
Have your say – Protecting children from unsafe toys
Update 15-10-2025: The regulation was adopted by the Commission. Our proposals were not accepted. https://eur-lex.europa.eu/legal-content/EN/TXT/?uri=CELEX%3A52023PC0462
Update 06-03-2024: The European Parliament’s Committee on the Internal Market and Consumer Protection (IMCO) adopted its report on the proposal unanimously in February 2024. The report is scheduled for a plenary vote in March, which would set Parliament’s first-reading position. EU Source.
You can also get involved in forming EU laws. The European Commission would like to hear your views on laws and policies currently in development. They offer a platform “Have your say” with the list of all new EU initiatives open for public consultation. You need to register to write your feedback. https://ec.europa.eu/info/law/better-regulation/have-your-say
There are always 5 stages of each EU initiative, each stage is open for public consultation for a specific time frame:
- In preparation
- Call for evidence
- Public consultation
- Draft act
- Commission adoption
Protecting children from unsafe toys and strengthening the Single Market – revision of the Toy Safety Directive
About this initiative: This initiative aims to protect children better against risks in toys, particularly from chemicals. It builds on work such as the chemicals strategy for sustainability, and on an evaluation of the current toy safety rules completed in 2020.
Feedback period: for stage 5 it is 28 July 2023 – 31 October 2023
Feedback from Europeans for Safe Connections
We “Europeans for Safe Connections” welcome this initiative to ensure a high level of toy safety to safeguard the health and safety of children by setting harmonised safety requirements. We agree with the Article 5 Product requirements:
“Toys shall not present a risk to the safety or health of users…, including the psychological and mental health, well-being and cognitive development of children, …”
Therefore we have the following comments to The Proposal for a Regulation:
1) Article 6 Warnings:
We want to add one more category into point 2: toys with wireless radiation
2) Article 21 Safety assessment:
We want to add one more hazard into point 2a: “Cover all the…electrical, electromagnetical, …hazards…”
3) We suggest to add into Annex V or Annex VI the information whether the product emits the radiofrequency electromagnetic fields and the exact parameters – frequency, intensity, how to switch the wireless radiation off and if the product can be used without this radiation.
EXPLANATION:
We refer to the first part of The Proposal – The context of the proposal: “The Directive already contains a general prohibition on substances in toys that are carcinogenic, mutagenic or toxic for reproduction (CMRs).“
In 2011, The WHO/International Agency for Research on Cancer has classified radiofrequency electromagnetic fields (RF EMF) as possibly carcinogenic to humans *1, based on an increased risk for glioma *2, associated with wireless phone use.
Children are more sensitive to environmental pollutants than adults. See our proposal to EC *3. Connected toys, smart watches, wireless headphones and other radio devices should be subject to precautionary measures in relation to children and the adverse effects of non-thermal non-ionising radiation from wireless – radio equipment should be included in this regulation.
Since 2022, together with the NGO Phonegate Alert *4 we have been addressing consumer protection authorities, EC and EP policy makers to recall 42 non-compliant mobile phones that have been found to exceed legal exposure limits by the French agency ANFR inspections. In addition to violating legislation, there is a risk to human health. We estimate millions of defective phones, tablets, etc. on the EU market. We conclude from these findings that a number of non-compliances may accompany other wireless (connected) devices.
E.g. such a non-compliant children’s smartwatch with mobile phone functions could generate excessive radiation exposure at poor signal quality, not only at 0 mm from the child’s body. With active position tracking, etc., there is constant exposure of the child to the radiation. In recent years there is explosion of wireless electronics, toys, drones and an absence of caution. With wireless headsets, wireless VR, an increased dose of microwave radiation is reaching the brain through the eyes and ears, due to the absence of skull bone as a barrier. Children are in close contact with the connected toys. A lot of valuable scientific literature demonstrated the adverse non-thermal biological health effects of RF EMF harms reproductive functions *10-17 and fetal development *18, *19.
Every child has the right to health. We ask that children should have option to use radiation-free non-wireless solutions. To avoid consumers being exposed unknowingly, they must be given explicit informed consent about possible adverse health effects from RF EMF. If a manufacturer offers wireless device, the child’s exposure as low and as infrequent as possible must be ensured. Wireless radiation from the device must be able to be stopped completely without any software override (e.g. by a specific hardware switch).
We call on those responsible for health protection to start regularly inspecting all mobile phones, but also all other wireless devices, by independent authorities, before placing the devices on the market and preferably radio equipment provided to children. Some toys on the EU market do not state that it´s emitting radiation. Clear visible warning about the risks should be placed on every wireless consumer equipment and reports of measurements for all wireless antennas must be included. If non-compliance is found, the devices is immediately withdrawn from the market and reported to RAPEX and ICSMS.
Moreover, many connected toys on market are vulnerable to security threats *5 and sensitive data *6 of children are collected.
Best regards
Kamil Bartošák,
board member of Europeans for Safe Connections
This feedback was sent from a wired internet connection
– No use of harmful radiation
– Less electricity consumption
– Increased data security
Reference list:
*1 https://www.iarc.who.int/wp-content/uploads/2018/07/pr208_E.pdf;
*2 http://www.pubcan.org/icdotopo.php?id=5605;
*3 https://signstop5g.eu/en/solutions/protection-of-all-life-on-earth/proposal-1;
*4 https://phonegatealert.org/en/phonegate-alert-ready-to-take-legal-action-against-anfrs-failings/;
*5 https://resources.infosecinstitute.com/topics/iot-security/smart-toys-and-their-cybersecurity-risks-are-our-toys-becoming-a-sci-fi-nightmare/;
*6 https://www.cbsnews.com/news/smart-toys-data-collecting-advertisers/;
*11 https://www.tandfonline.com/doi/full/10.1080/09603123.2022.2030676;
*12 https://www.frontiersin.org/articles/10.3389/fphys.2021.732420/full;
*13 https://www.ncbi.nlm.nih.gov/pmc/articles/PMC6240172;
*14 https://www.sciencedirect.com/science/article/abs/pii/S0013935121010781;
*15 https://www.sciencedirect.com/science/article/abs/pii/S0269749121005340;
*16 https://pubmed.ncbi.nlm.nih.gov/18804757/;
*17 https://pubmed.ncbi.nlm.nih.gov/17669405/;
*18 https://pubmed.ncbi.nlm.nih.gov/29165149/;
*19 https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3341445/;
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Jean-Michel Huit
Toys: Within Three Years, All Compliant
Yes, we can — including electric, connected and artificial intelligence–based toys.
Diagnosis
Systematically failing for the past fifteen years to ensure child safety, the European Toy Safety Directive and REACH Regulation have done so because they continue to rely on the same security approach: building an impenetrable regulatory barrier that customs authorities and national market surveillance bodies are unable to effectively enforce.
In addition, simple documentary checks — even when digitalised — are insufficient to ensure toy safety. Direct imports by end consumers, as well as the downloading of software updates or games, already make current or planned control procedures obsolete, and in some cases inaccessible for small production runs, even though these procedures have not yet been fully transposed into national legislation.
The risk of local regulations adopted by one or more EU Member States undermining the Single Market is therefore real.
Across all distribution channels, it is estimated that approximately one quarter of toys sold on the European market are non-compliant with European standards and directives, and that approximately five percent are dangerous.
These figures are broadly consistent once exaggerated claims published by certain manufacturers’ associations, consumer groups or public bodies are set aside.
Non-compliance varies by origin:
• Imported toys often show non-compliance in marking, language requirements or labelling.
• European-made toys more frequently show documentary non-compliance: missing or outdated safety assessments, inconsistencies between technical documentation and manufacturing documentation, etc. These elements are still little or not at all checked by customs and national authorities (DGCCRF in France).
The origin of a product or its brand is in no way a guarantee of compliance, but merely a stronger presumption of compliance.
Dangerous toys can be divided into two main categories:
• The application of standards from other regulatory systems with requirements lower than those in force in Europe.
• Lack of knowledge of the REACH Regulation, which either has no real equivalent or whose restricted substances are not fully public, making effective control impossible for manufacturers.
Major new challenge: electric, connected and AI-based toys
The rapid emergence of electric toys, connected toys (Wi-Fi, Bluetooth, NFC), and toys integrating artificial intelligence functions (voice recognition, adaptive learning, personalised interaction, etc.) creates major new risks that are often insufficiently controlled:
• Electrical and thermal safety (overheating, lithium batteries, non-compliant chargers)
• Cybersecurity: vulnerabilities allowing unauthorised access, remote control of the toy, or remote listening
• Protection of children’s personal data (GDPR): unlawful collection of voices, images, behaviours and learning profiles
• Algorithmic bias and inappropriate content generated by AI systems
• Missing or unsecured software updates, making a toy compliant at time T but non-compliant over time
These toys fall simultaneously under:
• the Toy Safety Directive,
• electrical safety legislation,
• the GDPR,
• the future European AI Act,
• cybersecurity regulation (Cyber Resilience Act),
• and the REACH Regulation, which is often not even known by new market entrants.
They therefore represent an operational regulatory blind spot, particularly for SMEs and non-specialised importers.
Materials, REACH and supplier responsibility
Incomplete REACH declarations by European raw material suppliers are a major source of non-compliance, especially for SMEs and artisans who, in good faith, believe they are working with compliant materials.
This risk is amplified for electric and connected toys, which use:
• engineering plastics,
• flame retardants,
• electronic components,
• adhesives, inks and batteries,
which are more frequently exposed to substances of concern.
Imports, e-commerce and new importers
A new reality: any private individual can become an importer by purchasing online outside the EU. A few euros in parcel fees or the future European Digital Product Passport (DPP) may slow the phenomenon, but will not stop it.
The majority of non-compliant or dangerous toys originate from China, followed by South-East Asia.
The same applies to counterfeits.
The fight against counterfeiting requires a specific approach and is not addressed here.
Fundamental principle
A toy must never harm a child’s health, in the short or long term.
This also applies to:
• psychological development,
• screen exposure,
• privacy,
• and exposure to opaque algorithmic systems.
Safety has a cost.
Manufacturing prices, particularly in China, must integrate these requirements.
Objective: All toys compliant within three years
Action must be taken so that, within three years, all toys entering the European market — regardless of their distribution channels and technological level — are compliant.
This explicitly includes:
• electric toys,
• connected toys,
• toys integrating AI functions.
Action in China: make the European framework THE global reference
China concentrates nearly three quarters of global toy production in two major regions, including for technological innovations. The ecosystem is compact, enabling effective regional action.
Proposed actions in China
• Social media campaigns targeting:
o parents and future parents,
o Chinese SMEs,
to promote European regulations, including REACH, cybersecurity and data protection.
• Webinars in Chinese languages covering:
o health (endocrine disruptors, allergens),
o electrical safety,
o cybersecurity of connected toys,
o sustainable, repairable and safe design,
o responsibility related to embedded AI,
o inclusion of players with special needs.
• A European stand at major Chinese trade fairs for three years, dedicated to:
o toy regulation,
o connected toys,
o AI and compliance,
o training and awareness, including inclusion.
• Strengthened cooperation with the MEEA and regional and local authorities.
Proposed actions in Europe
Promotion
• Require simplification of procedures for controlling software updates and player-related activities/interactions.
• Strengthen controls on REACH-compliant certified materials, including electronic components and engineering plastics.
• Implement a light quality assurance scheme for SMEs and artisans (video audits inspired by ISO 9001/9002), including:
o traceability,
o documentation,
o electrical safety,
o basic cybersecurity for connected toys.
Consumer accountability
Make consumers responsible for their cross-border purchases and strictly enforce legislation.
Contrary to manufacturers’ demands to shift responsibility to platforms, platforms can only — systematically — be prosecuted for complicity in cases of non-cooperation.
Control and artificial intelligence
• Train a European AI system to automatically detect:
o visible non-compliance,
o indicators of documentary non-compliance,
o counterfeits,
o unsecured connected toys,
based on images, descriptions, technical claims and marketing promises.
• Clearly separate:
o counterfeiting,
o regulatory non-compliance,
to avoid double counting.
• Evaluate and, if positive, fund the widespread use of spectroscopy to detect certain hazardous components.
DPP (Digital Product Passport)
• Simplify the DPP to make it accessible to SMEs, artisans and self-employed workers, based on:
o a manufacturing process or craft,
o rather than solely on an individual product,
while integrating:
o electronics,
o embedded software,
o updates,
o children’s data management.
Close cooperation with partner countries
Use and integrate the specific resources of partner countries (United Kingdom, Switzerland, etc.) into these actions.
Conclusion
Within three years, by jointly implementing all these preventive actions before products reach Europe — whether physically or digitally — and by adapting control methods, a compliance rate approaching 100% is achievable.
In doing so, this strategy will force non-European manufacturers to increase their prices, facilitating the revival of a European toy industry and indirectly promoting European production in foreign markets.
Finally, these actions will contribute to marginalising American standards.