In the race to build new warehouses, distribution centers, and manufacturing facilities, it’s easy to focus on the walls, roof, and utilities and to push storage planning to a later phase. But treating racking and material handling systems as an afterthought is a costly misstep.
Too often, companies discover after move-in that their new facilities aren’t optimized for the type or volume of materials they’re handling. The result? Disrupted workflows, expensive retrofits, and missed opportunities for automation.
Smart companies know better: Storage systems should be integrated into facility planning from Day 1.
Optimize layout from the ground up
When racking systems are included early in facility design, every square foot of space can be optimized. Ceiling heights, floor load capacities, and racking dimensions must be precisely calibrated to support the inventory and material handling equipment.
With more advanced solutions such as automated storage and retrieval systems (ASRS) and automated guided vehicles (AGVs), coordinating additional software and hardware becomes crucial. These robotic systems require integration with elements such as conveyors, power supplies, and controls, as well as alignment with warehouse management systems (WMS) for the fulfillment of production orders.
Bringing storage into the architectural conversation early helps avoid painful rework later. Without that alignment, facilities often end up with structural limitations that make it harder and more expensive to adopt automation down the line.
Build storage for the future, not just the present
A well-designed storage system doesn’t just solve today’s problems; it anticipates tomorrow’s. Many racking solutions, especially those supporting robotics or automation, are modular and scalable. However, to take advantage of that scalability, the original layout must be designed to accommodate future expansion.
Early planning allows you to leave space for additional rows or bays, prewire for new power loads, and ensure the structural design supports long-term growth. By aligning storage systems with projected throughput and automation needs, you reduce disruption and downtime later.
Facilities that fail to do this often find themselves facing major layout overhauls just a few years after opening.
Align storage with labor strategy
As labor shortages continue across warehousing and manufacturing, many companies are turning to automation to maintain productivity. But automation isn’t a plug-and-play solution, especially if the storage infrastructure wasn’t designed to support it.
Including racking systems in your labor strategy allows for more thoughtful automation implementation. For example, if your future plan includes robotic picking, you’ll need racking that allows for robotic reach and navigation, along with the structural durability to withstand repeated contact over time.
Racks may also need to support robotic rails, integrated sensors, labels, or GPS alignment beacons to ensure system accuracy.
Simply put, you can’t automate what your infrastructure wasn’t designed to support.
Avoid expensive retrofitting
Retrofitting a facility to accommodate new racking systems or automation can be far more expensive than building it right the first time. Structural reinforcements, slab upgrades, revised layouts, and workflow disruptions all add to the cost.
In some cases, storage systems may require coordination with reinforced concrete pads or support posts — details that are much harder to address after a facility is operational.
One overlooked challenge is space allocation for the support systems around automation. Power boxes, charging stations, safety fencing, and maintenance zones all take up valuable floor space and must be positioned for accessibility and lockout-tagout compliance.
Early planning can ensure that these elements are incorporated seamlessly instead of being wedged into existing layouts as an afterthought.
Five key considerations when planning for automation
Whether you’re planning to integrate robotics now or later, here are five essential storage considerations to bring into your facility design conversations:
- Material accessibility – Robotic pickers and ASRS systems need racks that allow smooth, repeatable access. Durable construction is essential to handle repeated impact without compromising integrity.
- Space and reach requirements – Consider how far, how high, and how low your robots can reach. These limitations should inform racking design to ensure efficient access and minimize wasted space.
- Navigation and safety – Robotics systems often rely on navigation aids like RFID tags or GPS beacons. These must be aligned precisely with racking positions, requiring upfront coordination.
- Weight and support needs – Some automation systems require racking to bear not just material loads but also the weight of the robots themselves, including rails and platforms. That demands exceptional structural integrity and precise load calculations.
- Support infrastructure – Plan for the placement of power and control boxes, safety fencing, and charging stations. These require clearances and secure access points, all of which are easier to manage before construction is complete.
Don’t leave storage to the end
It’s tempting to push storage planning to the back burner in the early stages of construction. But by the time the walls go up, many critical decisions have already been made, sometimes in ways that restrict future flexibility and performance.
By bringing racking and storage infrastructure into the early planning stages, project teams can build facilities that are safer, more efficient, and ready to scale. Whether you’re an architect, general contractor, or operations leader, collaborating with a trusted storage provider early in the process helps avoid costly surprises later and ensures that your facility supports the operational excellence you’re building toward.