce, is developing humanoids equipped with physical AI—AI that senses and controls machines in the physical world.
• Shimizu invested in U.S. startup Noble Machines and is co-developing a two-legged (bipedal) humanoid optimized for Japanese construction sites, combining field data and expertise for material transport and precise work. Hazama Ando, with Kobe City College of Technology, is developing humanoids to operate excavators and other machinery; Obayashi is conducting demonstration research on bipedal robots for site inspections.

Who pays when robots break?

• In a Nikkei report on the 26th, Tokio Marine & Nichido Fire Insurance, a Tokio Marine Holdings subsidiary, said it would sell dedicated physical-AI robot coverage in November. The product covers wheeled mobile robots, four-legged (quadruped) robots and humanoids.
• Coverage includes repair and replacement costs after natural disasters, collisions and other incidents, plus companies’ liability for personal injury or property damage caused by robot malfunctions. If a breakdown stops work, it also pays replacement workers’ wages and temporary robot rentals.
• Premiums are expected to run about 20% above conventional industrial-robot insurance because autonomous machines often share space with people or move outdoors, raising collision and tip-over risks.
• Nikkei projected annual premiums of several hundred thousand yen for a ¥5 million robot ($32,308). The insurer plans to sell coverage for about 1,000 robots by fiscal 2027.

What does this mean for workers?

• Frost & Sullivan forecasts China’s industrial mobile robot market rising from ¥22.2 billion ($3.39 billion) last year to ¥53 billion ($8.09 billion) by 2030. Over the same period, it expects articulated robots—jointed machines used in automotive and electronics production and other settings—to grow from ¥38.6 billion ($5.89 billion) to ¥74 billion ($11.3 billion).
• Grand View Research also identifies China as a country likely to see particularly strong growth in the wider Asia-Pacific industrial robot market.

One market expert said: “In the past, manufacturing competitiveness depended on how cheaply workers could be hired, but going forward, the key competitive factor will be how few workers are needed to operate production facilities.”

The same expert expects simple, repetitive production roles to shrink as the market reorganizes around highly skilled workers. For job seekers, the forward-looking signal favors those who can design, operate and manage robots; no cited forecast quantifies layoffs or job creation.