⚡ Quick Summary
- EU regulations and US state laws making right-to-repair a legal requirement in 2026
- Samsung Galaxy S26 Ultra leads flagship phones in repair-friendly design
- Global device repair market projected to exceed $40 billion by 2028
- Right-to-repair becoming one of the most effective environmental tech policies
What Happened
The right-to-repair movement has reached a tipping point in 2026, with a convergence of European Union regulations, advancing US state legislation, and voluntary manufacturer compliance fundamentally changing how consumer electronics are designed and sold. Samsung's Galaxy S26 Ultra — with its modular, repair-friendly internal design — is the highest-profile example of this shift, but the trend extends across laptops, tablets, wearables, and home appliances from dozens of manufacturers.
The EU's Ecodesign for Sustainable Products Regulation, which began enforcement in late 2025, requires manufacturers selling products in Europe to meet minimum repairability standards, make spare parts available for a defined period after sale, and provide repair manuals and diagnostic tools to independent repair shops. Similar legislation is now active in eight US states, with federal right-to-repair legislation advancing through Congress with bipartisan support.
The practical impact is visible across product categories. Laptops from Framework, Dell, and HP now feature tool-free component access. Apple has expanded its Self Service Repair program to cover more products and more countries. Even traditionally sealed product categories like wireless earbuds and smartwatches are seeing repairability improvements as manufacturers anticipate expanding regulation.
Background and Context
The right-to-repair movement has been building momentum for over a decade, driven by three converging forces: consumer frustration with expensive repairs and planned obsolescence, environmental concerns about electronic waste (e-waste), and competitive pressure from repair-focused companies like iFixit and Framework that have demonstrated market demand for repairable products.
Electronic waste is one of the fastest-growing waste streams globally, with the UN estimating over 60 million tonnes of e-waste generated annually. Only about 20% of this waste is formally recycled, with the remainder ending up in landfills or being informally processed in developing countries under hazardous conditions. Products designed for repair last longer, reducing e-waste generation and the environmental impact of manufacturing replacement devices.
The regulatory landscape shifted decisively when the European Union — the world's largest single market for consumer electronics — made repairability a legal requirement. Because most manufacturers cannot economically produce separate product designs for EU and non-EU markets, European regulations effectively set global design standards. This 'Brussels Effect' means that right-to-repair benefits extend to consumers worldwide, even in jurisdictions that haven't enacted their own legislation.
Why This Matters
The design philosophy shift from sealed, disposable electronics to repairable, modular products represents a fundamental change in the consumer electronics industry's business model. For decades, manufacturers have benefited from products that become obsolete or irreparable after a few years, driving replacement purchases. Right-to-repair legislation disrupts this model by extending product lifespans, which forces manufacturers to find alternative revenue sources — typically through services, subscriptions, and premium upgrade options.
For consumers, the benefits are tangible and immediate. A laptop with a replaceable battery can remain functional for years longer than one with a sealed battery that degrades over time. A smartphone with accessible screen components can be repaired for a fraction of the cost of replacement. These savings are particularly meaningful for budget-conscious consumers and families who can now extend the useful life of their devices significantly. Pairing repairable hardware with properly licensed software — like a genuine Windows 11 key that doesn't expire with a hardware change — maximises the value of the investment.
The environmental dimension cannot be overstated. Manufacturing a new smartphone generates approximately 70kg of CO2 equivalent, and extending the average smartphone lifespan by just one year would prevent millions of tonnes of carbon emissions annually. Right-to-repair legislation is quietly becoming one of the most effective environmental policies enacted in recent years.
Industry Impact
The repair services industry is experiencing rapid growth as more products become practically repairable. Independent repair shops, which have long struggled with manufacturer restrictions on parts and information, now have legal backing to access the components and documentation they need. The global device repair market is projected to exceed $40 billion by 2028, up from approximately $25 billion in 2024.
Component manufacturers and parts suppliers are building new distribution channels to comply with spare parts availability requirements. Companies that can efficiently supply genuine replacement parts — batteries, screens, keyboards, ports — to both authorised and independent repair channels have a growing market opportunity. Similarly, businesses selling genuine software licences like affordable Microsoft Office licences complement the repair ecosystem by ensuring that refurbished and repaired devices run properly licensed software.
Product design teams are adapting their engineering priorities. Repairability now sits alongside performance, aesthetics, and cost as a primary design consideration. This has led to innovations in modular connector design, standardised fasteners, and component layout that make products not just more repairable but often easier to manufacture as well — a win-win that early sceptics didn't anticipate.
Expert Perspective
Gay Gordon-Byrne, executive director of The Repair Association, has described 2026 as 'the year right-to-repair went from advocacy to reality,' noting that the combination of EU enforcement, US state laws, and voluntary manufacturer compliance has created a self-reinforcing cycle where repairability is becoming the expected standard rather than a niche feature.
However, industry critics caution that repairability requirements add costs and constraints to product design. Some manufacturers argue that making products more repairable compromises water resistance, structural integrity, and thinness — trade-offs that consumers may not be willing to accept. Samsung's Galaxy S26 Ultra, which achieves IP68 water resistance alongside high repairability, challenges this argument but may represent an engineering achievement that isn't easily replicated at lower price points.
What This Means for Businesses
Organisations deploying technology at scale should factor repairability into procurement decisions. Devices designed for repair offer lower total cost of ownership, reduced downtime, and improved sustainability metrics — all factors that matter to modern enterprises managing both budgets and ESG commitments. Enterprise software providers that offer transferable licences complement this strategy by allowing software assets to move with hardware through repair and refurbishment cycles.
Companies in the electronics manufacturing, retail, and repair sectors should invest in training and infrastructure to serve the growing repair market. The regulatory trend is clear and irreversible — businesses that position themselves early in the repair ecosystem will have competitive advantages as consumer awareness and regulatory requirements continue to expand.
Key Takeaways
- EU Ecodesign regulations now require minimum repairability standards for consumer electronics
- Eight US states have active right-to-repair laws with federal legislation advancing
- Samsung, Apple, Dell, HP, and Framework among manufacturers adapting designs
- Global device repair market projected to exceed $40 billion by 2028
- Extending smartphone lifespan by one year prevents millions of tonnes of CO2 emissions
- Repairability becoming a design priority alongside performance and aesthetics
Looking Ahead
The right-to-repair movement is entering its next phase: expansion to new product categories. Automotive, agricultural equipment, and medical devices are all frontier areas where repairability legislation is being debated. In consumer electronics, expect repairability scores to become standardised purchase criteria — similar to energy efficiency ratings — within the next two to three years, giving consumers clear, comparable information about how repairable a product is before they buy.
Frequently Asked Questions
What is the right-to-repair movement?
The right-to-repair movement advocates for legislation requiring manufacturers to make products repairable by consumers and independent shops, including providing spare parts, repair manuals, and diagnostic tools.
Which countries have right-to-repair laws?
The European Union has implemented the Ecodesign for Sustainable Products Regulation, and eight US states have active right-to-repair laws as of 2026, with federal legislation advancing through Congress.
Does repairability compromise product quality?
Samsung's Galaxy S26 Ultra demonstrates that flagship quality and repairability can coexist, achieving IP68 water resistance alongside iFixit's highest-ever repairability score for a flagship smartphone.