Warehouse layout: the strategic lever that transforms efficiency, space, and automation

A complete guide on how to design the layout and build a future‑ready logistics infrastructure.

Warehouse automation is no longer an option, it’s a strategy

According to Xpert, the automation of warehouse processes, long considered a strategic competitive advantage, has now become a vital necessity due to the rise of global megatrends.

With a projected market growth of over 8 billion dollars by 2029 and double‑digit annual growth rates, the message is clear: the era of the purely manual warehouse is coming to an end, opening the door to automation.

For example, the European warehouse automation market is expected to reach 8.37 billion dollars by 2029, up from 4.28 billion in 2024. This represents an annual growth rate of 14.40%. These figures do not merely indicate a trend, they strongly highlight a fundamental shift, almost a revolution, in the way value is created across the entire supply chain today.

Today, the warehouse and goods storage functions represent the beating heart of the company: when issues arise in moving goods quickly and on time, the entire supply chain feels the impact. For this reason, a proper warehouse configuration, targeted flow design, and high‑performance automated systems become strategic elements to ensure operational continuity and competitiveness.

Beyond storage: unlocking the full potential of the automated warehouse

The warehouse is the logistics structure that coordinates the inbound and outbound flow of goods, enabling companies to store, sort, and distribute items efficiently. Understanding the structure of an automated warehouse is the first step toward designing high‑performance, scalable systems.

Depending on operational needs, there are several types of warehouses:

Finished‑goods warehouses: ready for shipment

Production storage warehouses: dedicated to raw materials or semi‑finished goods

Buffers: used for temporary storage

Passthrough warehouses: designed for the rapid transfer of goods between different stages of the production chain

Analysis and design: the starting point for a winning warehouse layout

Building an automated warehouse is a complex task that requires careful design of the intralogistics layout and a critical, in‑depth analysis of the current and potential needs of the supply chain and the market. It calls for an approach capable of synergistically integrating the building structure, automation systems, and software solutions to ensure efficiency, scalability, and operational continuity.

Key elements to consider include:

• The warehouse’s logistics chain
• Supply chain and lead times
• Operational functionalities
• Definition of areas to optimize storage space
• Suitability of the building’s characteristics
• Future expansion and solution scalability

A carefully designed warehouse layout and a dedicated mechatronic solution can become a true competitive advantage. This is why consulting with experts in industrial automation and/or System Integrators is essential. More specifically, designing a layout for an automated warehouse must begin with efficient management of goods flows, ensuring that every decision meets the key requirements of an automation‑ready layout: operational continuity, safety, storage density, and speed of handling.

The 8 key factors for an effective warehouse layout

With over twenty‑five years of experience, Eurofork supports System Integrators in developing the solution and, consequently, the layout related to goods handling.

The configuration is defined by considering several key factors:

• Pallet infeed and outfeed points: designed to reduce travel times and improve space utilization
• Throughput: the layout must support the speed required by operational flows
• Total number of pallets to be stored
• Number of pallets per SKU: fundamental for volumetric efficiency
• ABC logic: organization based on rotation indexes (fast‑moving, medium‑moving, or slow‑moving items)
• FIFO (First In First Out), LIFO (Last In First Out), or FEFO (First Expired First Out) strategies
• Building type: brownfield or greenfield, with possible structural constraints such as obstacles, low ceilings, or irregular floor plans
• Load type: dimensions, weight, and any overhangs influence the choice of technologies

When high storage density is required, it becomes essential to design a layout for multi‑depth systems, capable of maximizing capacity without compromising accessibility and performance.

Once these aspects are analyzed, it is possible to define the most suitable layout, automation technologies, and software management. The System Integrator can also support the company in interpreting internal data to improve operational performance and achieve a truly efficient configuration.

Which solution should you choose? There is no universal model

There are many technologies for the automatic handling of pallets: stacker cranes with telescopic forks, mother‑child or 4‑way pallet shuttle systems, monorail systems, AMRs, and gravity-fed warehouses.

There is no one-size-fits-all solution. Transparent data sharing is essential to design a warehouse layout that truly reflects operational requirements and to develop a system that uses only the necessary level of automation.

Among the main decision‑making factors:

• Shortage of personnel or need to reduce working shifts: automated systems operate 24/7
• Available space and density targets
• Pallet Inbound and Outbound speed
• Improved goods traceability
• Reduction of energy consumption compared to traditional systems

From pallet shuttles to stacker cranes: key solutions in warehouse automation

Stacker crane systems with telescopic forks

These systems are ideal in contexts characterized by a high number of SKUs and a limited number of pallet positions per SKU (1 or 2), where selectivity is a key factor, or when high cycle rates are required in compact spaces.

They also enable strong optimization of vertical storage space, with warehouses that can exceed 25 meters (approximately 82 feet) in height.

The telescopic forks installed on stacker cranes allow bilateral storage and retrieval of load units (on the Z‑axis) in single, double, or triple deep configurations, ensuring maximum reliability, precise positioning, and high performance.

This system, widely used even in automated production lines, stands out for its high versatility, enabling safe load handling, optimized flow management, and minimal risk of error.

Telescopic forks are considered the ideal automation solution primarily when:

• There are many SKUs and few pallets per SKU
• High IN/h + OUT/h cycle rates are required in small warehouses
• Vertical warehouse development must be maximized (recommended above 25 meters – approximately 82 feet – in height)
• Handling of heavy loads (over 2 tons – 4,400 lbs)
• Handling of loads with unconventional shapes and dimensions (long goods)
• Full system customization is required due to workplace conditions (high humidity, wash‑down requirements, specific industrial environments such as kilns, etc.)

Mother – child pallet shuttle system

Mother–child pallet shuttle systems are multi‑depth storage solutions for load units, consisting of a mother e‑shuttle that travels along the aisle and a e-satellite that performs pallet storage and retrieval inside the storage channels.

Thanks to the ability of the mother e-shuttle to operate with multiple e-satellites simultaneously, this solution is particularly suitable for warehouses requiring very high storage density and throughput.

Mother–child pallet shuttle systems such as ESMARTSHUTTLE are optimal when:

• The warehouse has 10 or more pallets per SKU
• Storage depths beyond double or triple deep are required
• Throughput is extremely high

The warehouse has limited height, which does not allow the use of other technologies with standard dimensions

Four-way pallet shuttle system

The 4-way pallet shuttle is an extremely flexible multi-depth and multi-level solution, capable of operating autonomously along both the X-axis and the Z-axis of the warehouse.

Thanks to the lifter, it can also change warehouse levels (Y-axis) according to any software requirement.

It bridges the gap between mother-child shuttle systems and stacker cranes and is particularly suitable for complex or irregular layouts. It is ideal when:

• There are fewer than 10 pallets per SKU in the warehouse
• High flexibility is required to manage seasonal peaks
• Multi-depth pallet storage must be handled in non-conventional spaces
• Scalable and standardized layouts are needed; in this case, the E4CUBE® system is the optimal solution

Carefully evaluating technology choices together with System Integrators enables the adoption of proven and flexible solutions.

Eurofork, as a solution provider for System Integrators, covers the entire range of handling solutions for automated AS/RS warehouses, supporting partners in the design of pallet flow layouts and delivering effective short- and long-term solutions for the benefit of both end users and System Integrators.

The future of the warehouse starts with today’s choices

If intralogistics automation has become an essential direction, it is equally important to choose solutions that are future-ready.

An effective investment begins with an intralogistics layout designed to adapt to evolving business needs. Good automation must be scalable, upgradable, and capable of supporting new operational requirements.

The real competitive advantage lies not only in meeting current needs, but in creating a warehouse configuration that can support growth over the next ten years.