There is a version of this conversation happening in a lot of sourcing offices right now, and it usually starts with a date.
18 February 2027.
Article 11 of Regulation (EU) 2023/1542 applies from that day. In plain terms, a product containing a portable battery has to be designed so the end user can take that battery out and put a compatible one back, using tools they can buy in a shop, for the whole life of the product.
For a device with a shell, that is a mechanical puzzle. For a plush toy, it is closer to a redesign.
I want to be precise about one thing before anything else, because it is the most common misreading I have seen in the last three months. Article 11 does not say a battery must be removable by hand. It says the battery must be removable with commercially available tools. A normal cross-head screwdriver qualifies. This is not a requirement to rip a seam open with your fingers, and it is not a requirement to ship a toy with an exposed cell.
Everything that follows depends on that distinction, so it is worth saying twice.
WHY A TEDDY BEAR IS HARDER TO COMPLY WITH THAN A PHONE 📐
Start with the comparison everyone makes, because it explains why this regulation landed differently in our category.
A phone has a housing. Open it and there is a battery sitting in a well, held by adhesive strips or a connector. Changing the retention method is a mechanical revision.
Now walk through what our products actually look like inside.
A rechargeable plush has its cell buried inside PP filling, wrapped in a pouch, with the charging board stitched into the same cavity. The only route to that cell today runs through the seam on the back panel. It is not that the battery is hard to remove. It is that no removal path was ever designed.
A USB-C sound book has the cell sandwiched between the board layer and the foam, under a rear cover that is glued into the paper build. The book is a laminate before it is a device.
A story player or record player is the easiest case, and even there we found a problem: the battery bay exists, it has a cover, and the cover uses a recessed screw that a household screwdriver cannot reach. Compliant by intent, failing by dimension.
A button cell module is the opposite problem. The cell is small, it is not covered by the toy derogation at all, and it carries its own child-resistance obligations that were written before this regulation existed.
Four different situations. One deadline. 🧸
WHAT READILY REMOVABLE ACTUALLY MEANS 🛠️
The regulation uses the phrase readily removable, and it defines it more tightly than most people assume. Here is the test as we apply it in design review.
It passes if:
· The cell can be removed by hand, with no tool
· The cell can be removed with a commercially available tool, which includes an ordinary cross-head or flat screwdriver
· A specialised tool is required, but that tool ships free of charge with the product
It fails if:
· A proprietary or dealer-only tool is required
· Heat or a solvent is needed to open the housing
· Removal damages the battery or the product
· The product does not operate normally after a compatible battery is fitted
· Software or battery pairing prevents a compatible replacement from working
That last point catches more products than the others combined, and it has nothing to do with mechanical design. A bay that opens perfectly still fails Article 11 if the firmware refuses a third-party cell, throws a permanent warning, or demands remote authorisation. The regulation expects manufacturers to publish the specifications a compatible battery has to meet, and it does not accept those specifications being used purely to lock out safe alternatives.
There is one more requirement that gets less attention than it deserves: the instructions. Battery use, removal and replacement information has to ship with the product and stay available on a public website. An importer asking you for that document in twelve months is not being difficult. They are checking a box that exists.
THE ONE DEROGATION THAT APPLIES TO TOYS, AND ITS EXPIRY DATE ⏳
This is the part most of our customers have heard half of, and it is worth getting exactly right.
The regulation allows a partial derogation for certain product categories. Partial is the important word. A derogation does not mean the battery can be sealed in. It means the battery does not have to be removable by the end user, and may instead be removable by an independent professional using commercially available or specialised tools.
Eight categories currently sit in that framework. Two have been there from the start: wet appliances that are routinely rinsed or immersed, and professional medical imaging, radiotherapy and in-vitro diagnostic equipment.
Six more were added by a delegated act the Commission adopted on 14 July 2026. Certain sealed wearables. Wireless food thermometer probes. ATEX-covered equipment. On-body medicinal delivery systems. Roof-mounted telematics for agricultural and construction machinery. And the one that matters to our industry: rechargeable electric toys, where access to the battery by a child or a carer creates a safety risk.
The toy entry is temporary. It runs until 31 July 2030.
Two consequences follow, and both should change how you plan.
First, the relief is real but short. It covers the products you are shipping in 2027, and it does not cover the generation you will tool after that. If your next platform is being designed now, designing it to the derogated standard instead of the general standard is a decision that expires in four years.
Second, the delegated act was adopted but had not yet entered into force at the time of writing. Parliament and Council review, then publication in the Official Journal, then twenty days. It is right to plan against it, and it is premature to treat the list as closed.
And the category that is not on the list, which is the one that keeps me awake: button cell modules. They are portable batteries. They are not rechargeable electric toys. The derogation does not reach them.
WHERE TOY SAFETY LAW AND BATTERY LAW MEET ON THE SAME SCREW
Here is the collision that looks worse than it is.
Toy safety standards require that a battery compartment resist a young child's attempt to open it. Battery law requires that an end user be able to open it with commercially available tools. Read quickly, those two sentences are in direct opposition, and I have seen suppliers conclude that toys are simply impossible to build for the EU market.
They are not in opposition. They describe the same design.
A cross-head screw satisfies both. A four-year-old cannot open it. Any adult with a household screwdriver can, without heating anything, without prying, and without damaging the housing. The child-resistance requirement is met by the fact that a tool is needed. The removability requirement is met by the fact that the tool is a screwdriver rather than a service key.
The designs that fail are the ones that overshoot in one direction. Gluing or ultrasonically welding the housing shut gets you child resistance and fails Article 11. A snap fit with no fastener may pass Article 11 and fail child resistance. A tamper-resistant screw with a recessed pin gets you both protections and fails, because the tool a household owns will not turn it.
One fastener specification decides all three outcomes, and it costs a few cents. 🔩
FOUR PRODUCT LINES, FOUR DIFFERENT AMOUNTS OF WORK 📊
When we ran our own range through the test, the results split cleanly by where the cell sits.
AI plush with a rechargeable cell. Rated high. There is no access path today, and creating one means adding a flap or a dedicated panel with its own closure, then proving the closure still survives the pull and seam tests the toy already has to pass. The engineering is not difficult. The retesting is the expensive part.
USB-C sound book. Rated high. The rear cover is part of the paper build. Going to a rigid rear cover with two cross-head screws changes the feel of the product in the hand, and that is a decision a brand has to make, not a supplier. 🧭
Story player and record player. Rated medium, and mostly a dimension fix. We measured the existing recessed screw and found a household driver could not reach it. Moving to a standard cross-head screw at a reachable depth solves it, with a documented sequence so the user does not have to guess.
Button cell module. Rated separately, because the rule that applies is a different one. CR2032 modules are not covered by the toy derogation, and button cells have their own requirements around child resistance. The practical answer here is a screw-fixed tray that opens with one tool and requires no soldering, which happens to satisfy the older rules as well.
TWO DECISIONS THAT DECIDE WHETHER YOU PASS
After the tear-downs, the whole question reduced to two choices on the bill of materials. Neither of them is the battery.
The fastener that closes the bay. Self-tapping screws cut their own thread into the moulding and cost about USD 0.01. They also stop biting after roughly half a dozen service cycles, at which point the bay no longer closes and the product is scrap for the sake of a fastener. A brass threaded insert moulded into the housing costs USD 0.06 to USD 0.12 and survives more than fifty open-and-close cycles. A snap fit plus one screw lands in the middle at around USD 0.03, with the caveat that the snap geometry has to pass child resistance before the tool is cut. We specify the insert on any product where the customer expects the toy to outlive one battery.
The connection between the cell and the board. This one is less visible and more decisive. A soldered wire fails Article 11 outright, because a soldering iron is not a tool an end user owns for this purpose. Spring contacts pass, provided the design includes reverse-polarity protection and a mechanical stop so the cell cannot be seated the wrong way. A JST connector passes cleanly, because it is hand-operable, has a published mating cycle rating, and does not require the board to be lifted to reach it. 💰
Add the two together and the compliance cost is usually under USD 0.25 per unit on a product that already carries a battery, a board, a speaker and a charging circuit. That number is smaller than most people expect when they hear the word regulation.
The failure mode is also worth naming, because it is not a fine. It is a container that does not move, or a product that a customer cannot restock. 🔌
FIVE THINGS TO DO BEFORE FEBRUARY 2027 🗓️
Five items, in the order that avoids rework.
1. List every product that contains a battery, and record where the cell sits. Not the category. The location. Filling, board layer, bay, tray.
2. Decide the derogation question per product. Rechargeable electric toys have a window to 31 July 2030. Button cells do not have that window, and the answer is different.
3. Open one sample of each with a household screwdriver and time it. If it takes more than five minutes, or needs a tool that is not in a kitchen drawer, you have found your revision.
4. Trace the connection from cell to board. If it is soldered, that is a change order, not a documentation fix.
5. Write the removal and replacement instructions, publish them, and plan the spare parts. Spare batteries and one-way fasteners need to be available for at least five years after the last unit of the model is placed on the market. The file is part of the product now.
IF YOU ARE BUILDING A SMART TOY RIGHT NOW
We run this review as part of every new program: battery location assessment, closure and fastener specification, connector selection, child-resistance and removability testing, the removal instructions, and the documentation set your importer will ask for. MOQ from 1,000 pieces, sampling in 3 days, tooling in 30 days.
If you send me your product list and the markets you ship to, I will come back with a table showing which products are exposed, which fasteners and connectors to change, and what the change costs per unit. If your design already passes, the table will say so, and that is worth having in writing before your customer asks.
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LET ME HEAR FROM YOU
One question for the sourcing and product people.
Have you opened one of your own products with a screwdriver this month to see whether a customer could replace the battery? Not the sample on the shelf. The version that actually ships. ✅
I ask because the gap we found in our own range was not in the electronics. It was a screw nobody could reach, in a bay that already existed. That kind of finding only appears when someone takes the product apart on a Tuesday afternoon.
#BatteryRegulation #ToyManufacturing #OEM #Compliance #PlushToys
