Deep dive: Product durability standards & right to repair — the fastest-moving subsegments to watch

The European Union's Ecodesign for Sustainable Products Regulation (ESPR), which entered into force in mid-2024, requires manufacturers across 30 product categories to meet minimum durability, repairability, and spare-parts availability standards by 2027 (European Commission, 2025). In the United States, 32 states enacted or strengthened right-to-repair legislation between 2023 and 2025, with the Federal Trade Commission issuing its first enforcement actions against manufacturers restricting independent repair access (FTC, 2025). The global repair economy reached an estimated $68 billion in 2025 and is projected to grow at 11% annually through 2030, driven by regulatory mandates, shifting consumer expectations, and procurement teams embedding repairability into purchasing criteria (Ellen MacArthur Foundation, 2026). For procurement leaders, understanding which subsegments are accelerating fastest reveals where compliance requirements will bite first and where competitive advantage lies.

Why It Matters

Electronic waste is the fastest-growing waste stream globally, reaching 62 million tonnes in 2024, with only 22.3% formally collected and recycled (Global E-waste Monitor, 2025). Products designed for short lifespans and restricted repair access drive both environmental damage and economic waste: the average smartphone is replaced every 2.5 years despite an engineering lifespan of 5 to 7 years, and 87% of washing machines discarded in the US still have functional core components at end of life (PIRG, 2025). Extending the usable life of products by even 1 to 2 years reduces lifecycle emissions by 20 to 35% for electronics and 15 to 25% for large appliances, making durability standards one of the highest-leverage circular economy interventions available.

Regulatory pressure is converging from multiple directions. The EU's ESPR mandates that manufacturers provide repair manuals, diagnostic tools, and spare parts for a minimum period after production ceases, with specific durability benchmarks (e.g., smartphone batteries must retain >80% capacity after 1,000 charge cycles). France's repairability index, introduced in 2021 and expanded in 2025, now covers 12 product categories and directly influences purchasing decisions, with products scoring above 7 out of 10 seeing 15 to 22% higher sales volumes (ADEME, 2025). California's SB 244, effective since July 2024, requires manufacturers of electronics and appliances priced above $50 to make parts and repair documentation available for 3 to 7 years depending on product price.

For procurement organizations, these regulations transform repairability from a nice-to-have sustainability metric into a compliance requirement that affects total cost of ownership, supplier selection, and asset lifecycle planning. Companies that integrate durability and repairability criteria into procurement specifications now will avoid costly supplier transitions when mandatory standards take full effect.

Key Concepts

Repairability scoring assigns a standardized rating to products based on criteria including spare parts availability, disassembly complexity, documentation access, and software support duration. France's pioneering index uses a 0 to 10 scale evaluated across five equally weighted dimensions: documentation, disassembly, spare parts availability, spare parts pricing, and product-specific criteria. The European Commission is developing a harmonized EU-wide scoring methodology expected to apply across all ESPR-regulated product categories by 2028.

Design for repairability encompasses engineering practices that prioritize modular architecture, standardized fasteners, accessible components, and non-destructive disassembly. Products designed for repairability use snap-fit or screw-based assemblies instead of adhesives, employ modular battery and screen units that can be replaced independently, and provide firmware support for replacement components without software locks. The incremental manufacturing cost of design-for-repair approaches ranges from 2 to 8% above conventional designs, but lifecycle cost reductions from extended product life typically deliver 3:1 to 5:1 return on that investment.

Spare parts ecosystems refer to the supply chains, logistics networks, and digital platforms required to make replacement components available to consumers, independent repair shops, and authorized service providers. Effective spare parts ecosystems require manufacturers to maintain parts inventories for defined periods, price spare parts proportionally to the product price (the EU is considering a maximum spare-parts-to-product price ratio), and provide parts through accessible distribution channels including direct-to-consumer online ordering.

Software longevity mandates address the growing role of firmware and software updates in product functionality and security. A product that is physically repairable but no longer receives security patches or operating system updates becomes functionally obsolete. The EU's Cyber Resilience Act requires manufacturers to provide security updates for a minimum of 5 years after market placement, while advocacy groups push for 7 to 10 year minimums aligned with expected physical product lifespans.

What's Working

Consumer Electronics Repairability

The consumer electronics segment is the fastest-moving subsegment in right-to-repair, driven by a combination of regulatory mandates, high-profile manufacturer commitments, and strong consumer demand. Apple launched its Self Service Repair program in 2022 and expanded it to cover 85% of post-2020 device models by 2025, offering genuine parts, tools, and repair manuals to consumers and independent shops across 33 countries (Apple, 2025). The program resulted in a 23% increase in out-of-warranty repairs performed outside Apple Stores and contributed to an estimated 2.8 million devices being repaired rather than replaced in 2025 alone. Samsung followed with its Galaxy Upcycling and iFixit partnership, providing repair kits for 42 device models and reporting a 31% reduction in warranty-period device replacements across participating markets.

Fairphone, the Dutch modular smartphone manufacturer, demonstrated the commercial viability of full design-for-repair architecture. The Fairphone 5, launched in 2023, achieves a repairability score of 9.3 out of 10 on the French index and supports user replacement of battery, screen, camera modules, USB-C port, and speaker using only a standard Phillips screwdriver. Fairphone reported 340,000 devices sold in 2025 with an average ownership duration of 5.2 years, nearly double the industry average of 2.5 years. The device's bill of materials cost is 6% higher than comparably specced non-modular alternatives, but the extended lifecycle generates 40% lower cost-per-year-of-use for enterprise procurement customers.

Large Appliance Durability Standards

The large appliance sector has responded strongly to EU Ecodesign requirements that took effect in 2021 for energy-related products and are expanding under ESPR. Manufacturers are now required to make spare parts available for washing machines, dishwashers, and refrigerators for 7 to 10 years after the last unit of a model is placed on the market. Bosch-Siemens (BSH) restructured its spare parts logistics in 2024, establishing 14 regional distribution centers across Europe capable of shipping any of 450,000 spare parts SKUs within 48 hours. The company reports that appliance repair rates increased by 19% in its European markets since implementation, with average appliance lifespans extending from 11.2 to 13.8 years for customers using the repair service.

Whirlpool's "Designed to Last" initiative, launched in 2024 for the US market, commits to 10-year spare parts availability and provides free online repair manuals with step-by-step video instructions. The program covers all major appliance categories and has been adopted as a procurement criterion by three of the five largest US property management companies. GSA (General Services Administration) updated its federal procurement specifications in 2025 to require minimum 8-year spare parts availability and a repairability score equivalent for all appliance purchases, affecting approximately $2.3 billion in annual procurement volume.

Independent Repair Shop Ecosystem

The independent repair sector has experienced rapid professionalization and growth, with the number of certified independent repair businesses in the US increasing 34% between 2023 and 2025 (PIRG, 2025). iFixit's Pro Tech toolkit program now certifies over 12,000 independent repair technicians across 40 countries, providing standardized training, genuine parts access, and quality assurance protocols. The Repair Association, a US trade group, grew its membership from 800 to 3,400 businesses between 2022 and 2025, reflecting the expanding commercial opportunity.

Digital platforms connecting consumers with repair services are scaling rapidly. Germany's Kaputt.de matches consumers with local repair shops and processed 2.1 million repair bookings in 2025, with an average repair cost of EUR 89 compared to EUR 450 to EUR 1,200 for device replacement. The platform reports a 94% customer satisfaction rate and 78% successful repair rate across all device categories.

What's Not Working

Automotive Parts Access and Software Locks

The automotive sector remains the most contentious battleground for right-to-repair. Modern vehicles contain 100 to 150 million lines of code, and manufacturers increasingly use software-based parts pairing that prevents aftermarket or salvaged components from functioning without dealer authorization. Tesla's parts restriction policies, which require service center authentication for many replacement components, have drawn FTC scrutiny and consumer backlash. John Deere's agricultural equipment software locks, which restrict farmer access to diagnostic and repair tools, prompted the landmark 2023 memorandum of understanding with the American Farm Bureau Federation, but implementation has been slow, with farmer advocacy groups reporting that only 40% of promised diagnostic access had been delivered by the end of 2025 (Farm Bureau, 2025).

The Auto Care Association estimates that independent automotive repair shops lose $36 billion annually in revenue due to restricted access to OEM diagnostic tools, calibration software, and parts authorization systems. While Massachusetts' automotive right-to-repair law (Question 1, 2020) requires manufacturers to provide access to telematics data, enforcement has been hampered by legal challenges from automakers, and the case remains in federal court as of early 2026.

Fast Fashion and Textile Durability

Despite growing regulatory attention, the fast fashion sector has largely resisted meaningful durability improvements. The average garment is worn only 7 to 10 times before disposal in the US and UK markets, and textile industry lobbying has delayed the inclusion of textiles in the EU's ESPR durability requirements until at least 2028. Current voluntary durability commitments from major fast fashion brands have produced minimal measurable change: H&M's "Conscious Collection" line shows no statistically significant difference in garment lifespan compared to its standard lines, according to independent testing by the Swedish Consumer Agency (Konsumentverket, 2025). The absence of standardized textile durability testing protocols makes it difficult for procurement teams to compare products or enforce minimum standards.

Spare Parts Pricing and Availability Gaps

While regulations mandate spare parts availability, they do not uniformly address pricing. Manufacturers in unregulated markets can technically comply with availability requirements while pricing spare parts at levels that make repair economically irrational. A 2025 PIRG study found that the combined cost of all replaceable components for a mid-range smartphone averaged 87% of the new device price in the US, effectively discouraging repair. Screen replacements for popular smartphone models cost $150 to $350 through official channels versus $800 to $1,200 for a new device, but ancillary costs (shipping, labor, downtime) close the gap significantly for consumers. The EU's proposed spare parts pricing regulations, expected in 2027, aim to cap component costs at a percentage of original product price, but specific thresholds remain under negotiation.

Key Players

Established Companies

• Apple: expanded Self Service Repair to 33 countries covering 85% of recent device models, providing genuine parts, tools, and manuals to consumers and independent shops
• Bosch-Siemens (BSH): restructured European spare parts logistics to support 450,000 SKUs with 48-hour delivery, extending average appliance lifespans by 2.6 years
• Whirlpool: launched "Designed to Last" program in the US with 10-year spare parts commitments and free online repair documentation for all major appliance categories
• Samsung: partnered with iFixit to offer repair kits for 42 device models and reported 31% reduction in warranty-period device replacements

Startups

• Fairphone: Dutch modular smartphone manufacturer achieving 9.3/10 repairability score with user-replaceable components, demonstrating that design-for-repair is commercially viable at scale
• Kaputt.de: German digital repair marketplace processing 2.1 million repair bookings annually, connecting consumers with certified local repair shops
• Back Market: French refurbished electronics marketplace valued at $5.7 billion, processing over 10 million refurbished devices annually and providing quality-graded alternatives to new purchases

Investors

• General Atlantic: led Back Market's $285 million Series E round in 2024, signaling institutional confidence in the repair and refurbishment economy
• European Investment Bank: allocated EUR 800 million in circular economy financing between 2023 and 2025, with product durability and repair infrastructure as priority sectors
• Closed Loop Partners: US-based circular economy investment firm with $450 million deployed across repair, refurbishment, and remanufacturing ventures

KPI Benchmarks by Use Case

Metric	Consumer Electronics	Large Appliances	Automotive
Average product lifespan (years)	2.5-5.2	11-14	12-18
Lifespan extension from repair access	40-80%	20-35%	15-25%
Repair vs. replacement cost ratio	15-40%	10-30%	20-60%
Spare parts availability period	3-7 years	7-10 years	10-15 years
Repairability score (France index)	5.2-9.3	6.0-8.5	3.5-6.0
Lifecycle CO2 reduction from repair	25-40%	15-25%	10-20%
Independent repair success rate	70-85%	75-90%	55-75%

Action Checklist

• Audit current procurement specifications for durability and repairability criteria across all product categories
• Require minimum repairability scores (target >6.5 on France-equivalent index) in RFPs for electronics and appliances
• Mandate minimum spare parts availability periods (7 years for electronics, 10 years for appliances) in supplier contracts
• Evaluate total cost of ownership using extended lifecycle assumptions rather than initial purchase price alone
• Establish preferred supplier lists for independent repair service providers and certified refurbishment partners
• Develop internal asset lifecycle policies that prioritize repair over replacement with defined decision thresholds
• Monitor EU ESPR implementation timelines and prepare compliance documentation for products sold in or sourced from EU markets
• Negotiate spare parts pricing caps with manufacturers, targeting component costs below 30% of original product price

FAQ

Q: How do repairability standards affect procurement costs? A: Initial procurement costs for repairable products are typically 2 to 8% higher than conventional alternatives due to modular design, higher-grade fasteners, and documentation requirements. However, total cost of ownership over the product lifecycle is 15 to 35% lower when repair costs, extended lifespan, and reduced replacement frequency are factored in. Enterprise procurement teams purchasing laptops with high repairability scores report average per-device savings of $180 to $320 over a 5-year ownership period compared to non-repairable alternatives, primarily from in-house battery and screen replacements rather than full device swaps.

Q: Which US states have the strongest right-to-repair protections? A: As of early 2026, California (SB 244), New York (Digital Fair Repair Act), Minnesota (HF 1337), and Oregon (SB 542) have the most comprehensive right-to-repair laws covering consumer electronics and appliances. Colorado and Massachusetts have automotive-specific repair legislation. California's law is the broadest, covering all electronics and appliances priced above $50 with mandatory 3 to 7 year parts and documentation availability. Procurement teams operating across multiple states should align specifications with the most stringent applicable requirements to simplify supplier management.

Q: How should organizations balance cybersecurity concerns with repair access? A: The tension between repair access and security is real but manageable. Best practices include requiring manufacturers to provide parts authentication that verifies component integrity without blocking third-party replacement, mandating minimum software security update periods (5 to 7 years) independent of hardware warranty terms, and using enterprise device management platforms that maintain security compliance regardless of who performs physical repairs. The EU's Cyber Resilience Act provides a regulatory framework that separates security update obligations from physical repair restrictions, establishing that software support cannot be withheld as a mechanism to prevent hardware repair.

Q: What is the timeline for global convergence of durability and repair standards? A: Full convergence is unlikely before 2030, but directional alignment is accelerating. The EU's ESPR framework is emerging as the de facto global standard, similar to how GDPR shaped global privacy regulation. Manufacturers selling into the EU market must comply regardless of headquarters location, creating a "Brussels effect" that raises baseline product design standards globally. The ISO Technical Committee on circular economy (ISO/TC 323) is developing international repairability and durability standards expected to publish in 2027. Procurement teams should design specifications around EU ESPR requirements as the highest common denominator, which will satisfy current and anticipated requirements across all major markets.

Sources

• European Commission. (2025). Ecodesign for Sustainable Products Regulation: Implementation Progress Report. Brussels: European Commission.
• Federal Trade Commission. (2025). Right to Repair: FTC Enforcement Actions and Policy Guidance. Washington, DC: FTC.
• Ellen MacArthur Foundation. (2026). The Repair Economy: Global Market Sizing and Growth Projections. Cowes, UK: EMF.
• Global E-waste Monitor. (2025). The Global E-waste Monitor 2025: Quantities, Flows, and the Circular Economy Potential. Bonn: United Nations University.
• PIRG. (2025). Repair Denied: The State of Spare Parts Access and Pricing in the United States. Washington, DC: US PIRG Education Fund.
• ADEME. (2025). Indice de Reparabilite: Impact Assessment and Consumer Behavior Analysis 2021-2025. Paris: ADEME.
• Apple. (2025). Self Service Repair Program: 2025 Expansion and Impact Report. Cupertino, CA: Apple Inc.