Exotec Skypod fleet runs Swiss warehouse with 100+ robots

More than 100 Exotec Skypod robots are now live at Dosenbach-Ochsner’s Luterbach site in Solothurn, Switzerland, delivering a sweeping retooling of intralogistics for the Deichmann Group-backed company. The deployment marks a milestone in Swiss warehousing: a high-density, autonomous storage-and-picking system expanding capacity without sprawling new footprints. Since go-live, the Skypod-based solution has steadily scaled to feed multiple picking and packing stations, according to production data from the company’s integration teams.

What makes this deployment notable isn’t merely the headcount of robots, but the scale it represents for a mid-market Swiss operation. Exotec’s Skypod system converges two pillars of modern logistics: dense, vertical storage and a coordinated fleet of bots that deliver parts and orders to human operators at ergonomic convertor points. At Luterbach, the setup is designed for modular growth, enabling the site to expand throughput by adding more pods or augmenting existing cells without a forklift parade through every aisle. The result, many industry observers say, is a capability jump that doesn’t require an army of new overnight hires—if trained personnel are deployed to supervise the cells and handle anomalies.

From a practitioner standpoint, several deployment realities stand out. First, integration is not simply “plug and play.” The Skypod system needs real estate planning—re-purposing floor space to accommodate multi-tier towers, docks for charging and maintenance, and robust network infrastructure to coordinate tens of robots in real time. Operators must align the warehouse management system with the Skypod’s tasking logic, as well as calibrate pick paths to minimize travel time across the floor. These are standard hurdles for any high-density automated storage, but the Swiss site underscores how large a role floor planning and IT/OT integration play in achieving meaningful gains.

Second, the human element is still central. Even with hundreds of autonomous pods, humans remain essential at the picking and packing touchpoints, quality checks, and exception handling. The deployment’s success depends on workers’ ability to interact with the automations—trusting the robots to fetch items and knowing when to intervene. It’s a reminder that automation’s payoff often rests on equip-and-teach cycles rather than a one-off hardware install.

Industry insiders note that public ROI benchmarks for this kind of rollout are highly variable. The company hasn’t publicly published cycle-time improvements or a payback figure for the Luterbach install. In practice, ROI tends to hinge on product mix, peak season demand, and the degree to which space savings translate into additional SKUs or faster replenishment. What is clear from this case is a trend: large automation programs are moving beyond pilots into sizable, multi-hundred-robot deployments in select European markets, signaling a maturation of scalable intralogistics.

Hidden costs, too, deserve attention. Vendors don’t always spell out software licensing trajectories, ongoing maintenance, and the potential for downtime during system upgrade cycles. For this project, operators will be watching for ongoing battery life management, spare-parts planning, and the cadence of firmware updates that could affect performance or compatibility with existing warehouse software.

As Dosenbach-Ochsner demonstrates, a decisive automation leap can hinge on planning that treats robots as a scalable, integrated solution rather than a single demo. The Luterbach installation suggests a future where Swiss warehouses can scale throughput through blueprinted, modular robotics without expanding real estate—provided integration stays tight, people stay engaged, and the total cost of ownership remains transparent.