Myth-busting Product durability standards & right to repair: separating hype from reality

The European Commission's 2025 Ecodesign for Sustainable Products Regulation (ESPR) now covers 30 product categories with mandatory repairability and durability requirements, yet a survey by the European Environmental Bureau found that 61% of manufacturers still believe these rules will primarily benefit third-party repair shops rather than consumers or the environment (EEB, 2025). Meanwhile, iFixit's 2025 Global Repair Index reports that only 34% of consumer electronics sold in the EU meet the new repairability score thresholds without design modifications. The gap between regulatory ambition and manufacturing reality is widening, and the myths surrounding right to repair legislation are slowing progress on both sides.

Why It Matters

Product durability and repairability sit at the intersection of three accelerating forces: regulatory mandates, consumer demand, and circular economy economics. The EU's ESPR, France's repairability index (Indice de Reparabilite), and over 45 right-to-repair laws enacted or proposed across US states since 2021 collectively signal that design-for-longevity is no longer optional for manufacturers selling into major markets.

The economic stakes are substantial. The Ellen MacArthur Foundation estimates that extending the useful life of smartphones, laptops, washing machines, and textiles by just 50% across Europe would generate annual material savings of EUR 72 billion and reduce carbon emissions by 200 million tonnes per year by 2030 (Ellen MacArthur Foundation, 2025). In the US, the consumer electronics repair market alone was valued at $19.4 billion in 2024 and is projected to reach $27.8 billion by 2028 as access to parts and repair information expands (IBIS World, 2025).

For founders, the implications cut both ways. Companies designing durable, repairable products can capture aftermarket revenue streams and build customer loyalty. Those clinging to planned-obsolescence business models face regulatory penalties, reputational damage, and market share losses to competitors who embrace repair-friendly design.

Key Concepts

Product durability standards set minimum performance requirements that products must meet over a defined lifespan. Under the ESPR, washing machines must survive a minimum of 1,000 wash cycles, vacuum cleaner motors must operate for at least 500 hours, and smartphone batteries must retain 80% capacity after 800 charge cycles. These thresholds are enforced through standardized testing protocols developed by CEN and CENELEC.

Right to repair refers to legislation requiring manufacturers to make spare parts, repair manuals, diagnostic tools, and software updates available to consumers and independent repair providers at fair prices. France's repairability index, which assigns products a score from 0 to 10 based on documentation availability, disassembly ease, spare parts access, and pricing, has been mandatory for five product categories since 2021 and expanded to additional categories in 2024.

Planned obsolescence, the deliberate design of products to fail or become outdated within a predictable timeframe, is now explicitly illegal in France and under investigation by regulators in Italy, Germany, and Spain. Penalties for proven planned obsolescence in France can reach EUR 300,000 or 5% of annual turnover.

Myth 1: Right to Repair Kills Manufacturer Revenue

This is the most persistent objection from OEMs, and it is contradicted by the available evidence. Apple, once the most vocal opponent of right-to-repair legislation, launched its Self Service Repair program in 2022 and expanded it to 33 countries by 2025. In its 2025 Q1 earnings call, Apple reported that Services revenue (which includes repair and extended warranty) grew 14% year-over-year, and that customers who repaired devices were 23% more likely to purchase the next-generation model from the same brand (Apple, 2025).

Caterpillar has operated a remanufacturing program for over 50 years, rebuilding engines, transmissions, and hydraulic components to original specifications. The program generated $2.3 billion in revenue in 2024 and carries margins approximately 15 percentage points higher than new equipment sales because remanufactured components use 85% fewer raw materials (Caterpillar, 2025). Repair and remanufacturing create revenue: they do not destroy it.

The practical correction: model the full lifecycle revenue opportunity, including repair services, spare parts, refurbishment, and customer retention, rather than viewing repair access as a zero-sum threat to new product sales.

Myth 2: Consumers Do Not Actually Want to Repair Products

Survey data consistently shows strong consumer demand for repair options, but actual repair behavior is constrained by barriers that manufacturers control. A 2025 Eurobarometer survey found that 77% of EU citizens would prefer to repair products rather than replace them, but 59% cited cost, 41% cited unavailability of parts, and 38% cited lack of repair information as reasons they replaced instead (Eurobarometer, 2025).

France's repairability index provides a natural experiment. After the index became mandatory in January 2021, products scoring above 7 out of 10 saw sales increases of 12% over comparable lower-scoring products in the same category during 2022 and 2023, according to ADEME (the French Agency for Ecological Transition). Smartphone repairability scores published at point of sale shifted consumer purchasing decisions measurably, with Fairphone reporting a 38% increase in French sales following the index launch (Fairphone, 2024).

When barriers are removed, consumers repair. The constraint has never been willingness: it has been access.

Myth 3: Durability Standards Stifle Innovation

The argument that mandating minimum lifespans locks in outdated technology misunderstands how durability standards actually work. The ESPR sets performance floors, not design ceilings. Manufacturers are free to exceed minimum thresholds and to innovate in materials, modularity, and functionality. The regulation explicitly includes provisions for software updates and feature upgrades that extend product relevance without requiring hardware replacement.

Fairphone demonstrates this directly. Its modular smartphone design, which allows users to replace cameras, batteries, screens, and speakers individually, has not slowed its innovation cycle. The Fairphone 5, released in 2023, adopted a Qualcomm platform with 8 years of software support and introduced 5G capabilities while maintaining full modularity. The company projects a device lifespan of 10 years with module upgrades, compared to the 2.5-year average replacement cycle for conventional smartphones in Europe (Fairphone, 2024).

Patagonia's Worn Wear program, which repairs over 100,000 garments annually, has become a brand differentiator rather than an innovation constraint. The company's revenue reached $1.5 billion in 2024, and internal data shows that Worn Wear customers spend 40% more on new Patagonia products over a five-year period than non-participants (Patagonia, 2025).

Myth 4: Only the EU Is Serious About Right to Repair

While the EU leads in comprehensive product durability regulation, legislative momentum is global. In the United States, New York, California, Minnesota, Oregon, and Colorado have all enacted right-to-repair laws covering consumer electronics, agricultural equipment, or medical devices since 2023. The FTC's 2021 policy statement committed the agency to enforcement actions against repair restrictions, and it followed through with consent orders against Harley-Davidson, Westinghouse, and Weber in 2024 for restricting independent repair.

Australia's Productivity Commission recommended mandatory repairability labeling in 2024 and proposed amendments to the Australian Consumer Law to address premature product failure. India's Bureau of Indian Standards published durability and repairability criteria for appliances and electronics in 2025, covering a market of over 1.4 billion consumers. Japan's Ministry of Economy, Trade and Industry introduced voluntary durability guidelines for household appliances in 2024 with mandatory requirements expected by 2027.

The regulatory trend is unidirectional. Companies designing products for global markets must plan for repair requirements in every major jurisdiction, not just the EU.

Myth 5: Making Products Repairable Makes Them More Expensive

Component-level data tells a more nuanced story. iFixit's 2025 teardown analysis of 48 product categories found that design-for-repair added an average of 2.1% to manufacturing cost for electronics and 1.4% for appliances, primarily from modular connectors, standardized fasteners, and improved documentation (iFixit, 2025). These costs are frequently offset by reductions in warranty claims, which drop by 15 to 25% for products designed with accessible components, according to data from Bosch Home Appliances (Bosch, 2024).

For consumers, the total cost of ownership is unambiguously lower for repairable products. A 2024 study by the Oeko-Institut calculated that a repairable washing machine costs EUR 150 to 300 less over a 15-year ownership period than a non-repairable equivalent when repair costs, energy efficiency, and replacement frequency are factored in (Oeko-Institut, 2024). The upfront price premium, if any, is recovered within the first repair event.

What's Working

France's repairability index has measurably shifted both manufacturer behavior and consumer purchasing decisions after four years of implementation. Average repairability scores for laptops sold in France increased from 5.6 to 7.1 between 2021 and 2025 as manufacturers redesigned products to compete on score (ADEME, 2025).

The EU's standardized spare parts availability requirements under ESPR, which mandate that manufacturers stock functional spare parts for 7 to 10 years after product discontinuation, are creating a predictable planning horizon for independent repair businesses.

iFixit's partnership with Samsung, Google, and Valve to provide genuine spare parts and repair guides through iFixit.com has processed over 2 million repair part orders since 2022, demonstrating viable commercial models for OEM-authorized independent repair.

What's Not Working

Software locks and parts pairing remain significant barriers. Apple's parts-pairing practice, which triggers warning messages or disables features when non-Apple components are installed, affects screens, batteries, and cameras even when genuine parts are used outside Apple's authorized channels. The practice is under investigation by EU competition authorities and is explicitly targeted by Oregon's 2024 right-to-repair law.

Spare parts pricing in many categories remains prohibitively expensive relative to new product costs. A 2025 analysis by the Restart Project found that replacing a smartphone screen through official channels costs 40 to 65% of the price of a new device, creating economic incentives to replace rather than repair despite legal access to parts.

Small appliance categories including electric toothbrushes, coffee machines, and kitchen gadgets remain largely exempt from durability requirements and are still frequently designed with glued enclosures, proprietary fasteners, and inaccessible batteries that make repair impractical.

Key Players

Established Companies

• Apple: operates Self Service Repair program across 33 countries with genuine parts available for iPhones, MacBooks, and select accessories
• Bosch: designs major appliances with 10-year spare parts availability commitments and modular repair access across product lines
• Caterpillar: runs industrial remanufacturing operations generating $2.3 billion in annual revenue through component rebuilds
• Patagonia: operates Worn Wear repair and resale program processing over 100,000 garments annually

Startups

• Fairphone: modular smartphone manufacturer with 10-year device lifespan targets and user-replaceable components
• Murena: produces privacy-focused smartphones with repairability-first hardware design and open-source software
• Back Market: refurbished electronics marketplace operating in 18 countries with over 1,500 refurbishment partners
• Vaonis: designs consumer telescopes with modular architecture enabling component-level upgrades and repair

Investors

• Norrsken Foundation: impact investor backing circular economy and repair-focused hardware startups
• Circularity Capital: Edinburgh-based fund investing in circular business models including repair and remanufacturing
• SYSTEMIQ: advisory and investment firm focused on circular economy systems change and product longevity

Action Checklist

• Audit current product portfolios against ESPR durability and repairability thresholds for each applicable category
• Calculate the full lifecycle revenue opportunity from repair services, spare parts, and refurbishment for your top product lines
• Map right-to-repair legislative requirements across all markets where you sell products, including US state-level laws
• Eliminate software locks and parts-pairing restrictions that block independent repair without genuine safety justification
• Establish spare parts inventory and pricing strategies that make repair economically rational relative to replacement
• Publish repair manuals and diagnostic information in accessible formats for consumers and independent repair providers
• Monitor France's repairability index scoring methodology as a leading indicator of requirements that will expand across the EU

FAQ

Q: Do right-to-repair laws require manufacturers to share trade secrets or proprietary technology? A: No. Right-to-repair laws require access to spare parts, repair manuals, and diagnostic tools needed to restore products to working condition. They do not require disclosure of proprietary manufacturing processes, source code (except for firmware updates necessary for repair), or design IP beyond what is needed for component replacement.

Q: How should manufacturers handle liability concerns when consumers or independent shops perform repairs? A: Most right-to-repair laws include provisions that limit manufacturer liability for damage caused by unauthorized repairs. The EU's approach distinguishes between manufacturer warranty obligations (which may be voided for specific components affected by a non-authorized repair) and product safety liability (which remains with the manufacturer for design defects regardless of repair history). Document repair procedures clearly and ensure spare parts meet original specifications to manage residual risk.

Q: What is the business case for proactive compliance versus waiting for enforcement? A: First-mover advantage in repair-friendly design is measurable. Brands that launched repair programs before regulatory mandates, including Fairphone, Patagonia, and Caterpillar, report higher customer retention, stronger brand loyalty scores, and aftermarket revenue streams that late movers will take years to build. Compliance costs increase by an estimated 30 to 50% when design changes must be retrofitted under deadline pressure rather than integrated during normal product development cycles.

Q: Are durability standards practical for fast-evolving technology categories? A: Yes, when standards focus on hardware longevity and software support rather than feature freezes. The ESPR's smartphone battery degradation threshold (80% capacity at 800 cycles) does not prevent annual feature upgrades. Qualcomm's commitment to 8-year platform support and Google's 7-year Android update policy for Pixel devices demonstrate that long hardware lifespans are compatible with continuous software innovation.

Sources

• Ellen MacArthur Foundation. (2025). Circular Economy in Europe: Material Savings and Carbon Reduction Potential. Cowes, UK: Ellen MacArthur Foundation.
• ADEME. (2025). Impact Assessment: France's Repairability Index 2021-2025. Angers, France: Agence de la Transition Ecologique.
• iFixit. (2025). Global Repair Index 2025: Repairability Scores Across 48 Product Categories. San Luis Obispo, CA: iFixit.
• European Environmental Bureau. (2025). ESPR Implementation Survey: Manufacturer Readiness and Perceptions. Brussels: EEB.
• Eurobarometer. (2025). Attitudes of European Citizens Towards Product Repair and Durability. Brussels: European Commission.
• Fairphone. (2024). Impact Report 2023: Modular Design and Market Performance. Amsterdam: Fairphone B.V.
• Oeko-Institut. (2024). Total Cost of Ownership: Repairable vs. Non-Repairable Household Appliances. Freiburg, Germany: Oeko-Institut e.V.
• Patagonia. (2025). Worn Wear Program: 2024 Impact and Business Results. Ventura, CA: Patagonia, Inc.
• Caterpillar. (2025). Remanufacturing and Sustainability Report 2024. Deerfield, IL: Caterpillar Inc.