SUCCESSFULLY SUBSCRIBED
Thank you, your sign-up request was successful!
In recent decades, entire value chains have evolved toward smarter, faster, and more efficient logistics ecosystems. To stay competitive, supply chains must be flexible, scalable, and data-driven.
MOBOTIC supports this transformation with engineering expertise, in-depth know-how, and advanced drive systems for Autonomous Guided Vehicles (AGVs) and Autonomous Mobile Robots (AMRs) - the backbone of modern intralogistics. Our technologies and engineering services enable customers and OEM partners to develop high-performance mobile robots for a wide range of material handling and warehouse automation tasks, including:
With modular drive systems, precise motion control, and robust navigation interfaces, MOBOTIC helps accelerate product development, improve operational efficiency, and ensure reliability in dynamic warehouse environments.
Emerging trends such as AI-driven autonomy, 5G connectivity, edge and cloud integration, and collaborative robotics are driving a new era of smart manufacturing. Robots are becoming more intelligent, connected, and sustainable, helping companies address labor shortages, enhance operational safety, and boost production efficiency in assembly lines and monorail systems for moving car bodies, chassis, and sub-assemblies.
Across factories, mobile robots are increasingly replacing fixed infrastructure — supporting walk-by assembly, transporting components between workstations, and supplying production lines with precision and speed. Collaborative robots are further expanding the possibilities of flexible, human-friendly manufacturing environments.
MOBOTIC provides the engineering expertise, experience, and high-performance components - including modular drive systems, motion controllers, and navigation interfaces - that enable the development of advanced AGVs and AMRs for industrial use.
Our technology empowers manufacturers to build flexible, autonomous, and scalable mobile platforms, shaping the factory of the future.
Agriculture increasingly relies on mobile robots for tasks such as planting, harvesting, weeding, and crop monitoring, as well as for collecting data on soil conditions and plant health. In organic and bio farming, where each plant requires precise, individualized care, labor shortages make traditional methods economically unviable in developed countries.
The solution lies in autonomous agricultural robotics — including agricultural AGVs, autonomous tractors, and robotic harvesters — capable of performing pruning, seeding, harvesting, and weeding with exceptional accuracy. These applications demand robust mobile robots designed to operate in challenging terrain and weather conditions, optimized for efficient mobility while minimizing soil compaction and crop damage.
Our MoboDrive STO - outdoor dive system - already integrated into several agricultural robots worldwide — delivers the power, precision, and safety required to drive the next generation of smart farming automation.
Security and surveillance robotics are increasingly used in both civil and military applications, operating where fixed installations reach their limits. These mobile systems combine autonomous mobility, advanced sensing, and AI-based analytics to deliver a new level of situational awareness and real-time decision support.
The dual-use concept — where robots originally developed for civilian purposes such as logistics, agriculture, or inspection are adapted for defense and tactical missions — is rapidly expanding. Platforms such as Unmanned Ground Vehicles (UGVs) and Unmanned Aerial Vehicles (UAVs) now demonstrate the versatility, resilience, and adaptability required for both public safety and defense operations.
MOBOTIC supports this evolution with high-performance drive systems and outdoor motion solutions engineered for demanding environments.
Our drive systems and components have powered compact for urban vehicles such as e-scooters and electric 3- and 4-wheelers. Today, we support forward-thinking customers pioneering autonomous last-mile mobility, from driver-assistance solutions to fully automated low-speed vehicles. The next wave of innovation is being led by developers introducing robotaxis, autonomous people-movers, and last-mile delivery robots, all designed to optimize urban logistics and reduce emissions through intelligent routing and energy-efficient operation.
At MOBOTIC, we have extensive experience collaborating on projects of this type, sharing our technical expertise and providing mobile robotic solutions. Our technology empowers customers to design safe, efficient, and scalable mobile robots for last-mile logistics, food delivery, and urban mobility, helping to shape the future of sustainable transportation.
Heavy load handling is a rapidly growing segment for mobile platforms, whether human-controlled, semi-automated, or fully autonomous. While these applications are typically less demanding in terms of speed, the challenges increase with load capacity, torque requirements, and safety considerations.
The use of precisely controlled multi-wheel traction systems, optionally supported by castors, improves maneuverability and reduces ground pressure, enabling even the heaviest and most challenging loads to become mobile.
With MOBOTIC solutions such as MoboDrive ST, there is effectively no limit to the transported load, allowing platforms to handle extreme weights while maintaining precise control, reliability, and safety. Our technology empowers developers to design robust heavy-load mobile platforms capable of meeting the toughest industrial and logistics demands.
The role of robotics in healthcare and pharmaceuticals is expanding rapidly, driven by the need to alleviate staffing shortages and streamline operations. Hospitals and clinics are increasingly relying on automation for drug transport, patient assistance, and laboratory support, while pharmacy workflows benefit from intelligent robotic systems.
Current innovations include autonomous mobile robots (AMRs), collaborative robots, and automated pharmacy platforms that enhance precision, safety, and efficiency. In the projects we have collaborated on with our clients, the main goal was to develop systems capable of moving medications, supporting patient mobility, and handling routine clinical tasks, freeing healthcare professionals to focus on direct patient care.
Over the years, MOBOTIC has partnered on a variety of projects across the healthcare and pharmaceutical sectors, sharing our technical expertise and delivering solutions that meet the demanding requirements of these environments.