Smartphone and Tablet Ecodesign Requirements

Smartphones were the first mass consumer electronics category to receive a dedicated ecodesign regulation with hard numbers attached. Regulation (EU) 2023/1670 is worth reading closely because it establishes patterns that later delegated acts under the ESPR are likely to reuse.

It is also unusually specific. Where much product regulation sets objectives, this one sets cycle counts, drop heights and years, which makes compliance testable and disagreement narrower.

What products are covered?

Smartphones, mobile phones other than smartphones, cordless phones and slate tablets. Certain products are excluded, including devices with flexible main displays that the user can roll or fold, and high-security devices where the requirements would compromise their function.

The exclusions are narrow and were contested during drafting, which is a useful signal about how future delegated acts will treat requests for carve-outs.

The spare parts obligation

The split between parts available to any end user and parts restricted to professional repairers is deliberate, and it tracks safety and complexity rather than commercial preference. Batteries and displays sit in the broadly available group.

The software update obligation

Operating system upgrades must be made available for at least five years from the date the last unit of the model is placed on the market, and security updates for a longer period. This is a substantially longer commitment than most Android manufacturers had previously offered.

The obligation is on availability rather than on installation, and updates must not degrade performance in a way that would push users toward replacement. That second condition is the one likely to generate the first genuine enforcement dispute.

Durability requirements

• Resistance to accidental drops, tested by repeated free falls under a defined protocol.
• Protection from dust and water at a specified ingress protection level.
• Scratch resistance for the display surface.
• Battery endurance of at least 800 full charge cycles while retaining at least 80% of rated capacity.

The battery figure is the one with the clearest consumer meaning, because capacity fade is the most common reason a phone is replaced while still functional. Setting a floor at 800 cycles addresses the failure mode that drives replacement rather than a failure mode that is merely measurable.

The energy label and repairability score

A separate energy labelling regulation introduces a label for these products, showing battery endurance, a repairability class, drop resistance and ingress protection. Products must be registered in the EPREL database before being placed on the market.

The repairability class is the novel element. It converts an internally understood engineering property into a consumer-facing letter grade, which is the same mechanism that changed appliance energy consumption over two decades — and it is why the scoring methodology attracted so much attention during drafting.

How is repairability scored?

The score is built from parameters including disassembly depth to reach priority parts, the tools required, the type of fasteners used, spare part availability and price, and software support duration. Each is measured against a defined method rather than assessed subjectively.

Design consequences follow directly. Adhesive that requires heat and solvent to defeat scores worse than a fastener; a battery reachable in three steps scores better than one reachable in eleven. The general mechanics are covered in how repairability scoring actually works.

What does non-discriminatory access mean?

Professional repairers must be able to obtain parts, tools and repair information on terms comparable to an authorised network, and registration requirements must not be used to exclude them.

This intersects with the Right to Repair Directive, which addresses obstruction more generally. Where the two overlap the practical effect is cumulative: parts must exist, be obtainable, and not be rendered useless by pairing after fitting.

What data does compliance require you to hold?

The awkward field is the parts catalogue, because availability period and price are commitments extending years beyond the product’s commercial life. They must be published and honoured, which turns an internal service assumption into an external undertaking.

How does this relate to the ESPR?

Regulation (EU) 2023/1670 was made under the previous ecodesign framework, and Regulation (EU) 2024/1781 now provides the framework for future measures. Existing measures remain in force and are expected to be revisited under the new framework in time.

The significant addition the ESPR brings is the passport itself. The smartphone regulation requires information to be made available; a passport requires it to be resolvable from the product, which is a different and more useful obligation for anyone downstream.

What changes commercially?

Three things. Parts inventory planning extends to seven years past end of production. Software support becomes a costed commitment tied to production run length. And a repairability grade appears next to the price on a label, which makes a design decision visible at the point of sale.

The third is the one likely to move behaviour most, on the evidence from appliance energy labels. Grades compress: once a category converges on the top classes, being in a lower one becomes commercially difficult regardless of the regulatory minimum.

How is compliance verified?

Through market surveillance rather than pre-approval. National authorities may acquire units, run the defined test protocols and compare results against declared values, and the declared values are public because they sit on the label and in EPREL.

That combination makes overstatement unusually risky. A drop resistance or battery cycle claim is checkable by anyone with the standard and a test rig, including a competitor or a consumer organisation, and the declared figure is already published rather than held privately.

The practical implication is to declare conservatively against tested performance rather than against design intent, and to keep the test evidence retrievable for the years in which the model remains on the market.

What about accessories and chargers?

A separate instrument, the common charger directive, requires USB-C on this category and permits sale without a charger. Together with the ecodesign requirements it reduces the accessory volume shipped per device, which is a material change to packaging and to fee exposure under producer responsibility schemes.

It also removes an argument for proprietary connectors that previously affected repairability scoring indirectly, since a non-standard charging port added both a failure point and a part that only the manufacturer could supply.

What this means for product planning

The obligations attach to the model rather than to the company, and they run from last placement on the market. That gives a portfolio decision a compliance consequence: a wide range of short-lived variants produces many overlapping seven-year parts commitments, while a narrow range of long-lived models produces fewer and longer ones.

Most manufacturers find the second shape cheaper to service, and it happens to be the shape the regulation is trying to encourage. Whether that was the intended mechanism or a side effect, the incentive is real and it operates through inventory cost rather than through penalties.

What should a producer do?

1. Confirm which of your models fall in scope and which exclusions genuinely apply.
2. Model the seven-year parts obligation against production run length, not launch date.
3. Cost the software commitment the same way, since both clocks start at last placement.
4. Run the repairability methodology against current designs before the label forces the answer.
5. Prepare disassembly and parts data for publication rather than for internal service use.

The second and third items are frequently missed because both obligations run from the last unit placed on the market. A model kept in production for three years carries a materially longer commitment than the same model discontinued after one.