From 31 July 2026, the EU Right to Repair Directive (Directive (EU) 2024/1799) stops being a policy debate and becomes an operating requirement. Manufacturers of covered products must repair them on request, within a reasonable time and at a reasonable price, and the duty applies to products already in customers' hands, not just new sales. For manufacturers, the real deadline is not legal, it is operational: repair requests become a workflow you must run at production discipline.
This guide covers what the directive requires, who is in scope, and what to set up on the operations side before the requests start arriving.
The core obligations for producers of covered goods:
The covered product groups are those with EU repairability requirements: household washing machines and washer-dryers, dishwashers, refrigerators, electronic displays, vacuum cleaners, welding equipment, servers and data storage products, and mobile phones and tablets. The list is expected to grow as ecodesign rules expand to more categories.
Legal can tell you what "reasonable time" means in your member state. Only operations can deliver it.
A repair obligation at scale looks exactly like a small production line: incoming units must be triaged, diagnosed, quoted through the information form, scheduled to a technician, supplied with parts, tested, and shipped back, with every step timestamped. If your current process for out-of-warranty repairs is an inbox and a spreadsheet, a few hundred requests per month will bury it, and "reasonable time" becomes indefensible.
The manufacturers that handle this well will treat each repair as a work order with a defined workflow: statuses, assignments, parts consumption, test results, and sign-off. That is standard task and work card management, applied to a repair bench instead of a press line.
The repair duty is only as good as the parts shelf behind it. Three consequences follow:
There is also a commercial decision hiding here: repair-or-replace economics. With the guarantee extension rewarding repair, the repair vs replace calculation shifts, and you want it made on data, not habit.
Every repaired unit now carries a 12-month guarantee extension, which means every repair needs a durable, retrievable record: what failed, what was replaced, who did the work, when the extended guarantee ends.
Done properly, that record set is more than compliance. Repair histories per product family are exactly the dataset that reveals design weaknesses, informs parts stocking, and eventually feeds AI-driven failure prediction. But that only works if the records are structured from day one: coded failure modes, standard part numbers, consistent timestamps. Manufacturers who capture repairs as free-text emails will have data no algorithm can rescue. Foundations first, AI second.
| Date | What happens |
|---|---|
| July 2024 | Directive (EU) 2024/1799 enters into force at EU level. |
| 31 July 2026 | Member states must apply national rules. Repair duties, anti-blocking bans, and the information form become enforceable. |
| After 31 July 2026 | Repair requests trigger the duty, including for products sold before 2026. National penalties apply for non-compliance. |
| Ongoing | Covered product groups expand as new ecodesign repairability requirements are adopted. |
The directive targets consumer sales, but the covered list already includes categories like welding equipment and servers, and national transpositions can go further. If you manufacture anything on the covered list, assume the repair infrastructure you build will be exercised.
Yes. The duty attaches when a customer requests a repair after the national rules apply, regardless of when the product was sold, as long as it is in a covered product group and repair is technically possible.
Only on narrow grounds, for example when repair is factually impossible. You cannot refuse because the price of repair seems uneconomic to the customer, and you cannot refuse because the unit was previously repaired by an independent shop.
Three things, in order: a work-order-based repair workflow with timestamps and statuses, a parts availability and obsolescence plan for covered products, and structured repair records that can prove response times and guarantee extensions.
If repair is about to become a second production line in your plant, run it with the same discipline as the first one. To see how work orders, spare parts, and repair histories live in one system, get in touch with the Fabrico team.