Quick answer: Since 20 June 2025, smartphones and tablets sold in the EU must carry an energy label showing an A-to-E repairability score, alongside battery durability and dust/water resistance information. Manufacturers must make spare parts available to professional repairers and consumers for at least seven years after a model is discontinued, with key parts delivered within 5–10 working days. This guide explains what the label actually shows, what it does and doesn't guarantee, and what it means practically for repair shops and parts buyers.
The rules in plain terms
New EU ecodesign and energy labelling requirements for smartphones, feature phones, cordless phones, and slate tablets began applying on 20 June 2025. The label itself covers several categories of information, not just repairability:
- Repairability score — an A (best) to E (worst) rating
- Battery endurance — expected performance over repeated charge cycles
- Resistance to drops, scratches, dust, and water
- Energy efficiency, in line with the label's original purpose as an energy label
This sits within the EU's ecodesign framework, which sets minimum design and durability standards, alongside the energy label, which communicates that information to consumers at the point of sale — similar in spirit to the energy labels long used on appliances like fridges and washing machines, extended to cover a new durability and repairability dimension.
How the repairability score is actually calculated
The A–E score isn't a subjective quality rating — it's built from specific, measurable factors:
- Availability of spare parts to replace faulty components
- Availability of repair instructions for both independent professional repairers and consumers, not just authorised service centres
- How long software updates remain available for the device
This is a meaningful shift from how repairability was discussed before the regulation — previously, the term was used loosely by reviewers and repair advocates without a standardised, comparable metric. Now every qualifying device sold in the EU carries a score built from the same criteria, making direct comparison between models genuinely possible for the first time.
The specific requirements that matter most for repair and parts sourcing
| Requirement | What it means in practice |
|---|---|
| Spare parts availability: 7 years after a model is discontinued | Manufacturers can't simply stop producing parts for a model shortly after it goes out of production |
| Key spare parts delivered within 5–10 working days | Both professional repairers and end-users must be able to source parts within a defined, reasonable window, not an indefinite wait |
| Battery durability: minimum 800 charge cycles at 80% capacity | This is a regulatory floor — some manufacturers, including Apple on iPhone 15 and later, publish higher voluntary targets (1,000 cycles), but 800 cycles is now the legal minimum for the EU market |
| Software updates: at least 5 years from the last unit sold | Extends the realistic useful lifespan of a device, which also extends how long it's worth repairing rather than replacing |
| Repair instructions available to independent repairers | Not limited to manufacturer-authorised service centres — this is directly relevant to independent shops and DIY repairers |
Worth noting: the minimum 800-cycle battery durability standard is a floor, not a ceiling — see our iPhone battery health guide for how individual manufacturers' actual published targets compare.
What the label does and doesn't guarantee
It's worth being precise about this, since the label is easy to over-interpret:
- It does guarantee a defined minimum window of spare parts availability and a maximum delivery time for key parts, backed by regulation rather than manufacturer goodwill.
- It does guarantee access to repair instructions for independent repairers, not just authorised networks.
- It doesn't guarantee that repairs will be cheap — parts availability and repair cost are separate things. A device can score well on repairability while individual parts remain expensive.
- It doesn't guarantee every component is covered — the score is based on specific measured factors, not a claim that literally every part of the device is independently repairable.
- It doesn't apply retroactively — devices sold before 20 June 2025 aren't required to carry this label, so older stock and older models won't show one even if they're still on sale.
Step-by-step: how to find and read a device's repairability score
- Check the product listing at the point of sale. EU retailers selling qualifying devices are required to display the energy label, including the repairability score, alongside the product.
- Look for the A–E scale specifically. A is the highest repairability rating, E the lowest — don't confuse this with energy efficiency ratings, which appear on the same label but measure a different thing.
- Check the accompanying figures for battery cycle durability and update support length, shown alongside the letter grade — these give you the underlying detail behind the score, rather than relying on the single letter alone.
- Cross-reference against your own repair needs. If you're buying specifically with repairability in mind, the score is a useful starting comparison point, but check specific part availability and pricing for the components you're most likely to need (screen, battery) rather than assuming the letter grade alone tells the whole story.
- Remember the label only applies to devices first sold from 20 June 2025 onward. Older stock or older model listings won't carry it, which doesn't necessarily mean they're less repairable — it just means they predate the requirement.
How this connects to the wider used and refurbished phone market
Longer-guaranteed parts availability and longer software update support both extend how long a device remains genuinely worth repairing rather than replacing, which has knock-on effects for the used and refurbished phone market specifically. A device backed by five years of software updates and seven years of guaranteed parts availability is a safer long-term purchase for a refurbisher or reseller, since the risk of parts drying up mid-way through the device's useful life is lower than it was for pre-regulation models. This is worth factoring into sourcing decisions if you're building refurbished inventory — see our refurbishment checklist for the practical side of preparing used devices for resale, and our repair or replace cost guide for weighing up individual repair decisions.
What this regulation doesn't cover
A few things worth being clear about, since the scope is specific rather than universal:
- It covers smartphones, feature phones, cordless phones, and slate tablets specifically — not laptops, smartwatches, or other categories, which fall under separate or no equivalent regulation.
- It's an EU market requirement, tied to devices placed on sale within the EU, not a global manufacturing standard in itself.
- It doesn't set a maximum price for parts or repairs — availability and delivery timeframes are regulated, cost is not.
- It doesn't mandate that every possible fault be independently repairable — the score reflects the specific measured criteria (parts availability, repair instructions, software support), not a guarantee covering every conceivable component or fault type.
What this means if you're a repair shop or parts buyer
The seven-year mandated parts availability window is the most practically useful part of this regulation for the repair trade — it gives a defined floor for how long you can expect to reliably source manufacturer-channel parts for a given model after it's discontinued, rather than the previous situation where parts availability was entirely at the manufacturer's discretion and could dry up unpredictably. For sourcing decisions, this means newer EU-market devices (sold from June 2025 onward) come with a firmer guarantee on long-term parts access than older models did — though in practice, high-volume models have generally had good aftermarket parts availability regardless of manufacturer commitments, so the biggest impact is likely on less common or lower-volume models that previously had no such guarantee at all.
Why this matters beyond the label itself
The most significant part of this regulation isn't the label design — it's that repairability has moved from a marketing claim manufacturers could make or ignore at will, to a set of legally defined, measurable, and enforceable minimums. Before this took effect, "repairable" was a term used inconsistently across the industry, sometimes backed by genuine commitment to parts access and sometimes little more than a talking point. A standardised, regulation-backed score changes the incentive structure: manufacturers now compete on a metric that's independently comparable across brands, rather than one they define themselves. For anyone in the repair trade, that shift toward guaranteed, time-bound parts access is the part worth paying attention to, more than the letter grade displayed on the label itself.
Frequently asked questions
Does this regulation apply to phones sold outside the EU?
The regulation applies to devices placed on the EU market. Manufacturers selling globally sometimes align designs across markets for manufacturing efficiency, which can mean non-EU buyers indirectly benefit from the same underlying design and parts-availability standards, but the legal requirement itself is specific to EU sales.
Is a higher repairability score always better for buyers?
Generally yes as a durability and long-term-ownership signal, but it's one factor among several — a device with a lower repairability score but excellent build quality and low failure rates may still need fewer repairs overall than a highly repairable device that breaks more often. Use the score alongside other information, not as the sole deciding factor.
Does the battery cycle requirement mean all EU phones now have great battery life?
It sets a minimum durability floor (800 cycles at 80% capacity), not a battery life or capacity requirement — a phone can meet this cycle-durability standard while still having a battery capacity that suits its size and use case differently to competitors. It's about how well the battery holds up over time, not how large it is.
What happens if a manufacturer doesn't comply with the spare parts requirement?
This is a regulatory obligation enforced through the EU's market surveillance and compliance framework applicable to ecodesign regulations generally — the specific enforcement mechanisms and penalties sit with national market surveillance authorities across EU member states, similar to how other ecodesign and product safety regulations are enforced.
Does this affect the price of repair parts?
The regulation guarantees availability and a maximum delivery window, not a specific price — parts pricing is still set by manufacturers and the broader parts market. Guaranteed availability can support more competitive aftermarket and independent-repair pricing over time by preventing manufacturers from letting parts supply dry up, but it isn't a direct price control.
Will this regulation eventually expand to cover more product categories?
The EU's ecodesign framework is broader than just smartphones and tablets, and has been applied to other product categories over time (energy labels have existed for appliances for years, for example). Whether it expands further to cover more electronics categories is a policy question outside the scope of what's currently confirmed for phones and tablets specifically — worth watching for, but not something to assume based on the current smartphone-specific rules alone.
Summary
Since 20 June 2025, EU-market smartphones and tablets carry an A–E repairability score built from spare parts availability, repair instruction access, and software update longevity — backed by concrete requirements: seven years of spare parts availability, 5–10 working day delivery on key parts, a minimum 800-cycle battery durability standard, and five years of software updates from the last unit sold. It's a genuine, enforceable floor rather than a marketing claim, though it doesn't guarantee low repair costs, cover every product category, or mean every component is independently serviceable. For repair shops and buyers, the practical value is a firmer, regulation-backed guarantee on long-term parts access — most useful for less common models that previously had no such guarantee at all. As more of the active installed base shifts to post-June-2025 devices over the coming years, expect this regulation to become an increasingly standard reference point in both consumer buying decisions and trade parts-sourcing planning.