Electronics Guide

The Importance of Repair Rights

The ability to repair electronic devices has been steadily eroded over the past several decades. As products grew more complex and some manufacturers adopted business models built on short replacement cycles and closed service networks, owners increasingly found themselves unable to maintain the products they had bought. These constraints reach past individual consumers to independent repair shops, schools, hospitals, and farms that depend on functioning equipment. Restrictions take concrete technical forms, including parts pairing, in which a replacement component must be authorized by the manufacturer's software before it will work, and the withholding of service manuals, diagnostic tools, and firmware.

Environmental pressures lend urgency to the debate. Electronic waste is among the fastest-growing waste streams in the world. According to the Global E-waste Monitor 2024, published by the United Nations Institute for Training and Research (UNITAR) and the International Telecommunication Union, the world generated roughly sixty-two million tonnes of e-waste in 2022, yet only about twenty-two percent was formally collected and recycled. The report estimates that this leaves on the order of sixty-two billion United States dollars in recoverable materials unaccounted for each year, alongside avoidable pollution. Manufacturing a replacement device carries its own burden of resource extraction, energy use, and carbon emissions. Extending product life through repair is therefore one of the most effective levers for reducing these impacts, because it defers both the disposal of the old device and the manufacture of a new one.

The Legislative Landscape

Repair-rights policy has moved quickly from advocacy to law, though the requirements differ by jurisdiction. The following examples illustrate the direction of travel rather than an exhaustive list, and details continue to evolve as rules are transposed and enforced.

• European Union: Directive (EU) 2024/1799 on common rules promoting the repair of goods entered into force in 2024, with member states required to transpose it into national law by 31 July 2026. It obliges manufacturers of certain products to offer repair within a reasonable time and at a reasonable price, and it extends the legal guarantee by twelve months when a consumer chooses repair over replacement.
• France: A repairability index has applied since 1 January 2021, displaying a score from zero to ten (with one decimal place) for categories such as smartphones, laptops, and washing machines. A broader durability index, introduced under the country's anti-waste (AGEC) law, began replacing it from 2025 to account for reliability and longevity in addition to repairability.
• United States: No federal statute exists, so rights are defined state by state. New York's Digital Fair Repair Act took effect in late 2023, and laws in California and Minnesota took effect in 2024, with further laws in Colorado and Oregon phasing in afterward. California's statute is among the strongest, requiring manufacturers to make parts, tools, and documentation available for up to seven years for higher-priced products, even after a model is discontinued.

Because manufacturers generally serve a global market, the strictest applicable rule often becomes the de facto baseline, so requirements adopted in one large jurisdiction frequently influence product design and parts availability well beyond its borders.

Key Themes

The right to repair and product longevity span several interconnected themes:

• Legislative and regulatory frameworks: Laws that mandate repair access, parts availability, and documentation, together with the advocacy and lobbying that shape them.
• Technical repairability: Design decisions that determine how easily a product can be opened, diagnosed, and repaired, including modular architecture, fastening methods, the use of standard rather than proprietary screws, glued versus replaceable batteries, and component accessibility.
• Information access: Availability of service documentation, diagnostic software, firmware, security updates, and technical support necessary for effective repair.
• Parts and supply chains: Access to replacement components, spanning original manufacturer parts, third-party alternatives, and harvested or refurbished parts serving the independent repair market.
• Cultural and social dimensions: Attitudes toward repair, skill development, community repair initiatives, and the broader cultural shift needed to make repair a first response to failure.
• Economic models: Business models that support or hinder repair, including warranty structures, service contracts, product-as-a-service offerings, and the economics of independent repair shops.

Topics in This Section

The following topics examine repair rights and product longevity in depth, from the policies that compel repair access to the technologies and community practices that make repair practical.

Building a Repair-Friendly Future

An electronics ecosystem designed for longevity and effective maintenance depends on coordinated action across many domains. Legislators must enact and enforce repair-access requirements. Manufacturers must treat repairability as a design principle and a business opportunity rather than a threat. Consumers must demand repairable products and build the skills to maintain them. Educators must weave repair knowledge into curricula at every level. And communities must build the infrastructure and social support that make repair accessible to everyone.

The topics in this section provide the foundation for taking part in that change. Whether you are a policymaker weighing repair legislation, an engineer designing for repairability, a business leader shaping repair-friendly strategy, or an individual extending the life of your own devices, a grounding in the principles and practices of right to repair and product longevity will help you contribute to a more sustainable electronics ecosystem.