Most warehouse automation projects move through a similar process: the system architecture is defined, vendors are sourced, procurement locks in suppliers, and then installation begins. Container decisions are all too often made toward the end of this process, slotted in as a line item somewhere between supplier alignment and installation.
That sequencing creates a couple of critical (but avoidable) problems for warehouse operators and system integrators.
#1 – The Planning Problem
When a warehouse automation project starts selecting and specifying containers at the procurement stage, the decision falls to team members with budget authority but no plant-floor context. Procurement teams are experienced buyers, but they’re not always equipped to evaluate container decisions the way an operations manager or system integrator would.
Without that operational experience and context, automation containers are evaluated as a commodity: price, availability, and turnaround time. The questions that actually matter — Will the fleet meet the system’s mechanical requirements? Has induction been planned? Where are these containers being stored before they go live? — often don’t get asked until much later.
That can have a big impact on project schedules. Because getting containers into the AS/RS isn’t just a purchasing event. It involves scheduling deliveries around installation timelines, coordinating staging and storage, and planning induction labor. That work takes time and cross-functional alignment. When packaging is left as an afterthought, it creates a scramble at exactly the wrong moment: when the project schedule has no slack left, and every delay has downstream consequences.
For operations that require any level of container customization, the margin gets even tighter. Engineered container solutions move from initial design through mold production and final manufacturing on a timeline that can stretch to six months or more, depending on fleet size. That lead time doesn’t compress because the install date is fixed, opening the door to even more costly and time-consuming delays.
#2 – The Performance Problem
This second failure point is easier to miss because, even if the schedule holds, the project could still go sideways the moment the wrong bins and totes start running. Every AS/RS gets specified down to the smallest detail. Conveyor speeds, rack dimensions, and other essential parameters are specified with extreme precision. All too often, the bins and totes are left out of that initial system spec equation. Containers are sourced separately, sometimes pulled from an existing process the operation is trying to carry forward, sometimes selected off a spec sheet that looks “close enough.”
When an automated system is designed around a set of assumptions that doesn’t align with the realities of the container, system performance suffers. At best, efficiency is compromised. At worst, the system has to be modified to handle containers it wasn’t built for. That means added cost, added complexity, and added downtime, all because the container wasn’t treated as a system component.
The Fix Is Timing, Not Process
Both of these problems trace back to the same root decision: treating automated warehouse containers as a commodity to source after the system is built, rather than an essential element engineered alongside it.
The answer isn’t a faster RFP process or better vendor communication downstream. It’s moving the container conversation earlier, to the same design discussions as conveyors, racking, and controls. Not in a follow-up email once those decisions are already finalized.
Ready to bring your packaging partner into the system design conversation? Let’s talk.
