Gebrüder Weiss Opens Logistics And IT Center Vorarlberg

Key Takeaways

• €100 M ($108 M) investment creates 400 jobs
• 68,000‑pallet capacity, 200 pallets/hour retrieval speed
• 13 automated storage systems and 33 driverless vehicles
• Near Wolfurt cargo terminal, links Austria, Switzerland, Germany, Liechtenstein
• 1.5 MW solar plant supplies majority of facility’s power

Pulse Analysis

The logistics sector is accelerating its shift toward fully automated, data‑driven facilities, and Gebrüder Weiss’s new campus exemplifies that momentum. By consolidating warehousing, IT, and corporate functions on a vertical footprint, the company reduces land use while enhancing real‑time visibility across the supply chain. The high‑bay warehouse, equipped with 13 automated storage‑retrieval systems and driverless conveyance vehicles, can store 68,000 pallets and retrieve up to 200 pallets per hour, positioning the site among Europe’s largest fully automated hubs.

Beyond raw capacity, the center showcases cutting‑edge engineering practices. A digital twin simulated the entire intralogistics flow before construction, ensuring optimal layout and throughput. Sustainability is woven into the design: low‑carbon concrete cuts emissions by 35 %, and a 1.5 MW photovoltaic array—supplemented by rooftop plantings and EV charging stations—covers most of the facility’s electricity demand. These measures not only lower operating costs but also align with stricter EU climate regulations, offering a template for greener logistics.

Regionally, the project reinforces Vorarlberg’s role as a cross‑border logistics corridor, linking Austria, Switzerland, Liechtenstein, and Germany via the adjacent Wolfurt cargo terminal. The investment creates roughly 400 skilled jobs and strengthens the export‑oriented economy by delivering faster, more transparent freight handling. With a similar automated terminal planned for Pratteln, Switzerland, Gebrüder Weiss is poised to replicate this model across Europe, setting a new benchmark for integrated, sustainable supply‑chain infrastructure.