Where to put your European spare-parts hub: the logistics of fast repair

The starting point: lead time is a function of distance, not just speed

When a robot goes down on a production line in Lyon, the clock that matters is not the courier’s transit time from a warehouse in Frankfurt. It is the sum of detection, diagnosis, part request, pick-pack, customs (if any), last-mile delivery, and the technician’s travel. In practice, the single largest controllable variable is the location of the spare-parts inventory relative to the installed base. A part stocked in a regional hub 200 km away can be on a van within two hours; the same part from a central EU warehouse 1,200 km away may take 24–48 hours door-to-door. That difference often decides whether a customer’s downtime is measured in hours or days.

This article examines the trade-offs between a single central EU hub, regional stocking, and a multi-hub network, and explains why the EU’s Right to Repair directive turns parts availability from a commercial preference into a legal obligation.

The central hub argument: scale and simplicity

A single central warehouse—say, in the Netherlands or Germany—offers obvious economies. One inventory pool, one team, one set of processes. For a manufacturer entering Europe with a limited installed base, a central hub minimizes capital tied up in stock and avoids the complexity of managing multiple locations. It also simplifies compliance: one import entry point, one VAT registration, one set of customs procedures.

But the central hub’s weakness is geographic. Europe is not a uniform market. A hub in Frankfurt serves Poland and Spain with very different lead times. For a customer in Lisbon, a part from Frankfurt may take two days by road, plus potential customs delays if the hub is outside the EU (though most central hubs are inside). The IDC’s recommendation for regional spare parts hubs reflects this reality: as the installed base grows, the cost of downtime outweighs the savings from centralization.

Regional stocking: proximity beats pure cost

Regional hubs—typically one in Western Europe, one in Central/Eastern Europe, and one in Southern Europe—cut the average distance to the customer dramatically. A part stocked in a regional hub can often be delivered same-day or next-day within a 300–500 km radius. This is particularly valuable for high-utilization robots in manufacturing or logistics, where every hour of downtime has a direct cost.

Regional stocking also enables faster technician dispatch. If a technician is based near the regional hub, they can pick up the part and travel to the site in one trip, rather than waiting for a separate delivery. This consolidation of part and labor is a major driver of reduced repair turnaround.

The downside is inventory duplication. Each regional hub must carry a baseline of critical parts, increasing total stock value. For a small manufacturer with only a few dozen machines in Europe, this may be uneconomical. The decision hinges on the installed base density and the criticality of uptime.

Multi-hub: the network effect

A multi-hub network—perhaps three to five locations—combines the benefits of regional proximity with the flexibility of a distributed inventory. Parts can be transferred between hubs overnight, so a slow-moving part can be stocked in only one or two locations and shipped to the nearest hub on demand. This reduces total inventory while keeping most parts close to the customer.

Multi-hub also supports a ‘2-day anywhere’ service level, which is becoming a de facto standard in industrial after-sales. It requires a robust inventory management system and a reliable logistics partner, but the operational complexity is manageable for a dedicated service network.

The Right to Repair: parts availability becomes a legal duty

Directive (EU) 2024/1799, the EU’s Right to Repair directive, fundamentally changes the stakes. It obliges manufacturers to offer spare parts for a defined period—typically 7–10 years after the last unit of a model is placed on the market—and to make those parts available at a reasonable price. The directive also requires that parts be delivered within a reasonable time, though it does not specify exact lead times.

This means that a manufacturer’s spare-parts strategy is no longer just a cost center; it is a compliance requirement. Failure to stock parts or to deliver them promptly could lead to legal action from consumers or national authorities. The directive applies to a range of products, and while robots are not explicitly listed, the general principles are likely to apply to industrial equipment as well. A manufacturer entering Europe must therefore plan its parts network with the directive’s timelines in mind.

Importantly, the directive does not mandate a specific warehouse location. It leaves that to the manufacturer. But it does create a strong incentive to ensure that parts are available and deliverable within a timeframe that satisfies both customers and regulators.

Central vs regional vs multi-hub: a decision table

Practical considerations for a new entrant

For a Chinese robotics manufacturer setting up European after-sales, the first step is to map the installed base—current and projected. If the base is small (say, under 50 machines), a single central hub is the rational starting point. As the base grows past a few hundred, regional hubs become viable. The IDC’s recommendation for regional spare parts hubs suggests that even mid-sized players should plan for regional stocking from the outset.

Another factor is the nature of the parts. High-value, low-velocity parts (e.g., controllers, motors) can be kept centrally, while high-velocity consumables (e.g., grippers, sensors) should be at regional hubs. A multi-hub network allows this segmentation.

Finally, consider the legal environment. The Right to Repair directive is not yet fully transposed in all member states, and enforcement may vary. It is prudent to design a parts network that can meet a 7-year availability obligation without overcommitting to inventory that may become obsolete.

Conclusion: start central, plan for regional

There is no one-size-fits-all answer. A central hub is the cheapest way to begin, but it will not deliver the fast repair times that European customers increasingly expect. As the installed base grows, a regional or multi-hub approach becomes necessary—not only for commercial reasons but also to comply with the Right to Repair directive. The key is to design the network with scalability in mind, so that adding a hub is a planned step, not a crisis response.

For a service network being set up in Europe, the logistics of parts placement are the foundation of repair speed. Get that right, and the rest—technician dispatch, customer communication, compliance—becomes manageable.

Sources

• IDC — Robotics market — https://www.idc.com/ (accessed 2025-12-14)
• EUR-Lex — Directive (EU) 2024/1799 — https://eur-lex.europa.eu/eli/dir/2024/1799/oj (accessed 2025-12-14)