Explainer: Product durability standards & right to repair — what it is, why it matters, and how to evaluate options

In March 2021, France became the first country in the world to require manufacturers to display a "repairability index" score on electronics sold to consumers. Within two years, repair rates for smartphones in France rose by 20% and independent repair shops reported a 30% increase in revenue. That single regulatory intervention demonstrated something that circular economy advocates had argued for decades: when consumers have access to repair information and spare parts, they choose repair over replacement far more often than industry assumptions suggest. The EU has since built on France's example with a sweeping set of product durability and right-to-repair regulations that will reshape manufacturing, retail, and waste management across the bloc by 2027.

Why It Matters

The average European generates 16.2 kg of electronic waste per year, making the continent the highest per-capita e-waste producer globally. But electronics represent only the most visible category of premature product failure. Textiles, furniture, appliances, batteries, and construction products all follow similar patterns: declining average product lifespans, increasing disposal rates, and growing mountains of waste that strain municipal systems and generate greenhouse gas emissions.

The economic scale is significant. European consumers spend an estimated EUR 200 billion annually replacing products that could have been repaired, according to the European Environmental Bureau's 2025 analysis. The repair economy, by contrast, remains underdeveloped: repair services account for just 1.2% of consumer spending on durable goods, down from over 3% in the 1990s. This decline reflects both manufacturer practices (proprietary fasteners, serialized components, restricted access to diagnostic software) and market failures (repair cost often exceeds 50% of replacement cost for consumer electronics).

Three regulatory frameworks are converging to restructure these markets. The EU's Ecodesign for Sustainable Products Regulation (ESPR), adopted in 2024, establishes mandatory durability, repairability, and recyclability requirements across product categories. The EU Right to Repair Directive, finalized in early 2025, creates legal obligations for manufacturers to offer repair services at reasonable cost for at least 5-10 years after product sale. And the Digital Product Passport (DPP) regulation requires machine-readable information on product composition, repairability, and end-of-life handling to be accessible to consumers, repairers, and recyclers.

Together, these regulations will affect every manufacturer selling products in the EU, regardless of where they are headquartered. Understanding the requirements, timelines, and strategic implications is essential for sustainability professionals tasked with compliance and product strategy.

Key Concepts

Product Durability Standards

Product durability standards set minimum performance requirements that products must meet over defined time periods. Unlike traditional quality standards that focus on initial performance, durability standards mandate sustained functionality through testing protocols that simulate years of use.

The EU's Ecodesign framework has progressively tightened durability requirements for energy-related products since 2019. Washing machines must now survive a minimum of 1,000 wash cycles (equivalent to roughly 5 years of average household use) without critical component failure. Vacuum cleaners must maintain suction performance within 10% of rated capacity after 500 hours of operation. Displays must retain at least 90% of initial brightness after 10,000 hours. These requirements are enforced through harmonized testing standards (EN/IEC) and market surveillance by national authorities.

The ESPR extends this approach beyond energy-related products to textiles, furniture, tires, detergents, paints, and construction materials. Each product category will receive tailored durability requirements based on lifecycle analysis, with delegated acts scheduled through 2027-2030.

Right to Repair

Right to repair encompasses three distinct but related legal concepts. First, access to spare parts: manufacturers must make replacement components available to consumers and independent repair providers at reasonable prices for a defined period after the last unit of a product model is sold. For smartphones and tablets under the EU framework, this period is 7 years; for washing machines and dishwashers, 10 years.

Second, access to repair information: manufacturers must publish service manuals, diagnostic procedures, and technical documentation necessary for repair. This includes access to diagnostic software tools that were historically restricted to authorized service networks. The regulation explicitly prohibits software locks, part serialization, or firmware restrictions designed to prevent third-party repair.

Third, design for repairability: products must be designed so that common wear components (batteries, screens, filters, seals) can be replaced using standard tools without specialized equipment. The EU's repairability scoring methodology awards points for modular design, standardized fasteners, and accessibility of components most likely to require replacement.

Repairability Scoring

France's Indice de Reparabilite, introduced in 2021, provides the most mature example of repairability scoring in practice. Products receive scores from 0 to 10 based on five weighted criteria: documentation availability (15%), ease of disassembly (20%), spare part availability (25%), spare part pricing (20%), and product-specific criteria such as software support duration (20%).

The EU's harmonized repairability scoring system, mandated under the ESPR, builds on France's methodology but adds lifecycle assessment data and aligns with the Digital Product Passport framework. Scores will be displayed at point of sale (physical and online) beginning in 2027 for smartphones and tablets, with additional product categories phased in through 2030.

Early evidence from France demonstrates measurable market effects. Products scoring above 7/10 experienced 15% higher sales growth than comparable products scoring below 5/10, according to ADEME (the French environment and energy management agency). Manufacturers responded by redesigning products to improve scores: Samsung increased the repairability score of its Galaxy S series from 5.6 to 8.2 between 2021 and 2025 by switching to modular battery designs and publishing detailed repair manuals.

Evaluation Framework

Sustainability professionals assessing their organization's exposure to durability and repair regulations should evaluate across four dimensions.

Regulatory exposure: Map every product category sold in the EU against the ESPR delegated act timeline. Identify which products will face mandatory durability testing, repairability scoring, and spare part obligations, and by when. Products in the first wave (smartphones, tablets, laptops, televisions, washing machines) face compliance deadlines in 2027. Textiles, furniture, and tires follow in 2028-2029.

Design readiness: Assess current product architectures against repairability criteria. Can batteries be replaced without adhesive removal? Are fasteners standard (Phillips, Torx) rather than proprietary? Can screens or wear components be accessed without removing structural elements? Products scoring below 5/10 on the French repairability index methodology are likely to require redesign.

Service infrastructure: Evaluate spare parts supply chain capacity. Regulations require parts availability for 7-10 years post-sale, with delivery within 15 business days of order. This demands either long-term inventory holding, on-demand manufacturing capability, or third-party parts ecosystem partnerships. Organizations without existing aftermarket parts operations face significant supply chain build-out requirements.

Financial impact modeling: Quantify the revenue implications of extended product lifespans. If products last 30-50% longer due to improved durability and repair access, replacement purchase frequency declines proportionally. However, this is partially offset by new revenue from repair services, spare parts sales, and refurbishment programs. Apple's Self Service Repair program, launched in 2022, demonstrates that manufacturer-led repair ecosystems can generate meaningful revenue while satisfying regulatory requirements.

Real-World Examples

Fairphone (Netherlands)

Fairphone has built its entire business model around modular, repairable smartphone design. The Fairphone 5, launched in 2023, achieves a repairability score of 9.3/10 on the French index. Users can replace the battery, screen, camera modules, speaker, and USB-C port using a single standard screwdriver. Spare parts are available through the company's website and iFixit, with prices ranging from EUR 29.95 for a battery to EUR 79.95 for a display. The company guarantees 8 years of software updates and 10 years of spare parts availability. Fairphone sold over 500,000 units in 2024, demonstrating that repairability can function as a market differentiator rather than solely a compliance obligation.

SEB Group (France)

SEB, the French appliance manufacturer (Tefal, Moulinex, Rowenta, Krups), committed in 2020 to making all products repairable within 10 years. The company invested EUR 50 million in redesigning product lines for modularity, establishing 6,200 authorized repair points across Europe, and stocking 50 million spare parts covering products up to 15 years old. SEB reports that its repair services handled 3.2 million interventions in 2024, extending product lifespans by an average of 4.8 years. The company's "10-year repairability" label has become a significant brand differentiator, with consumer surveys showing 67% of buyers consider repairability when choosing between comparable appliances.

Caterpillar (United States/Global)

Caterpillar's Reman (remanufacturing) division, established in 1973, represents the longest-running large-scale industrial repair and remanufacturing program. The division processes over 2.2 million components annually, returning them to original performance specifications at 40-60% of new component cost. Remanufactured components carry the same warranty as new parts. Caterpillar's Reman operations generated approximately $3.5 billion in revenue in 2024, demonstrating that repair and remanufacturing can become major profit centers rather than cost centers. The program reduces raw material consumption by an estimated 150,000 tonnes annually and avoids 500,000 tonnes of CO2 emissions.

Risks and Limitations

Product durability regulations create legitimate tensions that sustainability professionals must navigate. Extended product lifespans can delay adoption of more energy-efficient replacements, a dynamic particularly relevant for heating systems, vehicles, and industrial equipment where newer models offer significant efficiency improvements. The EU addresses this partially through minimum energy performance standards that force retirement of the least efficient products regardless of remaining functional life.

Intellectual property concerns remain contentious. Manufacturers argue that mandated access to diagnostic software and repair documentation exposes proprietary technology. The EU's framework attempts to balance these interests by requiring functional repair information while protecting trade secrets unrelated to repair procedures.

Liability allocation for third-party repairs presents unresolved legal questions. If an independent repairer causes a product malfunction, responsibility divisions between manufacturer, repairer, and consumer remain unclear in several EU member states. The Right to Repair Directive establishes baseline liability principles, but implementation will vary nationally.

Action Checklist

• Audit all product categories sold in the EU against ESPR delegated act timelines to identify compliance deadlines
• Score existing products using the French repairability index methodology as a proxy for EU harmonized requirements
• Identify product redesign requirements for modular, repairable architectures and establish engineering timelines
• Build or contract spare parts supply chain capacity for 7-10 year post-sale availability obligations
• Develop repair service infrastructure, whether in-house, authorized network, or partnership with independent repair platforms
• Implement Digital Product Passport data systems to provide machine-readable composition and repair information
• Model financial impact of extended product lifespans on replacement revenue and aftermarket service opportunities
• Train product development teams on design-for-repair principles and repairability scoring criteria

FAQ

Q: When do EU right-to-repair obligations take effect? A: The timeline varies by product category. Smartphones, tablets, and laptops face mandatory repairability scoring and spare parts obligations from 2027. Washing machines, dishwashers, and refrigerators follow the existing Ecodesign framework with enhanced repair requirements effective 2025-2026. Textiles, furniture, and additional categories will receive delegated acts through 2028-2030. Companies should prepare for the earliest applicable deadline while building scalable compliance infrastructure.

Q: Do these regulations apply to non-EU manufacturers? A: Yes. Any product placed on the EU market must comply, regardless of where the manufacturer is headquartered. This applies to brands, importers, and online marketplace sellers. Non-compliant products can be removed from sale through market surveillance enforcement, and penalties vary by member state but can reach up to 4% of annual EU turnover under the ESPR framework.

Q: How much does it cost to redesign products for repairability? A: Industry data suggests 5-15% increases in product development costs for initial redesign cycles, declining to 2-5% premiums once design-for-repair principles are integrated into standard development processes. Manufacturing cost impacts are typically 1-3% due to additional fastener points and modular interfaces. These costs are frequently offset by reduced warranty claims (repairable products generate 20-35% fewer warranty returns) and new aftermarket revenue streams.

Q: Will right-to-repair regulations reduce product sales volumes? A: Extended product lifespans will likely reduce replacement frequency by 15-25% over 10-year horizons, based on modeling from the European Commission's Joint Research Centre. However, revenue impact is partially offset by spare parts sales (typically 3-8% of product revenue), repair service fees, and premium pricing for products with high repairability scores. Companies that proactively build repair ecosystems can capture aftermarket revenue that currently flows to unauthorized third parties.

Sources

• European Commission. (2024). Ecodesign for Sustainable Products Regulation (ESPR): Final Text and Impact Assessment. Brussels: European Commission.
• European Parliament. (2025). Directive on the Right to Repair: Adopted Text and Technical Annexes. Strasbourg: European Parliament.
• ADEME. (2025). Indice de Reparabilite: Three-Year Impact Assessment 2021-2024. Paris: Agence de la transition ecologique.
• European Environmental Bureau. (2025). The Cost of Not Repairing: Consumer Spending on Premature Product Replacement in the EU. Brussels: EEB.
• Fairphone. (2025). Impact Report 2024: Longevity, Repairability, and Fair Materials. Amsterdam: Fairphone B.V.
• SEB Group. (2025). Annual Sustainability Report 2024: Repairability Commitments and Performance. Ecully: Groupe SEB.
• Joint Research Centre. (2025). Product Lifetime Extension: Economic Modelling of Durability and Repair Requirements. Seville: European Commission JRC.