Delivery Robots Market: Transforming Last-Mile Logistics with AI, Automation, and Smart Mobility

The Delivery Robots Market is emerging as an important part of the global logistics and mobility ecosystem as businesses search for faster, more efficient, and scalable ways to handle last-mile deliveries. Delivery robots are autonomous or semi-autonomous machines designed to transport food, groceries, parcels, medical supplies, and other goods with limited or no direct human control.

According to Kings Research, the global Delivery Robots Market was valued at USD 3,432.4 million in 2024 and is projected to grow from USD 4,344.1 million in 2025 to USD 27,406.1 million by 2032, registering a CAGR of 30.10% from 2025 to 2032. The market is benefiting from the expansion of e-commerce, increasing demand for on-demand delivery, labor shortages, urban congestion, and advances in artificial intelligence, sensors, and autonomous navigation.

Unlike conventional delivery vehicles, robots can be designed specifically for short-distance routes and controlled environments such as sidewalks, campuses, residential communities, hotels, hospitals, and commercial facilities. Their growing use reflects the broader transition toward automated and digitally managed logistics.

E-Commerce and On-Demand Delivery Drive Adoption

The rapid growth of e-commerce and on-demand delivery services is one of the primary factors supporting the Delivery Robots Market.

Consumers increasingly expect convenient and rapid delivery of food, groceries, medicines, and online purchases. At the same time, logistics providers face pressure to control last-mile costs and improve delivery efficiency.

Delivery robots can address specific short-distance delivery requirements by transporting lightweight packages between local businesses, distribution points, and customers. They can also support contactless delivery, which has become an increasingly relevant feature for food and healthcare applications.

Restaurants, retailers, logistics providers, and e-commerce companies are therefore exploring robotic delivery as part of broader last-mile automation strategies.

In January 2025, RoboSense and Coco Robotics announced a strategic partnership focused on integrating advanced LiDAR and perception technologies into Coco's autonomous delivery robots. The collaboration was aimed at improving navigation, obstacle detection, and operational efficiency.

Artificial Intelligence Is Improving Autonomous Navigation

Artificial intelligence (AI) is at the center of technological development in the Delivery Robots Market.

A delivery robot operating in an urban environment must interpret its surroundings, identify obstacles, determine safe routes, and respond to changing conditions. AI and machine learning can help robots process information from cameras, LiDAR, radar, GPS, and other sensors.

Important applications include:

• Autonomous route planning
• Obstacle detection and avoidance
• Pedestrian recognition
• Object identification
• Real-time navigation
• Dynamic route optimization
• Fleet monitoring
• Predictive maintenance
• Delivery-status tracking

Sensor fusion allows robots to combine information from multiple sources to improve environmental awareness. This becomes particularly important when robots operate around pedestrians, bicycles, vehicles, and changing road or sidewalk conditions.

AI is also becoming important at the fleet level. Cloud-based systems can monitor multiple robots simultaneously, identify operational issues, optimize routes, and coordinate deliveries across large geographic areas.

Real-Time Fleet Management Is Becoming Essential

As companies deploy larger numbers of delivery robots, managing individual machines manually becomes increasingly difficult. This is encouraging the adoption of real-time fleet management platforms.

These systems can provide centralized visibility into robot location, battery status, delivery progress, route performance, and operational conditions.

IoT connectivity, cloud computing, and 5G networks can support communication between robots and centralized management systems. Operators can use these technologies to coordinate fleets and respond to changes in delivery demand.

Real-time optimization can also help companies assign robots according to location, availability, battery capacity, and delivery requirements.

In June 2025, Coco Robotics secured USD 80 million in Series B funding to expand its autonomous delivery operations, advance AI logistics capabilities, and support fleet expansion. Kings Research reported that the company was targeting a fleet of 10,000 robots by 2026 and had completed more than 500,000 zero-emission deliveries across the U.S. and Europe.

Hardware Represents a Major Market Segment

The Delivery Robots Market is segmented by component into hardware, software, and services.

The hardware segment generated USD 1,621.1 million in revenue in 2024, reflecting the importance of physical robotic systems in market development. Hardware includes robotic chassis, motors, batteries, sensors, cameras, navigation components, communication equipment, and other autonomous-driving technologies.

Hardware manufacturers are focusing on improving durability, battery efficiency, sensor performance, maneuverability, and payload capacity.

The physical design of a delivery robot must also reflect its operating environment. Sidewalk robots require different specifications from indoor hotel robots or larger autonomous delivery vehicles.

As deployment expands, modular hardware designs could allow robots to be adapted for different applications and cargo requirements.

Four-Wheeled Robots Hold a Significant Position

By number of wheels, the market is divided into 3-wheeled, 4-wheeled, and 6-wheeled robots.

The 4-wheeled segment accounted for 46.43% of the market in 2024, according to Kings Research. Four-wheel configurations provide a balance between stability, maneuverability, and carrying capacity, making them suitable for different delivery environments.

Six-wheeled systems are also gaining attention, particularly where additional stability and terrain-handling capability are required. Kings Research projects the 6-wheeled segment to reach USD 11,495.2 million by 2032.

Different wheel configurations allow manufacturers to optimize robots for sidewalks, indoor facilities, campuses, warehouses, hotels, and other environments.

Lightweight Deliveries Represent a Major Opportunity

The market is segmented by load carrying capacity into up to 10 kg, more than 10 kg up to 50 kg, and more than 50 kg.

The up to 10 kg segment is projected to reach USD 14,986.9 million by 2032 and is expected to record the fastest CAGR of 32.34% during the forecast period.

This growth reflects the suitability of lightweight robots for frequent, short-distance deliveries.

Food orders, groceries, small parcels, medicines, and convenience products generally fit within the requirements of smaller delivery robots. These applications are particularly relevant in dense urban environments where delivery distances can be relatively short.

Larger robots with higher payload capacities can serve more demanding logistics applications, although their size, energy consumption, route requirements, and operating costs can increase.

Food and Beverage Is a Major Application

The food and beverage industry represents one of the most important end-use sectors for delivery robots.

The segment generated USD 1,307.7 million in revenue in 2024 and is projected to grow at a CAGR of 33.51% during the forecast period.

Restaurants and food-delivery businesses can use autonomous robots for short-distance delivery from restaurants or local stores to nearby customers.

The use of robots can also support contactless delivery and reduce the need for human couriers on specific routes.

Beyond restaurants, robots can transport food within hotels, hospitals, office campuses, universities, and residential communities.

Retail and E-Commerce Expand Robotic Delivery Applications

Retail and e-commerce businesses are another important source of demand.

The growth of same-day and rapid delivery services is increasing pressure on retailers to improve last-mile logistics. Delivery robots can potentially support the final stage of fulfillment for small and lightweight orders.

Retailers may use robots for:

• Grocery deliveries
• Local parcel delivery
• Pharmacy products
• Convenience items
• Campus deliveries
• Store-to-customer fulfillment

Robotic delivery can also be integrated with digital ordering systems, allowing customers to track deliveries through mobile applications.

The combination of automated warehouses, AI-powered logistics platforms, and autonomous delivery robots could eventually create increasingly automated end-to-end fulfillment networks.

Healthcare and Hospitality Create Specialized Opportunities

Healthcare represents another promising application area.

Delivery robots can transport medicines, laboratory samples, supplies, documents, and other lightweight materials within hospitals and healthcare campuses. Indoor robots can operate through corridors and elevators when integrated with building infrastructure.

Hospitality is also adopting robots for room-service and internal deliveries.

In June 2023, Relay Robotics introduced Relay2, a hotel-oriented delivery robot with a reported capacity of 10 gallons or 41 liters, cloud-connected elevator compatibility, and a touchscreen interface. The system was designed to deliver items to guest rooms autonomously.

These applications demonstrate that the Delivery Robots Market extends beyond outdoor sidewalk delivery and includes controlled indoor environments.

North America Leads the Delivery Robots Market

North America accounted for 36.55% of the global Delivery Robots Market in 2024, with a market valuation of approximately USD 1,254.5 million.

The region benefits from established robotics research and development capabilities, venture capital investment, technology infrastructure, and the presence of major delivery-robot companies.

The United States has also become an important testing environment for autonomous delivery technologies, with partnerships involving restaurants, food-delivery platforms, retailers, and robotics companies.

In April 2025, DoorDash and Coco Robotics expanded their partnership to deploy sidewalk delivery robots in Los Angeles and Chicago. Kings Research reported that the companies were building on a previous Helsinki pilot that had completed more than 100,000 deliveries.

Such partnerships demonstrate the growing connection between robotic hardware providers and established delivery platforms.

Asia-Pacific Is Expanding Rapidly

Asia-Pacific is projected to record a CAGR of 33.34% from 2025 to 2032, making it an important growth region for the Delivery Robots Market. Kings Research projects the regional market to reach USD 10,262.4 million by 2032.

Rapid e-commerce growth, dense urban populations, traffic congestion, technological investment, and increasing demand for automated logistics are supporting regional development.

China, Japan, South Korea, India, and other Asian markets are investing in robotics and autonomous technologies for logistics, retail, food delivery, healthcare, and industrial applications.

In April 2024, Hyundai Motor and Kia introduced a new-generation DAL-e Delivery robot designed for autonomous indoor deliveries in locations such as offices and shopping malls. The robot incorporated AI-powered facial recognition, advanced suspension, and a payload capacity of up to 10 kg.

Limited Range and Payload Capacity Remain Challenges

Despite rapid technological development, limited operational range and payload capacity remain important challenges.

Many current delivery robots are designed for relatively short routes and controlled environments. Their usefulness can therefore be restricted when deliveries require long-distance travel, high payloads, difficult terrain, or complex road conditions.

Battery performance is another consideration. Robots must balance operating range with payload, speed, sensor requirements, and charging time.

Manufacturers are addressing these limitations through improved batteries, more efficient motors, advanced navigation, modular designs, and adaptive suspension systems.

Infrastructure also matters. Sidewalk conditions, elevators, ramps, crossings, weather, connectivity, and local regulations can influence how effectively robots operate.

Regulatory Frameworks Are Evolving

Regulation is becoming increasingly important as delivery robots move into public spaces.

In the European Union, the General Product Safety Directive provides a framework for consumer-product safety and market surveillance. Japan has amended its Road Traffic Act and Road Transport Vehicle Act to establish conditions for operating certain remote-controlled small vehicles, including delivery robots, on sidewalks and public roads.

Internationally, ISO/TR 4448-1:2024 provides guidance concerning the safe operation and integration of robotic delivery vehicles within intelligent transport systems.

Regulatory requirements can vary considerably by location, particularly regarding sidewalk access, remote operation, pedestrian safety, insurance, data collection, and vehicle classification.

Competitive Landscape

The Delivery Robots Market includes specialized robotics companies, technology companies, logistics providers, and major e-commerce organizations.

Key companies identified by Kings Research include Starship Technologies, Kiwibot, Agility Robotics, Nuro, Inc., Ottonomy.IO, Segway Robotics, Serve Robotics Inc., Alibaba Group Holding Limited, Cyan Robotics, Pudu Technology Inc., United Robotics Group GmbH, JD.com, Cartken Inc., and Relay Delivery Robots.

Companies are investing in autonomous navigation, AI perception, sensor technology, fleet management, battery systems, and robot-as-a-service business models.

Starship Technologies has surpassed 8 million deliveries, illustrating the increasing scale of commercial robotic delivery deployments.

In July 2024, Vayu Robotics introduced an on-road delivery robot based on AI robotics foundation models and transformer-based mobility. The company also reported a 2,500-unit contract with a major e-commerce company and USD 12.7 million in funding.

In March 2025, Starship Technologies partnered with Foodora to deploy fully electric delivery robots in Stockholm, initially targeting approximately 50,000 households.

Future Outlook for the Delivery Robots Market

The future of the Delivery Robots Market is expected to be shaped by advances in AI, robotics, sensor fusion, cloud computing, 5G, battery technology, and fleet-management software.

AI-powered navigation will continue to improve robots' ability to understand their surroundings and respond to changing conditions. At the fleet level, cloud-based platforms can help coordinate large numbers of robots while optimizing routes and delivery schedules.

Robot-as-a-Service models may also make adoption more accessible by allowing businesses to use robotic delivery capabilities without purchasing and maintaining entire fleets themselves.

Another important development is the integration of delivery robots with existing digital commerce platforms. Customers could increasingly order products through conventional apps while robotic systems manage the physical delivery process.

As battery technology and robotic hardware improve, manufacturers may also develop systems capable of carrying heavier loads and operating over longer distances.

Conclusion

The Delivery Robots Market is becoming an increasingly important component of automated last-mile logistics. According to Kings Research, the global market is projected to grow from USD 3,432.4 million in 2024 to USD 27,406.1 million by 2032, representing a 30.10% CAGR from 2025 to 2032.

E-commerce growth, demand for rapid delivery, labor shortages, urban congestion, and contactless services are encouraging businesses to explore autonomous delivery solutions. AI-powered navigation, sensor fusion, IoT connectivity, and real-time fleet management are simultaneously improving the capabilities of delivery robots.

Hardware generated USD 1,621.1 million in 2024, while four-wheeled robots represented 46.43% of the market. The up-to-10-kg segment is projected to reach USD 14,986.9 million by 2032, and food and beverage is expected to grow at a 33.51% CAGR.

North America accounted for 36.55% of the market in 2024, while Asia-Pacific is projected to grow at 33.34% through 2032.

Although limitations involving payload, range, infrastructure, safety, and regulation remain, continuing advances in robotics and artificial intelligence are expanding the practical applications of autonomous delivery systems. From food and groceries to healthcare supplies, hospitality services, and e-commerce parcels, delivery robots are becoming an increasingly visible part of the transition toward connected and automated transportation.