Top 50 Autonomous Mobile Robot in Europe

Gideon Brothers develops autonomous mobile robots equipped with AI visual perception to automate manual material handling tasks in manufacturing, logistics, warehousing, and retail. Their technology addresses labor shortages and inefficiencies by increasing throughput, improving process stability, and enhancing workplace safety.

Coalescent Mobile Robotics develops autonomous mobile robots designed for in-store transportation of goods, including restocking and order fulfillment. By automating the movement of trolleys, the robots reduce employee walking time by up to 40%, enhancing operational efficiency and allowing staff to focus on customer-centric tasks.

Oinride develops rugged autonomous mobile robots and intelligent software systems for high-risk mining tasks. These solutions integrate AI and robotics to perform inspections, mapping, and environmental monitoring remotely. The core value is improving operational efficiency and safety in extreme industrial environments.

Movu Robotics provides modular warehouse automation solutions, including Autonomous Mobile Robots (AMRs) and Automated Storage and Retrieval Systems (ASRS). Their plug-and-play approach simplifies integration, enhancing space utilization and operational efficiency for logistics, e-commerce, and retail businesses.

ARX Robotics develops software-defined autonomous mobile robotics systems for defense and commercial applications. Their platforms, including Gereon RCS and Hector, integrate with existing command systems to enhance operational readiness and decision superiority. The company focuses on strengthening European technological sovereignty through scalable unmanned solutions for reconnaissance, logistics, and fire support.

Swiss-Mile develops an AI-driven wheeled-legged robot designed for logistics and monitoring, capable of autonomously transporting goods and detecting anomalies in real-time. This technology addresses labor shortages by automating repetitive tasks, enhancing operational efficiency, and improving worker safety across various sectors, including security and construction.

Opteran develops neuromorphic software for autonomous machines by reverse-engineering biological intelligence. This "Opteran Mind" provides infrastructure-free localization and navigation for mobile robots in challenging, dynamic environments. The foundation model delivers general-purpose autonomy on the edge without requiring extensive data centers or traditional AI training.

Universal Mechanical Assistant (UMA) develops general‑purpose mobile and humanoid robots that combine human‑level dexterity with advanced AI perception of the physical world. Their platform is designed for real‑world tasks, and they plan to launch pilot programs in logistics and manufacturing by 2026 to demonstrate the robots’ capability to handle complex material‑handling workflows. UMA’s multidisciplinary approach integrates mechatronics, software, and simulation to create intelligent robots that improve everyday quality of life.

Phantum provides modular autonomous platforms that fuse sensor data, real‑time perception, and adaptive control to enable drones, ground robots, and industrial vehicles to operate safely without human intervention. Their AI‑driven software stack includes a safety supervisor, model‑predictive path planning, and a cloud‑connected fleet management console for telemetry, diagnostics, and over‑the‑air updates, helping manufacturers and service providers reduce labor costs and improve productivity.

FarmDroid FD20 is a solar-powered autonomous robot that utilizes RTK GPS technology for precise seeding and mechanical weed control, achieving an accuracy of 8 mm. It reduces the need for manual labor and chemical use in agriculture, offering a payback period of as low as one year through increased crop yields and minimized weeding costs.

Lunar Outpost develops robotic systems and mobility solutions, including the Mobile Autonomous Prospecting Platform (MAPP) rover and Lunar Terrain Vehicle (LTV), to facilitate lunar exploration and resource extraction. The company aims to establish sustainable infrastructure on the Moon and enable the first commercial sale of space resources, addressing the need for reliable technology in extreme extraterrestrial environments.

AOP Robotics develops universal intelligence for autonomous vehicle operation across various sectors. Their core technology utilizes a state-of-the-art neural network to process raw sensor data for real-time, safe driving decisions. This adaptable system provides reliable performance for applications including warehouse logistics, delivery, construction vehicles, and taxi services.

Angsa Robotics provides autonomous robotic solutions for waste removal on public green and grey spaces. Their AI-powered robots use computer vision for precise litter detection and collection, minimizing environmental impact. The system offers real-time monitoring and data insights via an application to optimize cleaning operations and address staffing shortages.

Oversonic Robotics develops cognitive humanoid robots, like the RoBee Series R, designed for autonomous operation in industrial and collaborative environments. These robots integrate AI-based perception and real-time decision-making to perform complex tasks such as pick-and-place, quality inspection, and logistics support. The platform enhances human-machine collaboration by safely handling strenuous or repetitive work across manufacturing, healthcare, and intralogistics sectors.

Innate provides MARS, an open‑source, general‑purpose robot that ships with onboard compute and a complete AI stack, enabling developers to run manipulation, navigation, and other skills out of the box. Its programmable foundation agent, BASIC, can reason over long‑term goals, orchestrate modular skills, and adapt in real time, while the platform’s open hardware and software let users add sensors, tools, and custom behaviors. The system includes a rapid skill‑training workflow using a detachable arm and smartphone interface, fostering a community‑driven ecosystem for embodied AI applications.

The startup develops a modular orchestration software that integrates artificial intelligence and edge computing for drones and ground robots. This solution enables autonomous operations in applications such as surveillance, emergency response, and inspections, enhancing operational efficiency across diverse hardware and network environments.

Sonair develops the ADAR 3D ultrasonic sensor to enable safe human-robot collaboration in industrial environments. This acoustic detection and ranging technology provides robots with full 3D awareness, depth, and directionality up to a 4-meter range. The compact, easily integrated sensors help autonomous mobile robot manufacturers reduce costs while enhancing operational safety and performance.

Driveblocks provides a Physical AI platform for industrial vehicle autonomy, enabling safe and reliable autonomous tasks across agriculture, construction, mining, and defense sectors. The platform integrates perception and sensor-fusion modules designed for harsh, off-road environments and unstructured topologies. It achieves high performance and cost efficiency through fine-tuned AI models derived from a crowdsourced data pool.

ANYbotics develops legged robots specifically designed for industrial inspection tasks in challenging environments. These robots enhance operational safety and efficiency by autonomously navigating complex terrains to perform inspections that would be hazardous for human workers.

Neura Robotics develops cognitive robotic assistants equipped with advanced sensors and artificial intelligence to enhance human-machine collaboration in both industrial and personal environments. Their technology addresses the need for intuitive interaction and autonomous navigation, enabling robots to perform complex tasks safely and efficiently.

IADYS develops robotic and AI solutions, including the Jellyfishbot and the Mobile Oil Skimmer, to collect floating waste and respond to oil spills in marine environments. Their technology enhances pollution control efforts by providing efficient, autonomous waste collection in hard-to-reach areas, thereby protecting aquatic ecosystems.

Develops a full-stack driverless vehicle platform, ConICAV™, that retrofits or custom-builds autonomous vehicles for industrial and commercial fleets in ports, airports, and yards. By integrating AI and machine learning, it improves asset management, operational efficiency, and sustainability, enabling fleets to operate with zero human drivers.

Keybotic develops autonomous robot dogs for industrial inspections across sectors like Oil & Gas, Energy, and Chemicals. These robots conduct routine patrols using visual, thermal, and acoustic sensors to monitor facilities. The system uses AI for real-time hazard detection, anomaly reporting, and optimized task execution, improving safety and maintenance efficiency.

Clevon develops and manufactures fully electric, lightweight autonomous delivery robots for last-mile logistics. Their Level 4 self-driving system enables driverless courier services with proven safety records on public roads. This technology significantly reduces labor costs while offering an environmentally friendly and efficient delivery solution for various sectors.

Avular develops modular drone and mobile robotics platforms, including the Vertex One drone and Origin One robot, equipped with advanced autopilot technology for autonomous navigation. Their solutions enable the rapid integration of custom sensors and the automation of existing machinery, addressing the need for efficient and precise robotic applications in various industries.

This startup develops autonomous farming robots utilizing ExoMars Rover technology to carry precision agricultural tools and integrate with an intelligent data platform. Their solution addresses the need for fresh, chemical-free produce by modernizing traditional farming methods through automation and data-driven insights.

This startup develops an autonomous robot platform equipped with computer vision and machine learning to predict crop maturity and perform precision harvesting. By selectively harvesting labor-intensive crops, the technology minimizes damage and enhances local produce yield, ensuring freshness for farmers.

Provides autonomous outdoor vehicle parking and logistics solutions using mobile robots and intelligent storage management software. This system increases parking capacity, reduces operational costs, and streamlines vehicle handling for industries like valet services and car logistics.

NODE Robotics provides modular autonomy software, NODE.OS, specifically for mobile robot OEMs. This platform integrates core robotics skills like SLAM, navigation, and fleet management with flexible hardware connectors and software adapters. The system enables manufacturers to build adaptable, cost-effective robotic solutions independent of specific hardware vendors.

Robotise develops autonomous mobile robots, such as JEEVES, for service automation in commercial environments. These robots facilitate flexible material transport and in-house deliveries for sectors including healthcare, hospitality, and offices. The company utilizes a Cloud Robotics IoT Platform to manage and deploy its autonomous mobile platform solutions.

This company provides Node, a flexible autonomous mobile robot designed for ad-hoc and on-demand material handling operations. Node utilizes AI, 3D LiDAR, and patented steering technology for autonomous navigation, precise task execution, and data collection in dynamic environments. The platform offers an intuitive, plug-and-play user experience, enabling non-technical personnel to easily map spaces and deploy custom missions.

This company designs and deploys Autonomous Mobile Robots (AMR) to automate intralogistics flows for industrial and logistics operations. Their solutions integrate navigation technologies like SLAM, follower mode, and fleet management to ensure safe, flexible material transfer. The AMR systems aim to reduce manual handling, increase productivity, and support Industry 4.0 transformation.

KEMARO AG develops autonomous cleaning robots designed for industrial environments, specifically the K900 model, which operates with advanced navigation technology to detect and avoid obstacles. These robots help companies reduce cleaning costs by up to 50% while efficiently maintaining safety in hazardous areas.

The startup develops modular equipment for mobile robots, including roller and lifter modules, carts, racks, and docking stations, specifically designed for logistics and healthcare applications. This technology enhances the efficiency of material handling and transportation between production and warehousing environments.

ECEON Robotics develops autonomous mobile robots (AMRs) for material handling processes like truck loading and internal transportation. These intelligent robots integrate advanced AI and hardware to increase productivity and significantly reduce material handling costs. The systems are designed for rapid deployment and require no specialized training for operation.

The startup develops affordable smart mowing robots equipped with artificial intelligence that autonomously navigate lawns while avoiding obstacles such as plants, water, and animals. These robots provide efficient lawn maintenance and security features, along with lifelong free software updates to enhance functionality over time.

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.

This company develops autonomous mobile robots for commercial applications, offering both disinfection and infotainment models. Their disinfection robots provide automated sanitation solutions for maintaining clean environments in public spaces. The infotainment robots focus on positive human-robot interaction to enhance user experience in settings like airports and retail centers.

arculus provides a modular autonomous mobile robot (AMR) platform with interchangeable payload modules and marker‑free ROS 2‑based SLAM for intra‑facility material transport. Its cloud‑enabled Fleet Manager, built in Rust and VDA5050‑compliant, offers real‑time task scheduling, fleet monitoring, and OTA updates through a web UI. The solution enables warehouses, distribution centers, and manufacturers to deploy and scale flexible robot fleets without proprietary hardware or floor markers.

Fieldwork Robotics develops autonomous harvesting robots equipped with advanced sensor technology and machine learning to efficiently pick soft fruits like raspberries. This technology addresses the $1 billion picking costs in the raspberry market by significantly reducing labor expenses and minimizing crop wastage.

E-COBOT manufactures autonomous mobile robots designed for logistics tasks in stores and warehouses, utilizing advanced artificial intelligence for navigation and task execution. Their solutions enhance operational efficiency by automating the transport of various items, such as packages and carts, thereby reducing manual labor and streamlining supply chain processes.

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.

Trabotyx develops autonomous weeding robots that utilize computer vision and mechatronics to perform precise weeding tasks, significantly reducing the need for manual labor. By automating the weeding process, the robots can cover over 1 hectare per day, leading to a 60% reduction in weed control costs over five years.

Zeal Robotics develops autonomous mobile robots (AMRs) specifically designed for warehouse automation. Their technology focuses on advanced navigation and control systems to optimize material handling within logistics environments. The company provides solutions to enhance operational efficiency and throughput in modern warehousing facilities.

The startup develops mobile robots equipped with mechatronics, AI, and autonomous navigation to perform labor-intensive tasks in various environments. By utilizing advanced human-machine interaction techniques, these robots enhance operational efficiency and reduce the physical burden on workers.

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.

Stradot provides a removable, ground‑free robotic valet system that autonomously moves vehicles between drop‑off points and storage locations, boosting parking density without any permanent infrastructure. Its straddle‑type robots and AI‑driven flow‑management software operate on any surface, handling vehicles up to three tons and delivering a cloud‑based dashboard for real‑time monitoring and scheduling. The solution is aimed at airports, transport hubs, hospitals, malls and logistics sites seeking to increase capacity while minimizing land use and construction costs.

Eiratech Robotics provides a goods-to-person robotics platform that utilizes autonomous robots and modular software to enhance order fulfillment and inventory management in e-grocery, retail, and manufacturing sectors. The system minimizes manual processing and operational inefficiencies, allowing businesses to scale their logistics without major infrastructure changes.

Cobotix provides affordable warehouse automation through a range of collaborative robots, from simple autonomous pallet trucks to fully autonomous AMRs and fleet‑management systems. Customers can start with a single robot on a fixed route for as little as €500 per month, then scale to multi‑robot fleets with dynamic navigation and integration to WMS/ERP. The solution is designed to run safely alongside staff, reducing wait times, errors, and repetitive transport tasks.

Agora Robotics develops autonomous cleaning robots, such as the Sweep model, designed for large facilities like warehouses and airports. This cobot automates hard surface floor cleaning using water, detergents, and brushing followed by vacuuming and drying. The system operates independently, featuring self-sufficient navigation and automated docking for charging and waste management.