Toy Safety and Digital Product Passports

The Convergence of Toy Safety and Digital Transparency

Toys occupy a unique position in the product safety landscape. They are designed to be handled, mouthed, and played with by children, the most vulnerable consumer group. This makes the safety requirements for toys among the most stringent of any product category. The introduction of Digital Product Passports under the ESPR adds a powerful new dimension to toy safety: comprehensive digital transparency.

The revised EU Toy Safety Regulation, adopted alongside the ESPR framework, significantly strengthens chemical safety requirements for toys and explicitly references digital tools for compliance verification. Digital Product Passports will provide regulators, market surveillance authorities, and parents with unprecedented access to information about what toys are made of, where they come from, and whether they meet safety standards.

toy DPP at a Glance

Aspect	Detail
Primary regulations	Toy Safety Regulation (revising Directive 2009/48/EC), ESPR Regulation 2024/1781
Toy delegated act	Not in the ESPR working plan 2025-2030; toys get their passport from the Toy Safety Regulation instead
Toy Safety Regulation	Adopted as Regulation (EU) 2025/2509; the toy digital product passport applies from 1 August 2030
EU DPP Registry online	Open since 20 July 2026
Data carrier	QR code on toy or packaging
Chemical concerns	Phthalates, lead, cadmium, nickel restrictions under Toy Safety Regulation
Age grading	Mandatory age-appropriateness disclosure in passport
Geographic scope	All toys placed on EU market regardless of manufacturing origin

For toy manufacturers, importers, and retailers, the intersection of toy safety regulation and DPP requirements creates new compliance obligations but also opportunities to build consumer trust through verifiable transparency.

Chemical Safety Requirements for Toys

Chemical safety is the area where toy DPP requirements will be most impactful. Children's exposure to hazardous chemicals through toys is a well-documented concern, and the revised Toy Safety Regulation introduces stricter limits on numerous chemical substances.

• Endocrine-disrupting chemicals: New restrictions on substances that interfere with hormonal systems, with specific migration limits for toy materials.
• CMR substances: Tightened restrictions on carcinogenic, mutagenic, and reprotoxic substances, with lower permissible concentrations than general product rules.
• Allergenic fragrances: Expanded list of prohibited and restricted fragrances in toys, with mandatory labelling for those permitted above threshold concentrations.
• Heavy metals: Maintained restrictions on lead, cadmium, chromium VI, and other heavy metals, with migration limits specific to toy materials (coating, polymer, paper).
• PFAS: Emerging restrictions on per- and polyfluoroalkyl substances in toy coatings and textiles.

A toy's Digital Product Passport must document compliance with each applicable chemical restriction, providing a verifiable record that substances of concern are either absent or present below permitted thresholds. This moves toy safety documentation from paper-based test certificates to dynamic, accessible digital records.

Material Transparency and Traceability

Modern toys are complex assemblages of plastics, metals, textiles, electronics, paints, and adhesives. A single toy may contain dozens of different materials sourced from suppliers across multiple countries. The DPP requirement for material transparency means manufacturers must document and disclose the composition of every component.

This level of transparency poses significant challenges for the toy industry, where supply chains are often characterised by long chains of subcontractors, particularly in manufacturing hubs such as China, Vietnam, and Bangladesh. Many toy brands do not have direct relationships with the factories that produce individual components, they work through trading companies and consolidators who may obscure the true origin of materials.

Digital Product Passports will require toy companies to build more robust supply chain visibility. This includes knowing not just the final assembly factory but the sources of key materials, the plastic pellets, the dyes, the electronic components, and the textile coverings. For companies already implementing responsible sourcing programmes, this data may be partially available. For others, significant investment in supply chain mapping will be necessary.

Age Grading and Safety Warnings in the DPP

Beyond chemical and material data, toy DPPs will enhance the communication of safety information that is currently conveyed through physical labelling. Age grading, choking hazard warnings, and safe use instructions can be presented in richer, more accessible formats through the digital passport.

Consider a toy currently labelled "Not suitable for children under 36 months, small parts." The physical label communicates the core warning, but the DPP can expand this with detailed information about which specific components present choking risks, what the toy's design does to mitigate those risks, age-appropriate supervision recommendations, and links to the relevant EN 71 test reports confirming compliance.

For parents and carers, this additional context transforms a simple warning label into a comprehensive safety resource. A quick scan of the toy's data carrier could provide all the information needed to make an informed purchasing decision, in the consumer's preferred language, with the level of detail they choose to explore. Understanding the broader framework of Digital Product Passports helps contextualise these toy-specific applications.

Market Surveillance and Recall Management

Market surveillance authorities across the EU will benefit enormously from toy DPPs. Currently, checking a toy's compliance requires physical inspection, laboratory testing, and manual review of paper documentation. Digital Product Passports enable remote, automated compliance checking at a scale that physical inspection could never achieve.

When a safety concern is identified with a particular toy, the DPP creates a direct communication channel to affected consumers. Rather than relying on media announcements and retailer cooperation for product recalls, manufacturers can push notifications through the passport system to every identifiable owner of the affected product. The passport's serial-level identification means recalls can be precisely targeted, affecting only specific production batches rather than entire product lines.

The EU's Safety Gate (formerly RAPEX) rapid alert system can also be enhanced by DPP data. When a dangerous toy is notified through Safety Gate, customs authorities across the EU can use DPP identifiers to quickly identify and intercept matching products at borders, reducing the time between alert and effective market removal.

Sustainability Requirements for Toys

Whilst safety is the primary concern for toy DPPs, sustainability requirements under the ESPR framework also apply. The toy industry produces billions of units annually, many of which have short useful lives before being discarded. The environmental impact of this production-consumption-disposal cycle is substantial.

DPP sustainability data for toys is expected to include the carbon footprint of manufacturing and distribution, recycled content percentages for plastic and metal components, recyclability information for each material used, durability testing results indicating expected product lifespan, and repairability information where applicable (particularly for electronic and mechanical toys).

The toy industry's reliance on mixed-material construction and small component sizes makes recyclability particularly challenging. A DPP that clearly communicates which parts of a toy are recyclable, which are not, and how to separate them contributes to better end-of-life outcomes. For electronic toys, information about battery type, removal instructions, and proper disposal channels is especially important.

Compliance Timeline for Toy Manufacturers

The toy industry faces a dual compliance timeline as both toy safety regulations and ESPR DPP requirements evolve.

• 2025-2026: The new Toy Safety Regulation (EU) 2025/2509 was adopted in November 2025 and entered into force with transitional periods for its new chemical restrictions. Manufacturers should begin updating their compliance documentation.
• 2027-2028: No ESPR delegated act for toys is planned; toys are not in the ESPR working plan 2025-2030. Toys with LMT, EV or industrial batteries above 2 kWh are rare, so the 18 February 2027 battery passport rarely applies.
• 1 August 2030: The toy digital product passport becomes mandatory under Regulation (EU) 2025/2509, on the regulation's own timetable.
• Ongoing: Continuous updates to the list of restricted chemicals in toys, requiring DPP data to be maintained and updated throughout the product lifecycle.

Given the broader ESPR timeline, toy companies should treat the period between now and 2030 as preparation time. Building data collection systems, establishing supplier data-sharing agreements, and piloting DPP implementations will ensure readiness when mandatory requirements take effect.

Practical Steps for Toy Industry Compliance

Preparing for toy DPPs requires action across multiple business functions, from product development and sourcing to quality assurance and marketing.

• Audit your product portfolio: Identify which toys contain substances of concern, complex material combinations, or electronic components that will require detailed DPP data.
• Strengthen supplier data collection: Require full material declarations from all suppliers and verify the data through independent testing. Establish contractual obligations for ongoing data provision.
• Digitise your compliance records: Convert paper-based test certificates, factory audit reports, and material declarations into structured digital formats that can feed into DPP systems.
• Implement product-level identification: Ensure every toy (or at minimum every production batch) carries a unique identifier, such as a GS1 GTIN with serial number, that can link to its Digital Product Passport.
• Engage with industry associations: Toy industry bodies such as Toy Industries of Europe (TIE) are actively participating in DPP standardisation. Their guidance and tools can accelerate your compliance preparation.

Starting your DPP journey by creating a pilot passport for your best-selling toy line provides practical experience and identifies gaps before compliance becomes mandatory.

Building Consumer Trust Through Transparency

Parents are among the most safety-conscious consumers. They scrutinise labels, research products online, and actively seek assurance that the toys their children play with are safe. Digital Product Passports transform this dynamic by putting comprehensive, verified safety and sustainability information directly into parents' hands.

A parent scanning a toy's DPP could see at a glance that the product has been tested to EN 71 standards, contains no substances of concern above permitted thresholds, is manufactured in a facility that meets social and environmental audit requirements, and is made with a specified percentage of recycled materials. This level of transparency builds trust that no amount of marketing claims can match.

Forward-thinking toy companies are already recognising this opportunity. By providing more information than regulations strictly require, including factory details, testing methodologies, and environmental certifications, they create a competitive advantage built on verifiable transparency. In a market where consumer trust drives purchasing decisions, the Digital Product Passport becomes both a compliance tool and a brand asset.

10-Step Action Plan for Toy Manufacturers

1. Inventory your toy range. List every SKU with age grading, material composition, chemical compliance, and current data quality.
2. Work from the adopted Toy Safety Regulation (EU) 2025/2509. It introduces a mandatory toy digital product passport from 1 August 2030; prepare data systems against the published text and the Commission's implementing acts as they arrive.
3. Map material composition per toy. Plastics, metals, electronics, textiles, paints, batteries. Each material is a DPP field.
4. Document chemical compliance. Phthalates, lead, cadmium, nickel restrictions are central to toy safety and DPP fields.
5. Capture age-grading rationale. Age-appropriateness is a mandatory passport field. Document the rationale for each age band per product.
6. Plan battery passport for toys with embedded batteries. Battery passports are mandatory from 18 February 2027 for LMT, EV and industrial batteries above 2 kWh, which excludes the portable batteries found in toys. Small toy batteries follow Battery Regulation rules.
7. Engage tier-1 component suppliers. Electronic components, batteries, paints all have upstream supplier data requirements.
8. Choose a DPP hosting model. Toy SKU portfolios are typically large with seasonal turnover. Plan accordingly.
9. Pilot on one product line. Choose a flagship toy, build the full passport, test the QR carrier.
10. Update retail and online listing data. Retailers and marketplaces will display DPP-linked data. Plan how product listings reflect the passport.

Frequently Asked Questions

When does the toy DPP become mandatory?

The new Toy Safety Regulation (EU) 2025/2509 introduces a mandatory digital product passport for toys from 1 August 2030, on its own timetable rather than through an ESPR delegated act.

What data must a toy DPP contain?

Expected fields include unique product identifier, age grading, material composition, chemical compliance (phthalates, heavy metals), and any embedded batteries or electronics.

What about small toy manufacturers and crafters?

The Toy Safety Regulation applies to all toys placed on the EU market. SME-tailored implementation guidance is expected but the obligations apply.

How does this interact with the Battery Regulation for toys with batteries?

The battery passport (from 18 February 2027) covers LMT, EV and industrial batteries above 2 kWh, so it does not reach the portable batteries in toys; the Batteries Regulation's labelling and removability rules do. Small primary-cell batteries follow general Battery Regulation rules.

Are imports in scope?

Yes. All toys placed on the EU market regardless of manufacturing location require DPPs. Importers carry compliance responsibility.

Where does the QR code go on a toy?

Typically on packaging for safety reasons (toys are often handled by children). The packaging QR persists at point of sale and supports retailer scanning.

What about online marketplaces selling toys?

Marketplaces share responsibility with sellers for DPP compliance under the Toy Safety Regulation and ESPR framework.

How does the DPP support the destruction-of-unsold ban?

The ESPR ban on destroying unsold consumer goods includes toys. The DPP records donation, reuse, or recycling routes for unsold inventory.