Ecodesign and repairability: the EU’s push to make robots fixable by design
Ecodesign and repairability: the EU’s push to make robots fixable by design
When the Ecodesign for Sustainable Products Regulation (ESPR) entered into force on 18 July 2024, it quietly set in motion a regulatory shift that will eventually touch every motor, controller, and sensor pack sold in the European Union. For the robotics industry, the most consequential part is not the energy-efficiency metrics that dominated earlier ecodesign rules, but the new emphasis on durability and repairability. The regulation empowers the European Commission to adopt delegated acts that will mandate, among other things, that spare parts remain available for a minimum number of years, that repair information be accessible to independent technicians, and that products be designed so that they can be disassembled without destroying components. These requirements will apply to ‘electric motors’, ‘electronic displays’, and ‘welding equipment’—categories that overlap heavily with robotics subsystems—and the Commission has explicitly listed ‘robots’ as a priority product group for future measures. The practical consequence: a robot that cannot be repaired will soon be a robot that cannot be legally sold in the EU.
What the ESPR actually requires
The ESPR replaces the old Ecodesign Directive (2009/125/EC) and expands its scope from energy-related products to nearly all physical goods, including robotics. The regulation sets out a framework of ‘ecodesign requirements’ that the Commission will flesh out through delegated acts. Key provisions relevant to repairability include:
- Spare parts availability: Manufacturers may be required to make spare parts available to professional repairers (and sometimes end-users) for a specified period after the last unit of a model is placed on the market. For example, the existing rules for vacuum cleaners require 10 years of spare parts; similar periods are expected for robotics components.
- Repair information: Access to technical documentation, diagnostic software, and firmware updates must be provided to independent repairers on fair and non-discriminatory terms.
- Disassembly and reassembly: Products must be designed so that critical components can be removed and replaced with commonly available tools, without causing permanent damage.
- Durability requirements: Minimum lifetime expectations may be set, and manufacturers may be required to provide information on the product’s expected lifespan.
- Software updates: For products with software, updates must be provided for a minimum period, and updates must not reduce performance or repairability.
The regulation also introduces a ‘Digital Product Passport’ that will carry information on repairability, spare parts, and disassembly instructions. This passport will be accessible via a QR code on the product label, giving repairers and regulators instant access to critical data.
How this applies to robotics
Robots are complex assemblies of motors, drives, controllers, sensors, and software. The ESPR’s delegated acts will likely target these subsystems individually. For example, electric motors are already subject to ecodesign rules (Regulation (EU) 2019/1781), and the new regulation will tighten those requirements. Electronic displays, which include the human-machine interfaces on many robots, are also a priority. The Commission’s working plan for 2022-2024 identified ‘robots’ as a product group for which ecodesign measures are being prepared. While no specific delegated act for robots has been adopted yet, the direction is clear: the days of throwaway robots are numbered.
For manufacturers, this means a fundamental shift in design philosophy. Instead of optimizing for lowest initial cost, they must now consider the entire lifecycle. This includes selecting components that are durable and repairable, designing for easy access to wear parts, and providing comprehensive repair documentation. It also means that after-sales service becomes a legal requirement, not just a customer convenience.
Comparison: design requirements vs. after-sales impact
| Design Requirement | After-Sales Impact |
|---|---|
| Spare parts availability for minimum 10 years | Inventory management and logistics must ensure parts are stocked or produced for a decade, reducing obsolescence risk for end-users. |
| Repair information accessible to independent technicians | Independent repair shops can compete with manufacturer service, potentially lowering repair costs and improving service coverage. |
| Disassembly with common tools | Field repairs become feasible, reducing downtime and shipping costs; technicians need less specialized training. |
| Minimum durability of critical components | Fewer breakdowns, but also longer warranty periods; manufacturers must balance cost of higher-quality parts against warranty claims. |
| Software updates for a minimum period | Security and functionality patches must be maintained, requiring a long-term software support commitment. |
| Digital Product Passport | Repairers can quickly access schematics and repair history, speeding up diagnostics and ensuring correct parts. |
Implications for the after-sales ecosystem
The ESPR will create a more level playing field for independent service providers. Currently, many robot manufacturers restrict access to repair information and spare parts, forcing customers to use their own service teams. Under the new rules, independent technicians will have a legal right to the information they need. This is particularly important in Europe, where a fragmented market of small and medium-sized enterprises often lacks the bargaining power to demand service contracts from large manufacturers.
For a service network like Robanchor—a local service network being set up to support Chinese robotics manufacturers entering Europe—the ESPR is both a challenge and an opportunity. The challenge is that Chinese manufacturers must adapt their designs to meet EU repairability standards, which may require significant engineering changes. The opportunity is that a certified technician network being assembled can help these manufacturers comply with the regulation by providing local repair expertise and ensuring that spare parts and repair information are readily available.
However, the regulation’s impact will vary by country. For example, the availability of independent repairers differs widely across EU member states, and the enforcement of ecodesign rules is the responsibility of national authorities. Manufacturers should verify the specific implementation in each country where they sell robots.
What manufacturers should do now
Although the first delegated acts for robots may not be adopted until 2025 or later, proactive manufacturers can start preparing:
- Conduct a repairability audit of current product lines, identifying components that are difficult to access or replace.
- Redesign products with modularity in mind, using standard fasteners and connectors.
- Develop comprehensive repair documentation, including exploded views, torque specifications, and diagnostic procedures.
- Establish a spare parts supply chain that can guarantee availability for at least 10 years.
- Plan for software updates that do not brick or degrade hardware.
- Engage with the European Commission’s consultation processes to influence the upcoming delegated acts.
The ESPR is not a distant threat; it is a legislative reality that will reshape the robotics market in Europe. Manufacturers that embrace repairability as a design principle will not only comply with the law but also gain a competitive advantage as customers increasingly value sustainability and lower total cost of ownership.
Sources
- EUR-Lex — Regulation (EU) 2024/1781 (ESPR) — https://eur-lex.europa.eu/eli/reg/2024/1781/oj (accessed 2026-06-02)
- European Commission — Ecodesign — https://commission.europa.eu/ (accessed 2026-06-02)