Warehouse Automation Survey: Five Costs Buyers Should Check
Warehouse automation buyers should examine ownership costs and support responsibilities before signing a contract, according to a survey released by robotics supplier Exotec on 28 October 2026. The online survey covered 250 supply-chain decision-makers in the United States and Canada. It reflects their responses and the commissioning supplier's interpretation, not a representative measure of every warehouse worldwide. Published 2026-10-31 04:18:30 -04:00 (America/New_York).
What the survey reported
Exotec says the survey was prepared by Method Research, distributed by RepData and conducted from 17 to 31 August 2026. It reports that 65% of respondents said ownership costs were higher than expected, while 27% said their operation was not ready when they invested. Respondents were full-time decision-makers who oversee or influence warehouse automation.
The release also says 94% considered changing providers prohibitively expensive. This is a reported perception among the surveyed group, not a calculated switching price. The release does not establish that its participants represent every operator, region or type of automation; the supplier also has a commercial interest in the subject.
Make the cost comparison complete
Buyers can use the findings as a prompt to build a detailed ownership model. Include design, equipment, building changes, software, integration, training, energy, consumables, maintenance and support. Model expected peak and off-peak workloads, and document who bears the cost when demand or product mix changes.
Ask each bidder to identify optional charges and assumptions, including software upgrades, travel, replacement parts and planned shutdowns. Compare proposals over the same period and with the same performance requirements. A lower initial price may still be appropriate, but the comparison should include the obligations and risks that continue after installation.
Assign responsibility across suppliers
Automation projects often combine robots, conveyors, software and building infrastructure from several companies. The contract should identify who coordinates testing, investigates faults and communicates with the buyer when an issue crosses equipment boundaries. Agree on response times, escalation contacts and the records needed to diagnose an incident.
Define acceptance criteria before equipment arrives. Measure order accuracy, good output, recovery time and availability over representative conditions, including peak volume and normal maintenance. A successful demonstration of one component does not necessarily establish that the complete operation meets its targets.
Check readiness and future change
Before implementation, review product data, operational processes, network capacity, staffing and the space available for maintenance. Identify who will own the system after the project team leaves and train staff on exceptions, not only normal operation.
Ask how data, software configuration and interfaces can be exported, and what happens if equipment must be expanded or a service provider changes. The survey does not prove that one contracting model is always best. It does highlight questions that buyers can resolve with evidence and clear agreements before making a long-term investment.
Review results after launch
Keep the original assumptions and review them after the system has operated through a busy season. Compare actual costs and service response with the contract, and record changes in throughput or product mix. A scheduled review helps both buyer and supplier identify which issues require maintenance, training or an agreed design change.
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