Recently, with the accelerated intelligent transformation of manufacturing and the deepening of green and low-carbon policies, the heavy-duty unmanned transportation sector has ushered in an explosive development opportunity. Market data shows that heavy-duty AGVs/AMRs (Automated Guided Vehicles) with a capacity of 10 tons or more have become the core engine of industry growth. Among them, the penetration rate of AMR (Automatic Guided Vehicle) technology continues to increase, and its share is expected to exceed 30%. At the same time, the demand for 50-100 ton heavy-duty unmanned transportation equipment in key sectors such as new energy, steel, and ports has surged, with a compound annual growth rate of 24.7%, accelerating the transition of heavy-duty unmanned transportation from "pilot applications" to "large-scale implementation."

    As the core equipment for intelligent industrial logistics, heavy-duty unmanned transportation equipment is mainly used in high-tonnage, high-risk, and high-frequency material handling scenarios. With its advantages of high efficiency, safety, and energy saving, it is gradually replacing traditional manual handling and ordinary transportation equipment, becoming a key tool for solving the pain points of heavy-duty logistics. In recent years, with the rapid development of industries such as intelligent manufacturing, smart ports, and green steel, the market demand for heavy-duty unmanned transportation has shown a dual characteristic of "a leap in scale + scenario segmentation."

    From a product structure perspective, heavy-duty AGVs/AMRs with a capacity of 10 tons or more are leading the industry in growth, becoming the core driver of market growth. Compared to light and medium-duty equipment, heavy-duty AGVs/AMRs can adapt to the handling needs of larger tonnage materials and are widely used in scenarios such as large component manufacturing and heavy equipment transfer. Of particular note is the increasing penetration rate of AMR (Automatic Guided Vehicle) technology, which, with its advantages of not requiring track laying and flexibly adapting to complex scenarios, is expected to soon exceed 30%, gradually breaking the application limitations of traditional track-based AGVs and becoming the mainstream technology for heavy-duty unmanned transportation. Industry research shows that the domestic in-plant heavy-duty unmanned transportation market is expected to grow by more than 30% year-on-year in 2026, with the growth rate of heavy-duty AMRs far exceeding the industry average. The global heavy-duty AMR market is expected to exceed US$220 million in 2026, with China accounting for over 40%.

    From an application scenario perspective, new energy, steel, and ports are the three core areas of explosive growth in demand for heavy-duty unmanned transportation, with particularly strong demand for 50-100 ton heavy-duty equipment. In the new energy sector, with the expansion of wind power, energy storage, and new energy vehicle industries, the demand for transporting large-tonnage components such as wind turbines, energy storage containers, and battery packs has surged. In the steel industry, under high-temperature, high-dust, and high-risk production environments, heavy-duty unmanned transport equipment can achieve fully unmanned transport of materials such as molten steel ladles and billets, significantly reducing human safety risks and improving production efficiency. In the port sector, heavy-duty unmanned transport vehicles (AMRs) of 70 tons and above have gradually completed pilot testing, employing multi-wheel independent drive technology, increasing single-container operation efficiency by 20%, and driving the transformation of port internal logistics towards intelligence and unmanned operation.

    Technological innovation and policy support have become crucial drivers of the explosive growth of heavy-duty unmanned transport. At the technological level, breakthroughs are continuously being made in core technologies such as omnidirectional mobility, precise positioning, and multi-machine collaboration. The heavy-duty mobile robot launched by Shanghai Huiju adopts OMV omnidirectional mobility technology, enabling multiple movement modes such as straight movement, lateral movement, and in-situ rotation, with a repeatability accuracy of ±1mm, adapting to narrow workshops and complex terrains. Simultaneously, the widespread adoption of laser SLAM navigation technology has significantly reduced the deployment cost and cycle time of AMRs, promoting their application penetration in small and medium-sized enterprises. At the policy level, policies such as the "Action Plan for the Development of the Intelligent Warehousing Equipment Industry" explicitly support the large-scale application of intelligent handling equipment. Local governments have introduced subsidy policies to reduce enterprise procurement and deployment costs, further stimulating market demand.

Industry experts say that the explosive growth of heavy-duty unmanned transportation is an inevitable result of the intelligent and green transformation of the manufacturing industry and a core direction for industrial logistics upgrading. In the future, with continuous technological iteration, heavy-duty AGVs/AMRs will develop towards "heavier load capacity, greater intelligence, and greater flexibility," with 50-100 ton or even larger tonnage equipment gradually achieving large-scale application. The market share of AMRs is expected to continue to increase. Simultaneously, with the continued release of demand from new energy, steel, and port sectors, and the improvement of cross-scenario adaptability, the market size of heavy-duty unmanned transportation will continue to expand, becoming an important growth engine for industrial intelligent transformation.

    Currently, many domestic companies have entered the heavy-duty unmanned transportation field, launching a full range of products covering 10-200 ton levels. Leveraging customized solutions and core technological advantages, they are gradually breaking the monopoly of foreign companies and achieving import substitution. In the future, enterprises will further focus on specific scenarios, strengthen technological innovation and product iteration, optimize business models, promote the application of heavy-duty unmanned transportation technology in more industries, and help industrial logistics achieve high-quality development.