Deep dive: Product durability standards & right to repair — what's working, what's not, and what's next

The European Commission reported that premature product obsolescence costs EU consumers an estimated EUR 35 billion per year in unnecessary replacement purchases, with electronics and household appliances accounting for 58% of that figure (European Commission, 2025). In the United Kingdom, WRAP's 2025 circular economy tracker found that extending the average lifespan of clothing, electronics, and white goods by just 12 months would eliminate 8.4 million tonnes of CO2e annually, equivalent to taking 2.7 million cars off UK roads. Globally, the right to repair movement has shifted from consumer advocacy to binding legislation, with the EU's Ecodesign for Sustainable Products Regulation (ESPR) and the UK's planned Product Sustainability and Circularity Framework creating a regulatory landscape that will reshape how products are designed, manufactured, and maintained. For sustainability leads navigating these changes, understanding which subsegments are advancing fastest and where barriers persist is essential for compliance planning and procurement strategy.

Why It Matters

The linear model of manufacturing, selling, and discarding consumer products generates approximately 2.5 billion tonnes of waste annually across OECD nations, with less than 15% of materials recovered for reuse or recycling (OECD, 2025). Product durability standards and right to repair legislation attack this problem at the design stage, mandating minimum lifespans, repairability scoring, and spare parts availability before products reach the market. The economic case is substantial: the Ellen MacArthur Foundation estimates that durable, repairable product design could unlock $700 billion in material value globally by 2030, while reducing virgin material extraction by 20 to 30% across key product categories.

Regulatory pressure is intensifying across multiple jurisdictions. The EU's ESPR, which entered into force in 2024, establishes binding durability and repairability requirements for 30 product categories, with the first delegated acts covering smartphones, tablets, and textiles taking effect in 2026. France's repairability index, operational since 2021, has already demonstrated measurable market effects: products scoring above 7 out of 10 on the index saw 12% higher sales volumes in 2025 compared to lower-scoring equivalents, according to ADEME data. In the UK, the Department for Environment, Food and Rural Affairs (Defra) published its consultation on extended durability requirements for electrical and electronic equipment in late 2025, signalling alignment with EU standards while tailoring enforcement mechanisms for domestic markets.

Consumer demand is reinforcing regulatory momentum. A 2025 survey by the European Consumer Organisation (BEUC) found that 77% of UK and EU consumers would prefer to repair rather than replace broken products, but 59% cited cost, parts unavailability, or lack of repair information as barriers. Closing these gaps represents both a regulatory imperative and a market opportunity for manufacturers willing to redesign their business models around product longevity.

Key Concepts

Repairability scoring is a standardised metric that rates products on their ease of repair, considering factors such as disassembly difficulty, spare parts availability, pricing transparency, and access to repair documentation. France pioneered mandatory repairability indexes for five product categories in 2021, expanding to additional categories through 2025. The EU's ESPR will require repairability scores across all covered product categories by 2027, creating a unified scoring framework that enables cross-brand comparison at point of sale.

Design for durability encompasses engineering practices that extend product lifespans through material selection, modular architecture, and stress testing protocols. Key metrics include mean time between failures (MTBF), which for consumer electronics ranges from 20,000 to 50,000 hours depending on category, and component replaceability rates, which measure the percentage of critical parts that can be individually replaced rather than requiring full unit replacement. Leading manufacturers achieving replaceability rates above 80% typically see warranty claim rates 25 to 40% lower than competitors with monolithic designs.

Spare parts availability mandates require manufacturers to maintain stocks of replacement components for defined periods after a product is discontinued. The EU's ecodesign regulations for washing machines and refrigerators require spare parts availability for 7 to 10 years post-sale. Extended availability windows of 10 to 15 years are being discussed for the ESPR's broader product scope. Compliance requires manufacturers to invest in parts inventory management systems, with typical carrying costs of 2 to 5% of original product manufacturing cost per year.

Digital product passports (DPPs) provide machine-readable records of a product's materials composition, repairability information, and end-of-life instructions. Under the ESPR, DPPs will be mandatory for textiles, electronics, and batteries starting in 2027. Each passport links to a unique product identifier (typically a QR code or NFC tag) that enables repair technicians, recyclers, and consumers to access disassembly guides, parts catalogues, and material declarations throughout the product's lifecycle.

What's Working

Repairability Indexes and Consumer Behaviour Shifts

France's mandatory repairability index has demonstrated that transparency drives market transformation. After four years of operation, products in covered categories (smartphones, laptops, televisions, washing machines, and lawnmowers) saw average repairability scores increase from 5.6 to 7.2 out of 10, as manufacturers redesigned products to achieve competitive scores (ADEME, 2025). Samsung's Galaxy S25 smartphone scored 8.2 on the French index, up from 5.6 for the Galaxy S20, achieved through modular battery design, standardised screw types, and published repair manuals. Apple's iPhone 16 achieved a score of 7.6 following the introduction of a self-service repair programme that provides genuine parts and diagnostic tools directly to consumers. UK retailers including Currys and John Lewis have begun voluntarily displaying French repairability scores on product listings, anticipating domestic requirements.

The measurable link between repairability scores and purchasing decisions is strengthening. ADEME's 2025 market analysis showed that a one-point improvement in repairability score correlated with a 4 to 6% increase in purchase intent among consumers aged 25 to 44 in France. Retailers in Germany and the Netherlands reported similar demand signals after voluntarily adopting score display.

Extended Durability Standards for Appliances

The EU's ecodesign regulations for household appliances, implemented in 2021, have delivered measurable lifespan improvements. Data from the European Committee of Domestic Equipment Manufacturers (APPLiA) shows that the average functional lifespan of washing machines sold in the EU increased from 10.4 years to 12.1 years between 2021 and 2025, driven by mandatory requirements for motor durability testing, drum endurance certification, and spare parts availability. Refrigerator lifespans extended from 12.8 to 14.2 years over the same period.

In the UK, the Energy Saving Trust reported that durability improvements in washing machines and dishwashers prevented an estimated 1.8 million premature replacements in 2025, avoiding 420,000 tonnes of waste and saving consumers GBP 640 million in replacement costs. Bosch-Siemens Hausgerate (BSH) invested EUR 180 million in redesigning its appliance platform for 15-year minimum lifespans, including standardised repair interfaces that reduce average repair time from 2.3 hours to 45 minutes for common failure modes.

Independent Repair Ecosystem Growth

The independent repair sector is scaling rapidly in response to regulatory tailwinds and consumer demand. iFixit, the largest open-source repair platform, reported 48 million unique visitors in 2025 and hosts over 100,000 repair guides covering 15,000 product models. The company's partnership with Samsung, Google, and Microsoft to provide genuine spare parts through its marketplace generated $120 million in parts sales in 2025, a 65% increase over 2024.

In the UK, the Restart Project documented 12,400 community repair events in 2025, a 38% increase over the previous year, with an average repair success rate of 67% for electronics and 78% for textiles. Local authority-funded repair cafes have expanded to 420 locations across England, Scotland, and Wales, with councils reporting that each GBP 1 invested in community repair infrastructure generates GBP 3.40 in waste diversion savings and local economic activity.

What's Not Working

Adhesive-Bonded Construction and Anti-Repair Design

Despite regulatory progress, many manufacturers continue to use design practices that impede repair. Adhesive-bonded batteries remain standard in 62% of consumer electronics sold in the EU and UK, according to a 2025 teardown analysis by the European Environmental Bureau. Adhesive bonding adds approximately $0.30 per unit in manufacturing cost savings but increases professional repair costs by $40 to $80 per device and makes consumer self-repair effectively impossible for battery replacements. The practice persists because current regulations focus on repairability scoring and spare parts availability rather than explicitly banning specific construction techniques that obstruct disassembly.

Software locks and parts pairing present an emerging challenge. Manufacturers increasingly use firmware-level authentication to prevent non-original components from functioning, even when physically compatible. Investigations by the US Federal Trade Commission and the UK Competition and Markets Authority have identified parts pairing in smartphones, printers, agricultural equipment, and medical devices, where replacing a genuine component with an identical genuine component from another unit triggers error messages or disables features. Current right to repair legislation in most jurisdictions does not explicitly prohibit software-based repair restrictions, creating a gap that manufacturers exploit.

Fragmented Standards Across Jurisdictions

The absence of globally harmonised durability and repairability standards creates compliance complexity for multinational manufacturers and retailers. The EU's ESPR framework, France's repairability index, the UK's planned Product Sustainability and Circularity Framework, and US state-level right to repair laws (enacted in 28 states by 2025) use different scoring methodologies, product category definitions, and enforcement mechanisms. A manufacturer selling a washing machine across all four jurisdictions may face four different sets of durability testing protocols, spare parts availability timelines, and labelling requirements.

The UK's post-Brexit regulatory divergence from EU product standards adds a specific layer of complexity. While Defra has signalled intent to maintain broad alignment with EU ecodesign requirements, the timeline for UK-specific delegated acts remains uncertain, and the UK Conformity Assessment (UKCA) marking process adds 3 to 6 months to product approval timelines compared to CE marking for EU-aligned products.

Cost Barriers to Professional Repair

Professional repair costs remain prohibitively high relative to replacement costs for many product categories, undermining the economic incentive to repair. The average cost of a professional screen replacement for a mid-range smartphone in the UK is GBP 120 to 180, compared to GBP 200 to 350 for a new device with trade-in credit. Washing machine repairs average GBP 150 to 250 including callout fees, while a new entry-level machine costs GBP 280 to 400. The labour cost component of professional repair, typically 50 to 70% of total repair cost, is difficult to reduce without automation or scale efficiencies that the fragmented repair sector has not yet achieved.

Repair labour shortages compound the cost challenge. The UK's Institute of Engineering and Technology estimated a shortfall of 15,000 qualified electronics repair technicians in 2025, with the average age of existing technicians at 52 years. Without targeted workforce development programmes, the repair sector risks being unable to meet the demand generated by right to repair legislation.

Key Players

Established Companies

• Bosch-Siemens Hausgerate (BSH): Europe's largest home appliance manufacturer, investing EUR 180 million in design-for-durability across its product portfolio with 15-year minimum lifespan targets and standardised repair interfaces
• Samsung Electronics: achieving top-tier repairability scores across smartphones and appliances through modular design, self-repair programme partnerships, and 10-year spare parts commitments across major product lines
• Patagonia: a long-standing leader in product durability for apparel, operating 72 repair centres globally that processed 135,000 garment repairs in 2025, extending average garment lifespan by 2.4 years
• Miele: the premium appliance manufacturer testing all products to a 20-year minimum lifespan standard, maintaining spare parts availability for 15 years post-discontinuation across all product categories

Startups

• Back Market: a Paris-based refurbished electronics marketplace operating in 18 countries, reaching $1.4 billion in gross merchandise value in 2025 by connecting certified refurbishers with consumers seeking durable alternatives to new purchases
• Fixably: a Helsinki-based repair management platform serving over 800 professional repair businesses across Europe with workflow automation, parts sourcing, and quality assurance tools that reduce average repair turnaround from 5 days to 2.2 days
• Sugarcycle: a London-based startup developing AI-powered diagnostics for home appliance fault detection, enabling consumers to identify repairable failures before contacting repair services

Investors

• Circularity Capital: an Edinburgh-based growth equity fund with GBP 250 million under management focused on circular economy businesses, including investments in repair, refurbishment, and product-as-a-service companies
• European Investment Bank: providing EUR 500 million in financing for circular product design and repair infrastructure development across EU and associated markets through its Circular Economy Programme
• General Atlantic: invested $300 million in Back Market's Series E round, the largest single investment in the refurbished electronics sector

KPI Benchmarks by Use Case

Metric	Consumer Electronics	Home Appliances	Textiles & Apparel
Repairability score (France index)	6.5-8.5/10	7.0-9.0/10	N/A (pending)
Minimum product lifespan standard	5-7 years	10-15 years	3-5 years (proposed)
Spare parts availability period	5-7 years	7-10 years	N/A (pending)
Professional repair cost vs. replacement	40-70%	30-60%	15-40%
Consumer self-repair success rate	35-55%	20-40%	60-80%
Waste reduction per unit repaired (kg)	0.15-0.35	30-65	2-8
Carbon savings per repair vs. replacement	50-75%	60-85%	55-80%

Action Checklist

• Audit current product portfolio against EU ESPR repairability and durability requirements for all covered categories, identifying compliance gaps before 2027 delegated acts take effect
• Establish spare parts inventory management systems with minimum 7-year availability commitments for all components with failure rates above 1%
• Integrate repairability scoring into product development stage gates, setting minimum target scores based on competitive benchmarking within each product category
• Develop or procure digital product passport infrastructure to meet ESPR requirements, including material composition, disassembly instructions, and recycling guidance
• Train procurement teams to evaluate supplier compliance with durability testing protocols and parts availability commitments
• Assess manufacturing cost impacts of transitioning from adhesive-bonded to mechanically fastened construction for battery and display components
• Establish partnerships with independent repair networks (iFixit, authorised service providers) to expand repair access and reduce warranty claim costs
• Monitor UK Defra consultations on the Product Sustainability and Circularity Framework for domestic-specific requirements that may diverge from EU standards

FAQ

Q: How does the EU's ESPR differ from existing ecodesign regulations for durability and repair? A: Existing ecodesign regulations, in effect since 2021, cover specific product categories (primarily appliances) with requirements focused on energy efficiency, spare parts availability, and repair information access. The ESPR expands scope dramatically to 30 product categories including textiles, furniture, electronics, and construction materials. It introduces mandatory repairability scores, digital product passports, and minimum durability standards as prerequisites for placing products on the EU market. Critically, the ESPR also bans practices that deliberately limit product lifespan, such as software updates that degrade performance, which existing regulations did not address.

Q: What are the cost implications for manufacturers transitioning to design-for-repair principles? A: Initial design-for-repair transitions typically increase per-unit manufacturing costs by 3 to 8%, driven by modular architecture adoption, higher-grade fastening systems, and additional testing requirements. However, manufacturers consistently report offsetting savings within 18 to 24 months through reduced warranty claim costs (15 to 30% reduction), lower customer acquisition costs from improved brand loyalty, and new revenue streams from spare parts sales and repair services. BSH reported that its durability investment programme achieved breakeven within 20 months through warranty cost reductions alone, before accounting for revenue upside from extended product relationships.

Q: How should UK sustainability leads prepare for regulatory divergence between UK and EU product standards? A: Design products to the more stringent standard (currently the EU ESPR framework) to ensure compliance across both markets. Engage with Defra's consultation process to anticipate UK-specific requirements. Invest in flexible labelling and documentation systems that can accommodate both CE and UKCA marking without requiring separate product lines. Build relationships with UK-based repair networks and spare parts distributors to ensure domestic compliance with parts availability mandates. Budget for 10 to 15% higher compliance administration costs during the transition period compared to serving either market alone.

Q: What metrics should sustainability leads track to measure progress on product durability and repairability? A: Core metrics include average product lifespan (measured through warranty claims data and return rates), repair rate (percentage of failed products repaired versus replaced), spare parts fill rate (percentage of repair requests fulfilled from stock within 48 hours), and repairability score trends across product portfolio. Advanced metrics include total cost of ownership for customers (incorporating repair costs over product lifetime), customer lifetime value impact of repair services, and Scope 3 emissions reductions achieved through avoided manufacturing of replacement products.

Sources

• European Commission. (2025). Impact Assessment: Ecodesign for Sustainable Products Regulation Implementation Report. Brussels: European Commission.
• WRAP. (2025). UK Circular Economy Tracker 2025: Product Longevity and Resource Efficiency. Banbury: WRAP.
• ADEME. (2025). Repairability Index: Four-Year Market Impact Assessment. Angers: French Agency for Ecological Transition.
• OECD. (2025). Global Material Resources Outlook to 2060: Scenarios for Circular Economy Pathways. Paris: OECD Publishing.
• Ellen MacArthur Foundation. (2025). Circular Economy Opportunity: Product Durability and Material Value Retention. Cowes: Ellen MacArthur Foundation.
• European Environmental Bureau. (2025). Teardown Analysis: Adhesive Use and Repair Barriers in Consumer Electronics. Brussels: EEB.
• Energy Saving Trust. (2025). Household Appliance Durability and Carbon Impact Assessment. London: Energy Saving Trust.