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Mobile robotics in logistics as a response to new operational challenges

Mobile robotics in logistics, which integrates everything from autonomous mobile robots (AMRs) to automated guided vehicles (AGVs) and automated forklifts, has evolved from an emerging concept into an increasingly integrated component of modern logistics operations.

In an environment shaped by demand volatility, cost pressure, and growing labour shortages, mobile robotic solutions enable companies to design operations that are more flexible, scalable, and resilient, helping them adapt to fluctuating demand while maintaining high levels of operational efficiency.

Today, logistics automation is no longer limited to large, highly standardised facilities. Advances in mobile robotics and software now make it possible to automate processes that would have been considered impractical just five or ten years ago, including situations involving high SKU variability, slow-moving inventory, or significant space constraints.

Flexibility and scalability: key advantages of mobile robotics and warehouse automation

Modern logistics operations combine people, technologies, and systems of many different types. However, the most effective solutions typically share three essential characteristics: flexibility, scalability, and resilience. Flexible robotics applied to logistics responds well to these requirements.

Compared with more rigid automation approaches, mobile robotic systems can handle SKUs of very different sizes, weights, and formats within the same environment while easing the pressure on labour-constrained operations. In practice, this allows companies to start automation projects with a manageable initial investment and expand them progressively as business needs evolve.

For many organisations, this approach makes it possible to launch warehouse automation projects that might otherwise be postponed indefinitely.

Mobile robotics as a lever for unlocking complex logistics projects

The potential of mobile robotics becomes especially clear in projects that initially seemed unfeasible due to cost constraints, construction requirements, or structural limitations. In these situations, mobile robotics provides a new path forward: implementing compact Goods-To-Person (GTP) solutions capable of storing and managing large numbers of very slow-moving SKUs within limited space.

Thanks to mobile robotic bases, it becomes possible to handle large and heavy items alongside smaller and lighter products within the same system. Achieving this level of versatility is far more complex with traditional automation systems.

As a result, many companies move from being unable to automate their warehouse operations to having a fully operational system in place, delivering measurable improvements in efficiency, ergonomics, operational control, and space utilisation.

The real challenge of mobile robotics: transforming processes and mindset

When launching a warehouse project with mobile robotics, the main challenge is often not technological but conceptual. Automation is not about simply replicating an existing manual process; it requires rethinking workflows from the ground up.

Mobile robotics requires adapting operational flows, removing process bottlenecks, and accepting a reorganisation of the logistics model. As with any advanced technology, the surrounding environment must be adapted to ensure optimal performance.

As manufacturers and system integrators, the goal is to minimise the impact of change and adapt the technology to each business environment. However, for a project to succeed, organisations must also be willing to evolve the way they operate. In practice, automation drives continuous improvement in processes and organisational structures.

A decade of transformation for mobile robotics in logistics

The logistics sector is undergoing rapid transformation. After years of gradual technological progress, mobile robotics, artificial intelligence, and logistics software are increasingly converging to reshape warehouse operations.

This technological shift is accompanied by a complex labour environment, including shortages of workers for certain operational roles and declining interest in some physically demanding jobs. In this context, automation does not necessarily replace human labour; instead, it helps address real operational challenges faced by many companies.

Over the next decade, mobile robotics will continue to expand, and warehouse automation will move from being an exception to becoming a standard operational model. Increasingly, companies of all sizes, including small and medium-sized businesses, will integrate mobile robotic solutions as a natural part of their daily operations.

TGW Logistics' employee's hands in front of a screen, presenting the FlashPick solution for flexible logistics TGW Logistics' employee's hands in front of a screen, presenting the FlashPick solution for flexible logistics
What is an automated warehouse and how does it transform modern logistics?
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TGW Logistics is a foundation-owned enterprise headquartered in Austria and a global leader in warehouse automation and warehouse logistics. As a trusted systems integrator with more than 50 years of experience, we provide end-to-end services: designing, implementing, and maintaining fulfilment centres powered by mechatronics, robotics, and advanced software solutions.

With over 4,600 employees across Europe, Asia, and North America, we combine expertise, innovation, and a customer-centric dedication to help keep your business growing. With TGW Logistics, it's possible to transform your warehouse logistics into a competitive advantage.