Right to repair: what the law actually lets you fix
The right-to-repair campaign won the argument in public and then discovered that winning the argument is not the same as changing what happens when your laptop breaks. Laws have passed in several jurisdictions. Manufacturers have complied, in a fashion. The gap between those two sentences is where this subject actually lives.
What the movement demanded
The original demand was narrow and practical, aimed at four things manufacturers controlled and independent repair needed: spare parts sold to anyone rather than only to authorised partners, service documentation and schematics made available, diagnostic software access, and an end to design choices that made repair harder without making the product better.
Underneath was a straightforward economic complaint. When only the manufacturer can repair a device, the manufacturer sets the price of repair, and it can set that price high enough that replacement looks reasonable. Independent shops keep that in check, and they cannot operate without parts and documentation.
The environmental argument arrived later and carried more political weight, because a device replaced at three years instead of six doubles the manufacturing footprint of owning one.
What current laws grant
Legislation has landed in two distinct shapes, and the difference matters.
Access laws, of which New York’s Digital Fair Repair Act is the template, require manufacturers to make parts, tools and documentation available to independent providers and owners on fair terms. They are aimed at the bottleneck the campaign identified.
Design laws, which the European Union has pursued through ecodesign rules and repairability requirements, work at the other end: mandating parts availability for a set period, requiring that certain components be replaceable with commonly available tools, and in some categories publishing a repairability score so buyers can see it before purchase.
The two models are worth seeing side by side, because they fail in different places:
| Access laws (New York model) | Design laws (EU model) | |
|---|---|---|
| What it targets | The bottleneck: parts, tools, documentation | The product itself, before it is sold |
| Core obligation | Supply parts and documentation on fair terms | Make components replaceable, guarantee availability for a period |
| Who benefits directly | Independent repair shops and owners, after purchase | Buyers, at the point of purchase |
| Disclosure element | None | Repairability score displayed before you buy |
| Main weakness | Compliance is possible without repair becoming practical | Slow, negotiated category by category |
The disclosure row is the one that has quietly done the most work. A score printed next to the price changes purchasing behaviour without anyone having to enforce anything, which is a different mechanism from granting a right that a consumer then has to assert against a manufacturer.
Both approaches carve out exceptions, and the exceptions are where the substance went. Common exclusions cover trade secrets, anything the manufacturer designates a safety component, cybersecurity-relevant assemblies, and often entire categories such as vehicles, medical devices and agricultural equipment, each of which has its own political history.
Separately, and often overlooked, US federal warranty law already prohibits conditioning a warranty on the use of authorised service, which means a “warranty void if removed” sticker is generally unenforceable on its own. That protection predates the current campaign by decades and is worth knowing, because it is routinely misrepresented at service counters.
Parts pairing and software locks
The most effective barrier to repair now is not mechanical. It is a serial number check.
Parts pairing means a component carries an identifier that the device’s firmware validates against an authorisation record. Fit a genuine, functioning part harvested from an identical unit, and the device may refuse it, disable a feature, or display a persistent warning that the component is not recognised. Fingerprint sensors, cameras, batteries and displays are the usual targets.
Manufacturers defend this on security and calibration grounds, and in some cases the argument is legitimate: a biometric sensor genuinely does need to be bound to a secure element, or the authentication guarantee collapses. In other cases the same mechanism is applied to a battery, where the security rationale is considerably harder to state.
The practical effect is to reproduce the old bottleneck inside software. Parts are now available for purchase, satisfying the letter of an access law, while the authorisation step needed to make them work remains under the manufacturer’s control. Some newer rules address pairing directly, which is the clearest signal that legislators noticed the workaround.
How manufacturers comply on paper
Compliance has developed a recognisable pattern, and recognising it is the practical skill for anyone trying to use these rights.
Parts become purchasable, at prices that approach the cost of a refurbished replacement unit, sometimes sold only as an assembly when the failed component is one small part of it. Documentation is published, in a form that covers module swaps rather than component-level repair. Self-service programmes launch requiring the loan of heavy proprietary tooling, which converts a fifteen-minute job into a multi-day logistical exercise.
None of this is unlawful. All of it reduces the number of repairs that actually happen, which was the point of the original complaint.
The counterexamples are real, though, and worth naming, because the trend is not uniformly bad. Some manufacturers now publish schematics voluntarily, sell components individually, and design for battery replacement without adhesive. Repairability scores appear to influence purchasing in categories where they are displayed, which suggests disclosure does some of the work legislation struggles to do directly.
What is still out of reach
Three areas remain largely closed.
Software after end of support. A device that functions perfectly can be rendered useless when a server it depends on is switched off, and almost nothing in current law addresses this. There is no general obligation to release firmware, open a protocol or allow alternative software when a product is discontinued, which makes the physical right to repair conditional on a service the manufacturer may withdraw.
Whole categories with their own politics. Agricultural equipment, vehicles and medical devices are each governed by separate arrangements, frequently negotiated as memoranda of understanding rather than statute, which means they can be revised without a legislature.
Effective enforcement. Access laws typically depend on complaints, and the parties best placed to complain are small independent businesses with no appetite for a dispute with a manufacturer they also depend on.
The realistic summary is this. You have more rights than you did five years ago, they are strongest on mechanical repair of consumer electronics, they weaken sharply where software authorisation is involved, and they mostly stop where a cloud service does. For a buyer, the useful consequence is that repairability is now a specification you can check before purchase, and checking it beforehand is far more effective than asserting a right afterwards.
Sources
- iFixit, Right to Repair — tracking of repair legislation and parts-pairing practice
- FTC, business guidance — the US regulator’s position on warranty and repair restrictions
- UK Competition and Markets Authority, cases — the competition-law route to the same problem, and the cases brought against repair restrictions