Right to Repair: How DPPs Enable Repairability

The Right to Repair Movement and Its Legislative Foundation

The Right to Repair movement has gained extraordinary momentum across Europe, driven by growing consumer frustration with products designed to be replaced rather than repaired. From smartphones with glued-in batteries to washing machines with proprietary control boards, planned obsolescence has become a defining feature of modern consumer goods. The European Union has responded with ambitious legislation that places repairability at the centre of product design requirements, with Digital Product Passports serving as the primary mechanism for delivering repair information to consumers and independent repair professionals.

The legislative foundation for repair rights in Europe rests on multiple pillars. The Ecodesign for Sustainable Products Regulation (ESPR) establishes the framework for setting repairability requirements through product-specific delegated acts. The Right to Repair Directive strengthens consumer rights by requiring manufacturers to offer repair services at reasonable cost. Together, these regulations create a comprehensive framework that addresses both product design and after-sale support.

Digital Product Passports are the thread that connects these legislative requirements to practical reality. By mandating the inclusion of repair-relevant information in a standardised, accessible digital format, DPPs ensure that the right to repair is not merely a legal right but a practical possibility.

Repair Information Requirements in DPPs

The repair information requirements within DPPs are designed to provide all the data that a competent repair professional, or an informed consumer, would need to diagnose faults, source replacement parts, and carry out repairs safely and effectively.

Required repair information typically includes:

• Disassembly instructions, detailing how the product can be taken apart using commonly available tools, with particular attention to components that are designed to be replaceable.
• Exploded diagrams or technical drawings showing the arrangement and relationship of internal components.
• Spare parts catalogues listing all replaceable components, their part numbers, and ordering information.
• Spare parts availability commitments, stating the minimum period for which replacement parts will remain available after the last unit is placed on the market.
• Diagnostic information, including error codes, troubleshooting procedures, and test specifications.
• Software and firmware update information, ensuring that repair does not render the product incompatible with future updates.
• Safety warnings and procedures relevant to the repair process.

The comprehensiveness of these requirements represents a significant shift from the status quo, where repair information is often proprietary, restricted to authorised service networks, or simply unavailable. By mandating open access to repair data through DPPs, the EU is dismantling one of the primary barriers to independent repair.

Repairability Scores and How They Are Calculated

Several EU member states, notably France, have already introduced repairability scoring systems that rate products on a standardised scale based on their design for repair. The ESPR is expected to harmonise and expand these scoring systems across the European market, with DPPs serving as the primary vehicle for communicating repairability scores to consumers.

Repairability scores typically assess products against multiple criteria, weighted according to their importance for practical repair. Common assessment criteria include the ease of disassembly (can the product be opened without specialised tools or destructive processes?), the availability and price of spare parts (are parts available for a reasonable period and at a proportionate cost?), the accessibility of repair documentation (are manuals and diagnostic information freely available?), and the nature of software restrictions (does the product require authorisation or calibration after component replacement?).

For DPP purposes, the repairability score must be accompanied by the underlying assessment data, enabling consumers and regulators to understand how the score was derived. This transparency prevents gaming of the scoring system, manufacturers cannot achieve a high score through favourable weighting of criteria where they perform well whilst downplaying areas of weakness.

The inclusion of repairability scores in DPPs creates powerful market incentives for design improvement. When consumers can easily compare repairability scores across competing products, manufacturers that invest in repairable design are rewarded with competitive advantage. This dynamic drives a progressive improvement in repairability across entire product categories.

Spare Parts Ecosystems and DPP Integration

Access to affordable spare parts is the single most critical factor determining whether a product can be practically repaired. Without available parts, even the most comprehensive repair instructions are useless. DPPs address this challenge by requiring manufacturers to declare their spare parts availability commitments and provide the information needed to order replacement components.

The spare parts data within a DPP creates the foundation for a more efficient repair ecosystem. Independent repair shops can use DPP data to identify the correct parts for specific product models, verify compatibility, and source components directly from manufacturers or authorised distributors. This reduces the time and cost associated with parts identification and procurement, making repair more economically viable.

DPP spare parts requirements also extend to pricing transparency. While the ESPR does not directly regulate spare parts prices, the requirement to declare pricing information enables consumers and repair professionals to assess whether repair is economically rational compared to replacement. This transparency exerts downward pressure on parts pricing, as excessively expensive spare parts become visible and subject to competitive and regulatory scrutiny.

Over time, DPP spare parts data is expected to catalyse the development of secondary markets for refurbished components and compatible third-party alternatives. When the specifications and compatibility requirements for spare parts are publicly documented, it becomes feasible for third-party manufacturers to develop alternative components that meet the same standards. This competition further reduces repair costs and increases parts availability.

Design for Repairability: What Manufacturers Need to Change

Meeting DPP repairability requirements is not simply a matter of documenting existing products, for many manufacturers, it requires fundamental changes to product design philosophy. Products must be designed from the outset with repair in mind, incorporating modular architectures, standardised fasteners, and accessible component layouts.

Key design principles for repairability include:

• Modular construction that allows individual components to be replaced without disturbing adjacent systems.
• Use of standardised, commonly available fasteners rather than proprietary or adhesive-based assembly methods.
• Accessible placement of components most likely to require replacement (batteries, filters, wear parts) to minimise disassembly effort.
• Clear labelling of components with part numbers and connection specifications.
• Avoidance of software locks or pairing requirements that prevent component replacement without manufacturer authorisation.

For businesses already operating under ecodesign principles, many of these requirements will be familiar. However, for those accustomed to designing products optimised primarily for manufacturing efficiency and minimum material cost, the shift towards design for repairability represents a significant change. DPPs make this change transparent, when repairability data is publicly documented, products that are difficult to repair become visibly disadvantaged in the marketplace.

The Role of Independent Repair Professionals

Independent repair professionals are essential to a functioning repair ecosystem. Authorised service networks alone cannot provide the geographical coverage, price competition, and consumer choice needed to make repair a practical alternative to replacement for the majority of consumers. DPPs empower independent repairers by providing equal access to the technical information previously restricted to authorised networks.

The democratisation of repair information through DPPs has profound implications for the repair sector. Independent workshops can access the same diagnostic procedures, repair instructions, and parts information as authorised service centres, enabling them to offer competitive repair services across a broader range of products. This competition benefits consumers through lower prices, shorter lead times, and greater convenience.

For independent repairers, DPPs also provide valuable commercial intelligence. By scanning a product's DPP, a repairer can quickly assess the product's age, warranty status, repair history (where available), and the availability and cost of likely replacement parts. This information enables more accurate repair quotations and helps repairers decide which repairs are economically viable.

The end-of-life information within DPPs also supports repairers in making responsible decisions about products that are beyond economical repair. When a product cannot be cost-effectively repaired, DPP data guides appropriate disposal, ensuring that valuable materials are recovered and hazardous substances are handled safely.

Consumer Benefits of DPP-Enabled Repair

For consumers, DPP-enabled repair rights translate into tangible benefits: longer-lasting products, lower total cost of ownership, greater choice in repair services, and reduced environmental impact. These benefits are substantial and directly address many of the frustrations that fuelled the Right to Repair movement.

The financial case for repair becomes clearer when DPP data enables consumers to assess repair costs before purchase. A product with a high repairability score, affordable spare parts, and comprehensive repair documentation represents a lower total cost of ownership than a cheaper alternative that must be replaced when the first component fails. DPPs make this comparison possible by providing the information needed to evaluate long-term value.

Environmental benefits are equally significant. Manufacturing a new product typically requires far more energy and materials than repairing an existing one. By extending product lifespans through repair, DPPs contribute directly to reducing resource consumption, waste generation, and carbon emissions. The sustainability data within DPPs quantifies these environmental savings, making the case for repair in concrete terms.

Convenience is improving as well. As DPP data becomes widely available, digital platforms are emerging that can match consumers with qualified repairers, provide accurate repair cost estimates based on DPP data, and facilitate spare parts ordering, all from a single scan of the product's DPP identifier. This seamless experience removes many of the practical barriers that previously discouraged consumers from choosing repair over replacement.

Preparing Your Products for Right to Repair Compliance

Manufacturers preparing for Right to Repair compliance through DPPs should begin by conducting a repairability assessment of their current product portfolio. This assessment should identify which components are designed to be replaceable, what repair information currently exists, what spare parts commitments are in place, and where gaps exist between current practice and regulatory requirements.

Practical preparation steps include:

• Reviewing product designs against repairability criteria and identifying opportunities for improvement in upcoming product generations.
• Developing standardised repair documentation templates that can be populated efficiently across the product range.
• Establishing spare parts inventory and availability commitments that meet or exceed minimum regulatory requirements.
• Training customer service and technical support teams on the new repair information requirements.
• Engaging with independent repair networks to understand their information needs and establish collaborative relationships.

Early adopters of DPP-enabled repair strategies are finding that the investment yields returns beyond compliance. Products designed for repair tend to be higher quality, generate greater customer loyalty, and command premium prices in markets where consumers value longevity and sustainability. By embracing the Right to Repair as a design philosophy rather than merely a regulatory obligation, manufacturers can transform a compliance requirement into a competitive advantage.