Top 50 Delivery Robot

Starship Technologies develops Level 4 autonomous delivery robots equipped with radars, cameras, and machine learning algorithms to navigate urban environments and complete deliveries. The company addresses the inefficiencies and high costs of last-mile delivery by providing a sustainable and affordable solution for transporting groceries, hot food, and industrial supplies across various locations.

Delivers.ai develops proprietary camera-based autonomous delivery robots that utilize sensor fusion technology to navigate urban environments for the contactless delivery of food, groceries, and parcels. This solution addresses the inefficiencies and high costs associated with traditional last-mile delivery methods, enabling faster and more cost-effective service.

Neubility provides a Robot as a Service platform featuring self-driving delivery robots equipped with camera-based autonomous navigation technology. The company automates urban logistics by enabling efficient and reliable delivery services in densely populated areas, addressing the challenges of last-mile delivery in complex environments.

Serve Robotics develops AI-powered sidewalk delivery robots designed to transport small packages, such as food, directly to consumers. This technology addresses the inefficiencies and environmental impact of traditional vehicle-based delivery methods by providing a sustainable and cost-effective alternative.

Robomart develops autonomous delivery robots equipped with temperature-controlled compartments and advanced sensors for self-driving capabilities, enabling retailers to expand their reach without the need for physical storefronts. This technology addresses the challenge of last-mile delivery by providing a mobile shopping experience that reduces operational costs and enhances customer convenience.

Coco operates a last-mile delivery service using remotely piloted electric sidewalk robots stationed at local restaurants to transport food directly to customers. This approach reduces delivery times and enhances food quality by eliminating delays associated with traditional delivery methods.

RIVR develops robots equipped with physical AI to automate last-mile delivery. Their robots aim to improve efficiency and reduce costs associated with delivering goods to consumers.

Cartken develops autonomous delivery robots equipped with multi-sensor technology for safe navigation in both indoor and outdoor environments. These robots facilitate last-mile delivery of food, groceries, and packages within a 3-mile radius, significantly reducing labor costs and improving operational efficiency for businesses.

Relay Robotics develops autonomous delivery robots equipped with advanced sensors for safe navigation in complex environments, specifically designed to assist hospital staff and hotel personnel with routine delivery tasks. These robots reduce operational costs by up to 30% while improving employee productivity and retention by alleviating mundane workload pressures.

Clevon develops and manufactures lightweight, fully electric autonomous robot carriers designed for last-mile delivery in urban environments. These driverless vehicles reduce labor costs by 80-90% while ensuring timely and safe package delivery, supported by a proven track record of zero safety incidents over three years of operation on public roads.

Goggo is creating the legal and engineering framework required for autonomous mobility networks in Europe, focusing on regulatory compliance and infrastructure integration for self-driving vehicles. This framework enables the safe deployment of autonomous vehicles in urban areas, addressing the challenges of existing transportation regulations and infrastructure readiness.

Bear Robotics develops AI-powered delivery robots designed for indoor environments, enabling efficient navigation in tight spaces and on various surfaces. These robots assist employees by automating routine tasks, thereby reducing workload and enhancing operational efficiency in sectors such as hospitality and warehousing.

Avride develops and operates autonomous vehicles and delivery robots equipped with proprietary hardware, including lidar and cameras, to enhance safety and efficiency in transportation. With over 10 million autonomous miles driven and 200,000 successful deliveries, Avride addresses the need for reliable, contactless transport solutions in diverse environments.

Robotise Technologies develops the JEEVES service robot, utilizing a cloud robotics IoT platform for autonomous mobile logistics in healthcare, hotels, and offices. This technology addresses labor shortages and enhances operational efficiency by automating material transport and touchless service delivery.

Vayu Robotics develops AI-driven robotics technology that integrates biology-inspired sensors and machine learning to enhance the safety and efficiency of autonomous vehicles and delivery robots. Their solutions address the need for reliable and interpretable mobility systems across various industries, enabling improved operational productivity.

Stuart provides a last-mile delivery platform that connects businesses with a fleet of independent couriers, utilizing real-time tracking technology to enhance delivery efficiency. The service addresses the challenge of timely and cost-effective transportation of local goods across various sectors, including restaurants and e-commerce.

Rice Robotics develops autonomous indoor service robots equipped with AI for tasks such as delivery, disinfection, and security patrols. Their technology enhances operational efficiency in various environments across Asia, addressing the need for reliable and friendly service automation.

The startup develops autonomous delivery robots equipped with cameras and artificial intelligence to facilitate first and last-mile logistics. This technology reduces the carbon footprint of deliveries while providing clients with a cost-effective and contactless delivery solution.

Refraction AI develops robotics delivery software that optimizes last-mile logistics through autonomous vehicle navigation and real-time route planning. The platform enhances delivery efficiency and reduces operational costs for businesses facing challenges in timely and reliable product distribution.

SAHA develops autonomous mobile service and delivery robots that utilize IoT technology and SAHA VSLAM for precise navigation in complex environments like hospitals and high-rise buildings. Their robots enhance operational efficiency by autonomously transporting packages and providing continuous service, significantly reducing the need for staff assistance and improving service speed.

This robotics company develops autonomous mobile robots integrated with artificial intelligence to enhance industrial process efficiency. By optimizing workflows, their technology enables industries to significantly lower operational costs and improve productivity.

Ouidrop develops a robotic self-service parcel drop-off and pick-up system that streamlines last-mile logistics by enabling users to deposit and retrieve packages in under 15 seconds. This technology reduces unnecessary delivery trips, thereby minimizing traffic congestion and environmental impact while facilitating multi-brand collection points.

The startup manufactures electric autonomous delivery vehicles designed for efficient and eco-friendly package transport. By offering a transportation-as-a-service model, it provides scalable delivery solutions for large retailers and shippers, reducing logistics costs and environmental impact.

Academy of Robotics designs and builds autonomous machines, including delivery bots and helper-bots for sectors like logistics and healthcare. Their technology simplifies complex tasks by providing reliable robotic solutions that enhance operational efficiency and reduce the need for human intervention.

PuduTech develops autonomous delivery robots utilizing artificial intelligence to enhance efficiency in home care, food service, and catering sectors. These robots address labor shortages and improve delivery speed, enabling businesses to streamline operations and reduce operational costs.

Sherpa Mobile Robotics designs and manufactures autonomous mobile robots (AMRs) that optimize intralogistics by automating the transport of goods, including pallets and containers, within industrial environments. Their solutions enhance productivity and safety by reducing manual handling and streamlining material flow, addressing labor shortages and inefficiencies in logistics operations.

The startup develops a peer-to-peer delivery platform that integrates robotics automation and data analytics for autonomous final-mile delivery. This technology enables clients to reduce operational costs and improve delivery efficiency while promoting sustainability in urban environments.

The startup develops electric driverless delivery robots designed for both indoor and outdoor environments, utilizing advanced navigation and robotics technology to transport food, beverages, groceries, and retail products. These robots reduce carbon emissions and minimize person-to-person contact during deliveries, addressing the need for safer and more sustainable logistics solutions.

Peyk is a London-based peer-to-peer delivery platform that has expanded into manufacturing outdoor autonomous delivery robots, utilizing AI and advanced sensors for navigation and route optimization. The company addresses the need for sustainable, cost-effective last-mile delivery solutions by providing zero-emission robotic deliveries that reduce operational costs and enhance customer satisfaction.

Techmetics Robotics manufactures autonomous mobile robots (AMRs) designed for indoor material transportation in healthcare settings, automating the delivery of medications, lab samples, and hospital supplies. By eliminating manual runner jobs, these robots enhance operational efficiency and allow healthcare staff to focus on patient care.

The startup develops autonomous robots specifically designed for healthcare environments, automating the transport of small equipment and supplies within hospital wards. This technology allows nurses and healthcare staff to focus more on patient care by reducing the time spent on logistical tasks.

The startup develops modular mobile robots equipped with artificial intelligence for indoor navigation in healthcare facilities. These robots facilitate the efficient transport of goods, addressing the challenges of manual logistics and improving operational workflows in health establishments.

The startup develops and commercializes terrestrial robotic platforms equipped with modular technologies in mechanics, electronics, autonomous navigation, and artificial intelligence. These robotic systems are designed to operate effectively in human environments, enhancing operational efficiency and safety in various applications.

Rover Robotics manufactures industrial-grade, ROS-enabled unmanned ground vehicles (UGVs) designed for applications such as autonomous inspection, mapping, and surveillance. Their customizable mobile robots provide a robust research platform that enhances operational efficiency in various industrial sectors.

The startup develops an autonomous delivery robot equipped with lidar-based obstacle detection and advanced maneuverability, enabling it to navigate complex terrains without relying on GPS. This technology enhances last-mile logistics by ensuring efficient delivery in environments where traditional navigation methods may fail.

The startup develops semi-autonomous mobile courier robots equipped with cameras and sensors for food delivery and shopping services. These robots enhance the delivery experience by navigating sidewalks autonomously, addressing the inefficiencies of traditional delivery methods.

The startup develops custom cargo and last-mile delivery robots equipped with depth cameras and advanced sensors to facilitate user interaction. These robots help businesses in retail, healthcare, agriculture, and food services address labor shortages and improve operational efficiency.

This startup develops collaborative robots that integrate with human workers in service industries to address labor shortages and social issues. By sourcing and customizing robots for field assistance, the company enhances operational efficiency and workforce capabilities.

Drobot develops Collaborative Mobile Robots that operate in dynamic manufacturing environments, enabling real-time item retrieval and transfer between workers using intuitive controls like smartphones and natural language commands. This technology addresses the inefficiency of manual material handling, enhancing productivity and workflow in job shops.

This startup develops smart robotic technology for warehouses, including automated packaging and warehousing systems, as well as logistics sorting solutions. Their technology enhances operational efficiency by providing real-time tracking and analysis of goods delivery flows, addressing the challenges of labor shortages and inefficiencies in logistics.

The startup develops computer vision software that enables precise control over delivery locations for both human and robotic couriers. This technology enhances delivery accuracy by addressing issues related to misdeliveries and lost packages, ensuring customers can verify their preferences are met in real-time.

Catenary Robotics designs and manufactures delivery and cleaning robots equipped with VSLAM and Lidar navigation technologies, enabling efficient operation in various commercial environments. Their solutions address labor shortages and operational inefficiencies by automating tasks such as delivery and cleaning, ultimately enhancing productivity and reducing operational costs.

Robby Technologies is developing autonomous delivery robots equipped with advanced navigation and obstacle avoidance systems to transport food and packages directly to customers' doorsteps. This technology addresses the inefficiencies and delays associated with traditional delivery methods, enhancing convenience for users.

Swift Robotics manufactures autonomous indoor delivery robots designed for hospitals to transport medical instruments and medications efficiently. By automating these tasks, the robots enhance staff productivity and improve patient access to care while facilitating remote consultations through telepresence technology.

Aitonomi develops fully autonomous electric transport systems, including towing vehicles and delivery robots, designed to automate logistics processes in smart cities. Their technology reduces operational costs and emissions by enabling efficient, 24/7 transport of goods with automated trailer coupling, pallet recognition, and real-time communication with infrastructure.

The startup develops autonomous robotic delivery vehicles equipped with artificial intelligence, capable of transporting loads exceeding that of standard vehicles. This technology enhances logistics efficiency by enabling rapid and seamless goods transfer on both micro and macro scales.

Helper Robotics develops mobile robotic systems for restaurants, cafes, and shared kitchens to automate food preparation and service tasks. This technology enhances operational efficiency and reduces labor costs in the food service industry.

Delivery One employs drone technology and real-time logistics software to streamline cargo transport in the aviation sector. The company provides faster and more reliable air freight solutions, reducing delays and costs associated with traditional delivery methods.

Gopher Motion is developing an autonomous mobile robot designed for last-mile delivery, utilizing advanced navigation algorithms and sensor fusion technology to efficiently transport goods in urban environments. This solution addresses the challenges of high delivery costs and logistical inefficiencies faced by retailers and consumers in the final leg of the supply chain.

The startup operates a last-mile delivery management platform that utilizes route optimization algorithms and automated tracking systems to enhance delivery efficiency for businesses. By providing tools for real-time monitoring and data analysis, the platform helps reduce operational costs and improve customer satisfaction.