Continental Develops Compact Autonomous Robot For Flexible Small Load Transport

(MENAFN- Robotics & Automation News) How autonomous mobile robots are picking up the slack caused by labor shortages

July 2, 2025 by Sam Francis

Autonomous mobile robots and their more versatile cousins, mobile manipulators, are increasing in number across many different sectors.

They are rapidly becoming the backbone of modern logistics and are now extending their reach far beyond the warehouse floor, revolutionizing how goods are moved, tasks are performed, and industries operate.

This burgeoning trend, frequently covered on Robotics and Automation News , underscores their critical role in addressing pressing challenges like labor shortages and the demand for greater efficiency in dynamic environments.

The evolution of AMR technology

The advancements in AMR technology have been remarkable. Modern AMRs leverage sophisticated sensors (such as LiDAR, 3D cameras, and proximity sensors), advanced AI, and Simultaneous Localization and Mapping (SLAM) algorithms to navigate complex, changing environments without the need for fixed infrastructure like magnetic tapes or guide wires.

This allows them to dynamically adjust routes, avoid obstacles, and seamlessly integrate into existing human workflows.

Recent innovations have further enhanced their capabilities. As seen with ABB's introduction of their most compact AI-powered AMR, capable of handling payloads up to 1500 kg, these robots are becoming more powerful and intelligent, ready to tackle heavier loads and more intricate tasks.

Similarly, Continental's unveiling of an ultracompact transport robot demonstrates the industry's drive towards smaller, more agile solutions that can operate in confined spaces. These developments highlight a clear trend: AMRs are becoming more adaptable, efficient, and capable of working safely alongside human colleagues.

Optimizing supply chains

The impact of AMRs on warehousing and logistics is nothing short of transformative. They are fundamentally reshaping supply chains by:

• Enhancing operational efficiency : AMRs automate repetitive and time-consuming tasks like material transport, order picking, and sorting. This leads to faster processing times, reduced human error, and a significant boost in throughput. Operations like Amazon's fulfillment centers, with hundreds of thousands of AMRs, exemplify how these robots can drastically cut order fulfillment expenses.
• Improving inventory management : Equipped with real-time tracking and data accuracy features, AMRs provide precise inventory oversight, minimizing discrepancies and optimizing stock levels.
• Addressing labor shortages : In an era of persistent labor scarcity, particularly in physically demanding logistics roles, AMRs offer a vital solution. By taking over mundane, strenuous, or hazardous tasks, they free up human workers to focus on more complex, value-added activities, maximizing the existing workforce. This directly contributes to maintaining operational continuity and reducing the burden on human employees.
• Increasing scalability and flexibility : Unlike traditional automation that requires extensive, fixed installations, AMRs are highly flexible. They can be easily deployed and scaled up or down based on demand fluctuations, making them ideal for businesses with changing operational needs. Their ability to operate in existing facilities without significant modifications offers a cost-effective path to automation.

Beyond transportation

Building on the foundation of AMRs, mobile manipulators (sometimes abbreviated to MoMas) take versatility to the next level by integrating a robotic arm onto an autonomous mobile base. This fusion creates a highly adaptable system capable of both moving through an environment and performing intricate manipulation tasks.

MoMas are addressing labor shortages by automating tasks that previously required human dexterity and mobility. They can pick and place items, perform quality control inspections, assist in assembly lines, and even sort packages for outbound deliveries.

This combination of mobility and manipulation means they can seamlessly transition between different workstations and execute a wide array of jobs in dynamic, often unpredictable, environments.

For instance, a mobile manipulator could deliver components to an assembly line and then, using its arm, precisely place them onto a product, all while navigating around human workers and other machinery.

While often seen in logistics for advanced picking and packing, the applications of mobile manipulators are rapidly expanding:

• Manufacturing : Assisting with assembly, welding, and quality inspection on flexible production lines.
• Healthcare : Transporting medical supplies, delivering meals, and even assisting with patient care tasks, reducing contact time and freeing up medical staff.
• Agriculture : Performing tasks like precision planting, harvesting, and crop monitoring in dynamic field conditions.
• Service industries : Enhancing tasks in retail environments, hospitality, and even cleaning services.

The continuous innovation in this field, from new cleanroom-certified robots like those Kuka recently launched for the semiconductor and electronics industries, to the ultra-compact solutions by Continental and powerful AI-driven AMRs by ABB, signals a clear trajectory.

Autonomous mobile robots and mobile manipulators are not just tools for today's logistics challenges; they are foundational technologies shaping the future of industrial efficiency and human-robot collaboration across an ever-widening array of sectors.

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