AGV and AMR in Logistics Market Size, Share, Growth, and Industry Analysis, By Product Type (Automated Guided Vehicles (AGVs), Autonomous Mobile Robots (AMRs)), By Product Application (Warehousing, Distribution Centers, Material Handling, E-commerce Fulfillment) and Regional Insights and Forecast to 2034

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AGV AND AMR IN LOGISTICS MARKET OVERVIEW

The global AGV and AMR in logistics market size was USD 4.19 Billion in 2025 and is projected to touch USD 17.01 Billion by 2034, exhibiting a CAGR of 16.84% during the forecast period.

The global AGV and AMR in logistics market has been rapidly changing the warehousing and supply chain environment and increasing automation, flexibility, and performance. AGVs move in predetermined routes with the help of sensors or magnetic tapes, whereas AMRs apply such technologies as LiDAR, AI, and become autonomous within a changing environment. As demand increases on delivery speed, labor shortage, and with the spread of e-commerce, the industries are turning towards these robotic systems to perform tasks such as transport of inventory, picking, and sorting. This is making AGV and AMR technologies to become part of a contemporary logistics and warehouse planning all over the world.

COVID-19 IMPACT

AGV and AMR in Logistics Market Had a Negative Effect Due to Global Supply Chain Disruptions, Factory Shutdowns, and Restricted Cross-Border Movement During COVID-19 Pandemic

The global COVID-19 pandemic has been unprecedented and staggering, with the market experiencing lower-than-anticipated demand across all regions compared to pre-pandemic levels. The sudden market growth reflected by the rise in CAGR is attributable to the market’s growth and demand returning to pre-pandemic levels.

The global shortage of supply chains, factory closures and cross-border restrictions made an initial negative situation of COVID-19 pandemic on the AGV and AMR in logistics market share. Manufacturing, deploying, and maintaining robotic systems were put behind owing to lockdowns and shortage in labor. After the economic turmoil and limited source of finance, many companies and warehouses putting in logistics on hold in the name of automation. Moreover, the schedules of implementing the projects were faced with delays and lack of hardware components especially in semiconductors became a hindrance in production periods. Even though the market recovered later owing to the rise in the needs of automation, the initial stage in dealing with the pandemic impacted heavily on growth and development.

LATEST TRENDS

AI‑Empowered Multi‑Tasking and Real‑Time Autonomy Drives Market Growth

The emergence of multi-purpose autonomous robots with the help of agentic AI is a trend, which allows AGVs and AMRs no longer be single-purpose only. As an example, Lab126, which is a subsidiary of Amazon, is building warehouse robots capable of independently offloading trailers, making repairs, and obeying natural language, as well as prioritizing tasks on the fly, which sensibly adds flexibility and responsiveness to high demand periods. Simultaneously, other enterprises, including Boston Dynamics and Ambi Robotics, are introducing AI-powered systems like Stretch and the AmbiStack, which are taking over the previously manual unloading of trucks and increasing throughput several times in the logistics facilities. With this move to intelligent, task-switching robots, logistics is being transformed to improve the efficiency of operations, lower the cost, and minimize downtimes.

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AGV AND AMR IN LOGISTICS MARKET SEGMENTATION

By Product Type

Based on product type, the global market can be categorized into automated guided vehicles (AGVs), autonomous mobile robots (AMRs)

• Automated Guided Vehicles (AGVs): AGVs are autonomous mobile robots moved by their guidance systems like magnetic strip, wires, or sensors. They are perfectly suited to do tedious work in organized workplaces such as manufacturing floors and warehouses. AGVs would need designated direction and that someone would control them.

• Autonomous Mobile Robots (AMRs): AMRs do not follow predetermined routes; instead, they operate dynamic navigation based on such innovative technologies as LiDAR, cameras, and AI. They have the potential to sense and to dodge all the obstructions in the real-time, which makes them very adaptable in the unstructured and dynamic scenes. AMRs will fit perfectly in complicated logistical environments such as picking and real-time route optimization.

By Product Application

Based on by product application, the global market can be categorized into warehousing, distribution centers, material handling, e-commerce fulfillment

• Warehousing: During warehouse operations, AGVs and AMRs are used to automate the process of transporting goods through warehouses by improving stock count precision and cutting manual labor. They perform such tasks as shelving, pallet transportation, moving goods. This increases efficiency and utilize spaces.

• Distribution Centers: AMRs and AGVs optimize the work process of distribution centers by moving the packages between the areas of sorting and packing and loading. They assist in lessening turnaround and human mistake. They are crucial in the in-time management of high-volume throughput in the peak demand.

• Material Handling: In material handling, these robots aid in the transportation of raw materials, components or final products along production lines and storage places. They minimize accidental injuries in the workplace and lapse in operations. This proves to be quite helpful particularly in assembly and manufacturing sector.

• E-commerce Fulfillment: In e-commerce fulfillment centers, AGVs and AMRs play an imperative role as solutions used in picking, sorting, and transferring goods to delivery points. They allow great order processing speed and up-scaling of orders during peak periods such as sales seasons. This guarantees improved deliveries to the customers at a faster rate and with high precision.

MARKET DYNAMICS

Market dynamics include driving and restraining factors, opportunities and challenges stating the market conditions.

Driving Factors

Rising Demand for Automation in Warehousing and Logistics Boost the Market

One of the drivers of the use of AGV and AMR logistics market growth is the rising demand of more efficient and error-free logistics. Increase in e-commerce, the need to deliver products in less than 24 hours, and shortage of workers have compelled businesses to automate the simple activities in the logistical chain, including picking, sorting, and transportation of products. The AGVs and AMRs can also increase productivity due to operating on a 24/7 basis, the decrease in dependence on human workers, being able to always produce the same results. They have become instrumental in bringing down the cost of operations in warehouses and distribution centers, fulfillment hubs, and thus crucial to competitive advantage in contemporary logistics.

Advancements in Navigation and Artificial Intelligence Technologies Expand the Market

Developments in AI, machine learning, LiDAR, and SLAM technologies have also boosted the effectiveness and versatility of AGVs and AMRs to high levels. Such developments enable a robot to move freely in complex and dynamic worlds and bypass obstructions, as well as, real-time route adaption. Due to improved perception and decision-making, AMRs can perform multiple tasks, engage in safe interaction with human workers, and optimize the working process. Such panoramic intelligence navigation systems are opening up automation to many industries, boosting the deployment of mobile robots in diverse logistics operations across the globe.

Restraining Factor

High Initial Investment and Integration Costs Impede Market Growth

High initial cost incurred during purchase, installation, and integration of the AGV and AMR logistics market is one of the significant holdbacks. The potential investment into robotic infrastructure is not always budget-friendly to small and mid-sized companies, as one puts into account the modifications to the infrastructure, the redesign, and reorganization of the facilities, and the connection with the new software. Conduct of personnel training staff and compatibility of systems in smooth communication with other management services in the warehouse may also increase the costs. Such financial obstacles decelerate the transition, especially in developing or in countries with more traditional logistics activity that is not financially able or technologically ready to make the automation of their operations on a mass scale.

Surge in E-commerce and Omnichannel Retailing Create Opportunity for The Product in The Market

Opportunity

The booming e-commerce and omnichannel retail open a large chance to be applied to AGV and AMR. Due to an ever-growing consumer requirement to more rapidly and accurately execute delivery, logistics providers have been among those who are under pressure to maximize fulfillment time, accuracy, and flexibility.

Using AGVs and AMRs, warehouses and distribution centers can automate any processes involved in order picking, inventory management and last-mile delivery prep. The flexibility of increasing the size of robot fleets in season and being able to change due to variable demand is priceless. This growing online shopping universe is spearheading innovation and implementation of autonomous logistics all over the world.

Navigating Complex and Unstructured Environments Could Be a Potential Challenge for Consumers

Challenge

Major challenge facing AGVs and AMRs is the ability to competently work within complex, unstructured or mixed-use settings where both human workers, vehicles and dynamic obstacles are present. Compared to structured environments where the path is known and characterized by a fixed route, real environments used for logistic purposes demand very high levels of navigation, decision-making in real-time and avoiding obstacles.

Sophisticated AI, sensor fusion and constant software updates are required to ensure the safety, smooth interaction between human and machine, and low time spent on downtime in these environments. In addition, an inability to predict changes in the environmental context such as temporary obstruction or modification in the warehouse design can interfere with the functionality of robots and create a challenge of establishing a large-scale implementation.

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AGV AND AMR IN LOGISTICS MARKET REGIONAL INSIGHTS

• North America

North America is the central player in the United States AGV and AMR logistics market with a well-established technological infrastructure, advanced automation, and an established e-commerce environment. Robotic solutions delivered at the warehouse level have increased massively in the U.S. and Canada, particularly among the Amazon and Walmart businesses. The need to automate is also encouraged by the shortage of labor and the increase in labor. Besides, the American innovation centers promote constant developments of robotics, AI, and navigation systems. The rapid development of applications of AGVs and AMRs in the field of logistics is also facilitated by gratifying governmental initiatives and investments in the sphere of Industry 4.0 technologies.

• Europe

Europe also plays a major role in the AGV and AMR market where the most active participants are Germany, France, and the Netherlands, the leaders in the industrial automation and intelligent logistics. The area is focused on the concepts of sustainability, efficiency, and high-end manufacturing, which stimulates the introduction of robotic solutions to supply chain work. The AGVs and AMRs are gradually entering European logistics companies, playing the role of shortening distribution chains and addressing the issue of labor shortages. Presence of International automation enterprises and effective Research and Development on AI and Robotics enhances the growing market. The use of intelligent, compliant, reliable mobile robots in warehouse settings is also promoted by strict safety, regulatory requirements in the EU.

• Asia

Asia-Pacific is the most rapidly expanding AGV and AMR logistics market region, prompted by the rapid industrialization, flourishing e-commerce, and growing manufacturing centers in such countries as China, Japan, South Korea, and India. Such countries as China, especially, are a worldwide leader in the sphere of warehouse automation where the government provides wide support and invests enormous sums in robots. Last-mile delivery is the growing necessity of the dense urban centers and high consumer demand in the region, and AMRs become one of the critical components of this process. Besides, the trends of technological breakthroughs, the overgrowth of labor costs, and the escalation of requests and requirements of scalable logistic infrastructure are accelerating the way of businesses in Asia implementing AGV and AMR technologies at a very high rate.

KEY INDUSTRY PLAYERS

Key Industry Players Shaping the Market Through Innovation and Market Expansion

The AGV and AMR in logistics market key industry players are KUKA AG, OMRON Corporation, ABB Ltd., Toyota Industries Corporation, and Geek+. These firms are innovative and provide superior autonomous navigation, fleet management and integrated logistics. Fetch Robotics and Locus Robotics are the theorists of AMRs operating in the dynamic warehouses, and MiR is the expert in flexible mobile platforms. Another company that works on the development of AGV is a similar company Seegrid and Balyo. The future of the world of intelligent logistics automation is currently determined by strategic affiliations, research, and development investments, as well as product diversifications by these performers.

List Of Top AGV And AMR In Logistics Market Companies

• OMRON (Japan)
• AGILOX Services (Austria)
• Capra Robotics (Denmark)
• Continental (Germany)

KEY INDUSTRY DEVELOPMENT

March 2025: Seegrid introduced its vision-guided Lift RS1 AMR, featuring 6 ft lifting capacity and its Sliding Scale Autonomy system blending AMR agility with AGV predictability.

REPORT COVERAGE

The AGV and AMR in logistics market has a favorable outlook because of the growth of automation market in the face of scarce labor because of the growing e-commerce industry. The use of intelligent robotic solutions is growing at a faster rate across the globe because firms want higher levels of efficiency in their operations, cost reduction, and quick delivery times. The use of AGV and AMR is also being facilitated by technological breakthroughs such as AI, real-time navigation, and the integration of IoT to be able to operate in a complex environment with limited human control. Although it has its own setbacks (high initial cost, complexity of integration), the long-term advantages of scalability, high flexibility, and productivity will lead tele-robotics to become both a key pillar to defining the future logistics infrastructure.