Right to Repair: Why Your Phone Still Fights Being Fixed

01 A right that never existed

For most of the history of consumer electronics, repair was simply something owners did. A radio owner replaced a vacuum tube, a car owner changed a distributor cap, and nobody asked the manufacturer for permission. The right to repair movement, at its core, is an attempt to restore that arrangement for the digital age: a legal right for owners of devices and equipment to freely maintain, repair, or modify products such as automobiles, electronics, and farm equipment.

That framing matters because the status quo is not a natural state but a constructed one. Over the past two decades, manufacturers assembled a toolkit of legal, technical, and contractual barriers that made repair harder: warranty terms that void at the first opened screw, diagnostic software locked to authorized technicians, and components deliberately made indivisible. The movement's argument is that once you buy a device, the repair ecosystem around it should not be a monopoly controlled by its maker.

The fight began in earnest over farm equipment, when agricultural conglomerates locked tractors behind proprietary diagnostics and farmers began uploading firmware to bypass the locks. From there it spread to the device most people carry everywhere: the smartphone, a glass-and-aluminum sandwich that is both the most repaired and the most repair-resistant object in the average household.

02 Glue, screws, and the physics of resistance

The first layer of resistance is mechanical, and it is the oldest trick in the book. Modern phones are held together largely with adhesive rather than fasteners. Batteries are glued into their cavities with double-sided tape that stretches, tears, or deforms when pulled. Screens are laminated and adhered so that opening one without a heat source, suction cups, and thin pry tools risks shattering the glass. Each of these choices can be defended on engineering grounds — thinner chassis, better water resistance, structural rigidity — but the cumulative effect is that a battery swap, once a two-minute job with a removable back cover, has become a surgery.

Fastener design plays the same game at smaller scale. Where screws survive at all, they are increasingly proprietary: pentalobe, tri-point, and torx-plus variants that defeat standard toolkits and force repair shops to buy driver sets licensed from the manufacturers themselves. The point is not that these screws are impossible to remove; it is that every small friction added to the repair path shifts marginal decisions from repair to replacement.

The mechanical layer is visible and well documented, and it is the part that repairability scoring systems grade most easily. It is also, by 2026, the layer manufacturers have adjusted most readily under public and regulatory pressure. The deeper resistance lives in software.

03 Parts pairing: the software lock

Parts pairing — sometimes called serialization — is the practice of cryptographically binding components to the devices they ship in. A replacement screen, battery, or Face ID module salvaged from an identical donor phone may be physically perfect, yet the host device refuses to treat it as genuine: features are disabled, warnings are displayed, or the part is rejected outright until the manufacturer's own configuration tools bless the pairing. The component is not broken; the phone simply does not consent to it.

The implications extend past independent repair shops to individual owners. A user who replaces a battery with a functioning original part from another unit of the same model can end up with a device that refuses to report battery health or displays a persistent service warning. Security is the usual defense — parts pairing makes stolen phones less valuable to strip for parts, and genuinely blocks some component-level attacks. Critics counter that a locked ecosystem does not need to be the only way to deter theft, and that a system where only the manufacturer can authorize repairs functions at least as much as a revenue-protection scheme as an anti-theft measure.

Legislation has begun to take aim specifically at this layer. Newer state laws, and the EU's battery regulation which mandates user-replaceable batteries from 2027, increasingly name parts pairing explicitly and require that spare parts pair without degraded functionality. Whether manufacturers comply in spirit or engineer around the letter of the requirements is one of the defining repair stories of the decade.

04 What the laws changed

The legislative picture shifted faster than most predicted. New York passed the first broad US electronics right-to-repair law in late 2022, effective the following year; California and Minnesota followed with stronger versions, and Colorado targeted wheelchairs and then agricultural equipment. The EU moved through its ecodesign framework rather than standalone statutes: requirements for spare parts availability, repair information, and, in the USB-C era, a common charging port across device classes, plus a battery regulation that will force mechanical battery replaceability back into phones.

In the US federal sphere, the Federal Trade Commission has been the most active institution. Its "Nixing the Fix" report found scant evidence for most manufacturer justifications of repair restrictions, and the FTC subsequently endorsed right-to-repair legislation and brought enforcement actions against companies that restricted independent repair of their equipment. The executive orders urging the commission to enforce anti-warranty-conditioning rules added regulatory pressure without producing a national statute, which still does not exist.

The chart below tracks the cumulative count of US states that passed electronics right-to-repair laws, a number that has grown each year since New York's breakthrough. The trend line is the movement's clearest evidence of progress — and its clearest limitation, since state laws with varying strength leave most of the country and most device categories outside any binding requirement.

What the laws have bought varies with their drafting. Early statutes were criticized for carve-outs — excluding parts pairing language, or letting manufacturers comply with a single authorized program — and later laws were drafted to close those gaps. The general pattern across all of them: manufacturers must sell spare parts and publish documentation to independent shops and owners on fair terms, though enforcement resources remain thin and lawsuits rare.

05 Self-repair programs in practice

Manufacturers responded to pressure with programs of their own. Apple launched Self Service Repair, Samsung partnered with iFixit for official parts sales, and Google built a parts pipeline for Pixel devices. On paper, these are concessions to the movement: genuine parts, official tools, published manuals. In practice, reviewers have repeatedly found the experience to be heavier than an independent repair needs to be — rented toolkits the size of a suitcase, part inventories limited to a few device models, long verification procedures, and prices that sometimes approach the cost of simply having the manufacturer do it.

The existence of these programs also serves a defensive function. When regulators weigh repair restrictions, a functioning self-repair program is evidence that the market is already solving the problem — which is one reason the programs cover a curated subset of devices rather than the full catalog. The gap between the availability of self-repair as a concept and its usefulness as a practical option for ordinary owners is wide, and it has narrowed only where law requires it to.

Independent repair still carries the load. Third-party shops, refurbishers, and parts-harvesting operations keep the majority of out-of-warranty phones in service, mostly using salvage and gray-market parts because official parts channels are priced or gated to be unattractive. The legislation of the past years has mostly not given these shops what they actually asked for; the most valuable items remain diagnostic software and pairing tools, the last pieces of the monopoly that manufacturers guard most carefully.

06 The e-waste ledger

The environmental case for repair is the movement's strongest argument and the hardest to wave away. The world generated 62 million tonnes of electronic waste in 2022, the highest figure ever recorded, and only about 22.3 percent was documented as collected and formally recycled, according to the UN Global E-waste Monitor 2024. The rest — nearly 48 million tonnes — went to landfills, incinerators, or informal processing. Phones are a small share of that mass but a symbolic one: devices rich in rare and difficult metals, retired, in a measurable fraction of cases, because of a battery that could not be replaced or a screen that was priced against replacement.

Recycling is frequently offered as the answer to device obsolescence, but it is the leakiest part of the chain — the documented recycling rate barely exceeds a fifth of the waste stream. Repair prevents waste upstream of the recycling question entirely: a phone that gets a second or third life displaces the manufacture of a new one, and device manufacture, not just disposal, is where most of a phone's carbon and material cost is incurred. This is why regulators have gravitated from recycling rhetoric to repair mandates, and why the EU's battery replaceability requirement is framed as an environmental rule rather than a consumer one.

07 Where 2026 stands

The repair landscape in 2026 is best described as a negotiated stalemate that is slowly turning. The legal baseline has moved decisively: a growing set of state laws, an EU framework that mandates spare parts, documentation, and replaceable batteries, and a regulatory culture in which an FTC chair feels comfortable calling repair restrictions anti-competitive. No major manufacturer now argues publicly that owners should have no right to fix their devices; the argument has shifted to compliance thresholds and exceptions.

The practice has moved more slowly than the law. Parts pairing persists where statutes do not name it, self-repair programs remain curated and cumbersome, and the economics still push owners toward replacement for anything beyond a battery or a screen. Meanwhile, device designs have not converged back toward repairability on their own — where they have, it is because a rule or a repairability score made it commercially visible.

The next few years will be decided by execution rather than argument. The EU's replaceable-battery deadline approaches, parts pairing bans face their first real enforcement tests, and additional states weigh statutes of their own. The right to repair is no longer a fringe demand; it is now a question of whether the letter of hard-won law can outpace the ingenuity of firms with every incentive to comply minimally. The phone, for its part, still fights being fixed — it just has fewer legal permission slips to do so than it did five years ago.