Global Mobile Logistics Robot Market Size in Value and Volume Industry Analysis, Sales Trend, Pricing and Market Share by Region and Forecast

Mobile Logistics Robot Market was valued US$ 9.33 Bn in 2025 and is expected to reach US$ 35.98 Bn by 2032 at a CAGR of 21.27% during the forecast period.

Mobile Logistics Robot Market Overview

The Mobile Logistics Robot Market is gaining strong adoption across warehouses, e-commerce fulfilment centres, automotive plants, electronics factories, pharma storage units and third-party logistics hubs. These robots are used for internal material movement, order picking, pallet transfer, packaging support and inventory handling. The market is moving from fixed conveyor-led automation to flexible AMRs and AGVs that can operate in dynamic warehouse layouts. Nearly 200,000 professional service robots sold in 2024, with logistics and material transport among the largest use cases. Mobile logistics robots reduce manual walking, improve picking accuracy, support 24/7 warehouse operations and address labour shortages. Typical AMRs carry payloads from 100 kg to over 1,500 kg, while pallet AMRs and tugger robots support heavier loads in manufacturing and distribution environments. Adoption is strongest where order frequency, SKU complexity and same-day delivery pressure are high.

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Mobile Logistics Robot Market Dynamics

Driver

Labour shortage and rising fulfilment pressure are the key drivers for mobile logistics robot adoption. Warehouses require workers for repetitive travel, picking, pallet movement and packaging support, but labour availability remains tight in major logistics economies. In Asia Pacific, 88% of warehouse workers support investment in modern warehouse technology, while 79% are concerned about workplace injury risks, creating a strong business case for AMRs and AGVs. Robots reduce walking time, which can account for a major portion of picker activity in large warehouses, and support continuous operation across multiple shifts. In e-commerce fulfilment, facilities process thousands of small orders daily, requiring faster goods-to-person movement and real-time routing. Mobile robots reduce forklift dependency, improve aisle safety and lower human handling of heavy loads. This makes them attractive for retail, automotive, food, electronics and pharma logistics.

Trend

A major trend in the Mobile Logistics Robot Market is the shift toward AI-enabled AMRs, fleet orchestration and robots-as-a-service models. Companies are moving beyond single-robot deployment and adopting connected fleets that interact with warehouse management systems, barcode scanners, lifts, conveyors and robotic arms. IFR noted that more companies are using subscription or rental agreements instead of full upfront robot purchases, improving accessibility for warehouses with phased automation budgets. Fleet management software is becoming critical because warehouses may deploy 20–500+ robots across picking zones, packing stations and pallet movement routes. AI-based traffic control reduces robot congestion, while real-time mapping allows AMRs to reroute around people, forklifts and temporary obstructions. Another visible trend is mobile manipulation, where AMRs are combined with robotic arms for picking, palletizing and depalletizing tasks, supporting lights-out warehouse operations.

Restraint

The main restraint is high integration complexity, especially in brownfield warehouses with narrow aisles, uneven floors, legacy racks and mixed manual traffic. Mobile robots require reliable Wi-Fi/5G connectivity, digital maps, charging points, safety zoning, fleet software and integration with warehouse management systems. Many warehouses still use manual processes, paper-based picking or fragmented software, making robot deployment slower. AGVs may require magnetic strips, reflectors or fixed guidance infrastructure, which increases installation effort. AMRs are more flexible but still require testing for obstacle avoidance, docking precision and traffic rules. In Japan, logistics automation adoption has faced challenges due to warehouse design constraints, high integration costs and uneven returns across traditional logistics firms. Smaller warehouses also face difficulty justifying automation unless robot utilization remains high across shifts. Maintenance skills, battery management and cybersecurity risks further restrict adoption.

Mobile Logistics Robot Market Segment Analysis

By Robot Type

Autonomous Mobile Robots are the dominated robot type in 2025 due to them offer flexible navigation without fixed tracks, magnetic strips or embedded floor infrastructure. AMRs use LiDAR, cameras, sensors and fleet software to move around people, racks and forklifts in real time. They are widely used in e-commerce, retail, electronics, healthcare and automotive logistics. Payload capacity typically ranges from 100 kg for tote AMRs to 1,500 kg or more for pallet AMRs, allowing deployment across picking, line feeding and warehouse transport. AMRs are preferred in facilities where layouts change frequently or SKU volumes fluctuate. Compared with AGVs, AMRs support faster deployment and easier scaling from 10 robots to several hundred units. Their dominance is supported by demand for goods-to-person picking, flexible fulfilment and reduced manual travel.

By Function

Transportation is the dominated function for Mobile Logistics Robot Market in 2025 because internal material movement is the most frequent and labour-intensive warehouse activity. Robots transport pallets, totes, cartons, raw materials, finished goods and work-in-progress items between receiving docks, storage racks, picking zones, packing stations and dispatch areas. In large fulfilment centres, workers may walk several kilometres per shift, making robot-assisted transport valuable for productivity and safety. AMRs and AGVs can operate across 8–24 hour shifts, supported by opportunity charging and fleet scheduling. Transportation robots reduce forklift congestion, lower manual handling risk and improve movement consistency. Their adoption is highest in e-commerce, automotive, electronics, pharma and 3PL warehouses where daily material flow is repetitive, time-sensitive and volume-intensive.

Mobile Logistics Robot Market Regional Analysis

Asia Pacific dominated Mobile Logistics Robot Market in 2025 due to strong manufacturing density, e-commerce growth and warehouse modernization across China, Japan, South Korea, India and Southeast Asia. China leads in high-volume e-commerce fulfilment and electronics manufacturing, while Japan and South Korea use robotics to address ageing labour forces and high automation readiness. APAC warehouses are adopting AMRs for picking, sorting, pallet transfer and goods-to-person workflows as online order volumes increase. Regional warehouse modernization is accelerating because operators need better inventory accuracy, faster dispatch and lower manual dependency. Japan’s logistics sector is also under pressure from driver-hour limits and workforce decline, pushing companies toward automated material handling. India and Southeast Asia are emerging demand centres as 3PLs, retail chains and food delivery networks expand automated distribution capacity.

Recent Developments

On March 2025 – ABB Ltd. expanded its AI-enabled AMR portfolio for warehouse intralogistics with upgraded fleet orchestration software capable of managing more than 500 robots simultaneously across manufacturing and distribution facilities. The company focused on automotive, electronics and e-commerce fulfilment applications, improving pallet transport efficiency and reducing warehouse idle time through autonomous navigation and predictive traffic control systems.

On January 2025 – KUKA AG introduced next-generation autonomous mobile platforms integrated with robotic arms for mobile manipulation applications. The systems were designed for pick-and-place and palletizing tasks in smart warehouses, supporting payload capacities above 1,000 kg. KUKA strengthened partnerships with European automotive and industrial logistics operators to accelerate flexible factory automation deployment.

Mobile Logistics Robot Market Scope : Inquire before buying

Mobile Logistics Robot Market, by Region

• North America (United States, Canada and Mexico)
• Europe (UK, France, Germany, Italy, Spain, Sweden, Austria and Rest of Europe)
• Asia Pacific (China, South Korea, Japan, India, Australia, Indonesia, Malaysia, Vietnam, Taiwan, and Rest of APAC)
• Middle East and Africa (South Africa, GCC, Egypt, Nigeria and Rest of ME&A)
• South America (Brazil, Argentina and  Rest of South America)

Key players/Competitors profiles covered in the Mobile Logistics Robot Market report in strategic perspective

1. ABB Ltd.
2. KUKA AG
3. FANUC Corporation
4. Daifuku Co., Ltd.
5. Geek+
6. GreyOrange
7. Locus Robotics
8. Fetch Robotics
9. Omron Corporation
10. Toyota Industries Corporation
11. Seegrid Corporation
12. Swisslog Holding AG
13. Honeywell Intelligrated
14. Mobile Industrial Robots (MiR)
15. Zebra Technologies Corporation
16. Siemens AG
17. ST Engineering Aethon
18. IAM Robotics
19. Vecna Robotics
20. inVia Robotics
21. AutoStore Holdings
22. Hikrobot
23. Quicktron Intelligent Technology
24. ForwardX Robotics
25. Boston Dynamics
26. YUJIN ROBOT Co., Ltd.
27. JBT Corporation
28. Knapp AG
29. Dematic
30. Balyo SA