The EU Right to Repair Directive Explained

Right to repair has been discussed for a decade as a principle. Directive (EU) 2024/1799 turns part of it into an obligation, and the parts it turns into obligations are narrower and more specific than the campaign language suggests.

Reading it carefully matters because the duties fall on different parties, some on manufacturers and some on sellers, and a business can comply with one while breaching the other.

What does the directive actually oblige?

The first row is the novel one. Outside a guarantee, a manufacturer previously had no duty to repair anything; the directive creates one for products covered by repairability requirements in other EU instruments.

Which products are covered?

The directive does not itself list product categories. It applies where repairability requirements exist in other Union legal acts, which means the scope grows as ecodesign measures and delegated acts are adopted.

At adoption this covered a set including household washing machines, dishwashers, refrigerating appliances, displays, welding equipment, vacuum cleaners, servers and data storage, and mobile phones and tablets. That set expands as new ecodesign measures land under Regulation (EU) 2024/1781.

What does reasonable price mean?

The directive requires repair at a reasonable price, meaning one that does not deter consumers from seeking repair. It stops short of a formula, which leaves the boundary to be settled nationally and eventually in disputes.

The practical test most businesses apply is the relationship between repair cost and replacement cost. A repair priced close to a new unit is functionally a refusal, and pricing spare parts so that repair is uneconomic is the specific behaviour the provision exists to address.

What must be provided to independent repairers?

Spare parts and repair-related information and tools, at a price that is not prohibitive, without conditions that effectively exclude them. This is where the directive interacts most directly with product data.

• Disassembly sequences and the tools required at each step.
• Component identification sufficient to order the correct spare part.
• Diagnostic information and error code meanings.
• Safety information relevant to opening and servicing the product.
• Firmware or software needed to complete a repair and return the product to service.

The last item is contested and consequential. Where a replacement part must be paired to the product by software the manufacturer controls, withholding that step blocks repair as effectively as withholding the part.

What counts as obstructing repair?

The directive prohibits contractual clauses, hardware techniques and software techniques that impede repair, unless justified by legitimate factors such as intellectual property protection or safety.

Parts pairing is the clearest example. Where a genuine component fails to function because it has not been authorised by the manufacturer, that is a software technique impeding repair, and the justification has to be more than commercial preference.

Adhesives that make disassembly destructive, proprietary fasteners without available tools, and warranty terms voided by independent service are the other recurring patterns, and all three are addressed in the same provision.

The European repair information form

The directive introduces a standardised form for presenting repair quotes, covering price, time, conditions and the identity of the repairer. Its purpose is to make quotes comparable, which is what allows a consumer to choose between manufacturer and independent service.

A repairer providing the form may not increase the price afterwards without agreement, which imposes estimation discipline. Businesses running repair operations informally will find this the most immediately disruptive requirement, because it requires knowing repair cost before starting.

How does this connect to the guarantee regime?

It extends it rather than replacing it. Within the legal guarantee the seller remains liable, and the directive strengthens the position of repair against replacement as the remedy. Outside it, the manufacturer obligation begins.

The directive also extends the guarantee period by twelve months where a consumer chooses repair over replacement, which is a deliberate incentive rather than an administrative detail.

What data does this require you to hold?

Every item on that list already exists inside a manufacturer, usually in service documentation for an authorised network. The obligation is not to create it but to make it available outside that network, which is a commercial decision the directive has now made for you.

How does it interact with the passport?

The repair information obligation and the ESPR passport obligation ask for overlapping data with different delivery mechanisms. Repair information must reach repairers; passport data must resolve from a data carrier to the right reader.

Holding both against one product record with role-scoped access is the obvious consolidation, and it is how a repairer credential becomes useful — the access model is described in Digital Product Passport access rights by role.

What does this change for the repair market?

Independent repair has been constrained less by skill than by access. Repairers could generally diagnose a fault and frequently could not obtain the part, the documentation or the software step needed to complete the job, which made the business unviable at scale.

Removing those constraints changes the economics of a whole category of small business, and it changes them unevenly. Repairers working on products already covered gain a route to parts; those working on categories still outside scope gain nothing until the relevant ecodesign measure lands.

For manufacturers the consequence is a service network they do not control performing work on their products under their brand. That is uncomfortable, and it is the intended outcome rather than an unintended one.

How does repair interact with product safety?

Safety is one of the legitimate factors that can justify restricting a repair technique, and it is also the justification most likely to be offered where the real reason is commercial. Regulators are aware of this, and a safety argument will be tested against whether authorised repairers perform the same operation.

Where an operation genuinely requires calibration, isolation or specialist equipment, documenting that requirement and making the equipment obtainable is a stronger position than withholding the capability. The directive asks for repair not to be obstructed, not for it to be made unsafe.

Batteries are the clearest case. Cell-level work carries real hazards, and the answer is safe-handling documentation and defined procedures rather than a sealed enclosure, particularly given the removability obligations that Regulation (EU) 2023/1542 imposes separately.

Where does the cost fall?

Making service documentation externally available is a one-off exercise. Holding spare parts for a defined period is a working capital commitment that recurs for every product generation, and it is usually the larger number.

Against that sits the fee and reputational side. Repairability increasingly modulates producer responsibility fees, extended guarantees reduce replacement costs, and a product with a functioning independent repair market retains resale value that a sealed one does not.

What should a manufacturer do now?

1. Determine which of your products currently fall in scope, and which will as ecodesign measures land.
2. Price spare parts against the deterrence test rather than against margin targets alone.
3. Audit for parts pairing and other software techniques that would need justification.
4. Prepare service documentation for external release, which is mostly redaction rather than authoring.
5. Build the repair quote process needed to issue a binding European repair information form.

The third is the one that requires a decision rather than a project. Parts pairing exists for reasons that are sometimes genuine and often commercial, and separating the two honestly before a regulator does is considerably more comfortable.