Right to Repair Directive and DPP Alignment

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Introduction to the Right to Repair Directive

The EU Right to Repair Directive represents a landmark shift in European consumer policy, establishing for the first time a legal framework that empowers consumers to repair their products rather than replace them. Adopted as Directive (EU) 2024/1799 on 13 June 2024 and applying in Member States from 31 July 2026, the directive addresses the growing frustration of consumers who find that their products are difficult, expensive, or impossible to repair, driving unnecessary waste and premature obsolescence.

The directive works in close conjunction with the Ecodesign for Sustainable Products Regulation (ESPR), which sets the ecodesign requirements that make products repairable in the first place. Whilst the ESPR mandates that products must be designed to facilitate repair, the Right to Repair Directive ensures that consumers can actually exercise their right to repair by establishing obligations on manufacturers to provide repair services, spare parts, and repair information.

Digital Product Passports play a central role in connecting these two regulatory frameworks. By providing consumers and independent repairers with access to comprehensive product information, DPPs serve as the practical bridge between the ESPR's design-for-repair requirements and the Right to Repair Directive's consumer empowerment objectives. This article examines how these frameworks align and what businesses need to do to comply with both.

Key Provisions of the Right to Repair Directive

The Right to Repair Directive establishes several key obligations designed to make repair a more accessible and attractive option for consumers. These provisions address the three main barriers to repair that have been identified through consumer research: lack of access to repair services, excessive cost of repair compared to replacement, and insufficient information about repair options.

The directive's key provisions include:

• An obligation on manufacturers to repair products that are subject to repairability requirements under EU law, even after the legal guarantee period has expired
• Requirements to provide spare parts, tools, and repair information to independent repairers and consumers at reasonable and non-discriminatory prices
• A prohibition on practices that prevent or hinder repair, such as software locks that restrict the use of third-party replacement parts or components
• The establishment of online repair platforms that help consumers find repair services in their area and compare repair options
• An extension of the legal guarantee period following repair, giving consumers additional protection when they choose to repair rather than replace
• Requirements for manufacturers to provide a standard repair information form that allows consumers to compare repair costs and timelines before making a decision

These provisions create a comprehensive framework that addresses repair from both the supply side (ensuring that repair services, parts, and information are available) and the demand side (giving consumers the confidence and incentives to choose repair over replacement).

How DPPs Support the Right to Repair

Digital Product Passports are uniquely positioned to support the objectives of the Right to Repair Directive by providing a centralised, accessible source of the information that consumers and repairers need to carry out effective repairs. Under the ESPR, DPPs must include a range of repair-related information that directly serves the directive's goals.

The repair-related information that DPPs must contain includes product disassembly instructions and procedures, spare parts catalogues with ordering information, repair and maintenance manuals, diagnostic and troubleshooting guides, information about software updates and their compatibility with repair activities, and product schematic diagrams and component identification data.

For consumers, the DPP provides a single point of access to all the information they need to assess whether repair is feasible and worthwhile. By scanning the data carrier on their product, a consumer can instantly access repair instructions, find out which spare parts are available, and identify authorised and independent repair services. This transparency is essential for overcoming the information asymmetry that has historically made repair difficult for consumers.

For a comprehensive overview of DPP data requirements and how they support various regulatory objectives, visit our complete guide to Digital Product Passports.

Repairability Scoring and the DPP

The ESPR provides for the development of repairability scores for product categories where repair is a significant sustainability factor. These scores, inspired by France's pioneering indice de reparabilite, provide consumers with a clear, standardised indication of how easy a product is to repair, enabling informed purchasing decisions that take repairability into account.

Repairability scores typically assess several dimensions of a product's repair characteristics. These include the availability and price of spare parts, with products scoring higher when parts are available for longer periods and at reasonable prices. Ease of disassembly is another key factor, favouring products that can be taken apart using standard tools without destructive techniques. Access to repair documentation, including service manuals and diagnostic tools, also contributes to the score. Finally, the ability to reset and restore the product after repair, including software recalibration, is assessed.

Digital Product Passports provide the ideal vehicle for communicating repairability scores to consumers and for providing the underlying data that supports the score. The DPP can present the overall score alongside detailed breakdowns of individual scoring dimensions, enabling consumers who want to understand more about a product's repairability to drill down into the specifics. This combination of summary score and detailed data mirrors the approach used for energy labels, where an overall efficiency class is supported by specific performance metrics.

For information on the broader regulatory context in which repairability requirements are set, see our comprehensive guide to the EU ESPR regulation.

Spare Parts and Component Identification

Access to spare parts is one of the most critical factors in determining whether a product can be repaired. The Right to Repair Directive requires manufacturers to make spare parts available for a specified period after the product is placed on the market, and the ESPR's ecodesign requirements reinforce this by mandating the availability of parts and the provision of ordering information through the DPP.

The DPP's role in spare parts management goes beyond simply listing available parts. A well-designed DPP system can provide real-time information about spare parts availability and delivery times, cross-reference parts between different product models to help repairers find compatible replacements, link to authorised spare parts suppliers and provide pricing information, identify components that require professional installation versus those that consumers can replace themselves, and track part serial numbers and compatibility to ensure that replacement parts work correctly with the specific product.

This functionality is particularly valuable for independent repairers, who often struggle to identify and source the correct parts for products they did not manufacture. By providing comprehensive, standardised parts information through the DPP, manufacturers can level the playing field between their own repair services and independent repair providers, fulfilling both the letter and the spirit of the Right to Repair Directive.

Independent Repairers and Information Access

The Right to Repair Directive places significant emphasis on ensuring that independent repairers have access to the same repair information and resources that manufacturers provide to their authorised repair networks. This principle of non-discrimination is essential for maintaining a competitive repair market and ensuring that consumers have genuine choice in how and where they repair their products.

Digital Product Passports support this objective by providing a standardised, publicly accessible channel for repair information. Under the ESPR, certain DPP data fields must be accessible to all stakeholders, including independent repairers, without requiring special authorisation or contractual relationships with the manufacturer. This open access approach ensures that repair information flows freely to anyone who needs it.

However, there are legitimate concerns about the scope of information access. Manufacturers may argue that certain repair information constitutes trade secrets or that unrestricted access to diagnostic tools and software could create safety or security risks. The ESPR addresses these concerns through a tiered access model, where basic repair information is publicly available whilst more sensitive data is restricted to authorised parties who meet defined competence and security criteria.

The balance between open access and legitimate restrictions will be a critical factor in determining the practical effectiveness of both the Right to Repair Directive and the DPP framework. Businesses should engage proactively with the development of access rules to ensure that their concerns are heard whilst supporting the overall objective of making repair more accessible.

Software and Firmware Considerations

In an era of increasingly connected and software-dependent products, the relationship between software and repair is a critical issue. Many modern products rely on software for their core functionality, and repair often involves replacing components that are paired with the product's software through serialisation or authentication protocols. If these software locks prevent third-party or consumer repairs, they effectively negate the physical repairability of the product.

Both the Right to Repair Directive and the ESPR address this issue, prohibiting practices that use software to unjustifiably restrict repair. Manufacturers must ensure that replacement parts can be installed and function correctly without requiring proprietary software tools or manufacturer authorisation, except where there are genuine safety or security reasons for such restrictions.

The DPP can play a role in managing software-related repair requirements by documenting the firmware version installed on the product, identifying any software updates required following component replacement, providing instructions for software recalibration after repair, and flagging any components that require software pairing along with information about how to complete the pairing process. This information is particularly relevant for sectors such as consumer electronics and automotive, where software integration is increasingly central to product functionality.

Business Implications and Compliance Strategy

The alignment of the Right to Repair Directive with DPP requirements has significant implications for product design, after-sales service strategy, and customer relationships. Manufacturers must rethink their approach to product serviceability, moving away from models that treat repair as an afterthought or a profit centre towards approaches that genuinely facilitate repair and extend product lifetimes.

Key strategic considerations include:

• Product design: integrating repairability requirements from the earliest stages of product development, using modular design principles that facilitate component replacement
• Spare parts strategy: establishing supply chains and inventory management systems capable of providing spare parts for extended periods, potentially well beyond current warranty periods
• Service network development: building relationships with independent repairers and repair platforms to extend the reach of repair services beyond manufacturer-owned channels
• DPP implementation: designing DPP systems that genuinely serve the needs of consumers and repairers, with intuitive interfaces and comprehensive repair information
• Business model innovation: exploring new revenue models based on repair services, extended warranties, and product-as-a-service offerings that align commercial incentives with product longevity

The circular economy framework provides the strategic context for these changes, highlighting how repair and product longevity contribute to broader sustainability objectives whilst also creating new business opportunities.

Conclusion

The alignment between the Right to Repair Directive and Digital Product Passports represents a powerful combination that has the potential to transform the relationship between consumers and the products they own. By mandating that products are designed for repair and that repair information is freely accessible through DPPs, the EU is creating the conditions for a genuine shift away from the disposable consumption patterns that have characterised recent decades. For manufacturers, the challenge is real but so is the opportunity. Businesses that embrace repairability as a design principle and use DPPs as a tool for building transparent, trust-based relationships with consumers will find themselves well-positioned in a market that increasingly values durability, serviceability, and sustainability.