
On April 24, 2026, the U.S. Consumer Product Safety Commission (CPSC) jointly issued the Advanced Toy Safety Notice 2026-04 with the Federal Communications Commission (FCC), proposing mandatory RF leakage testing under FCC Part 18B (limit: ≤0.1 mW/cm²) for electronic and remote-controlled toys integrating Qi2.0 or USB-PD3.1 wireless charging modules. With a public comment period ending May 25, 2026, and expected enforcement beginning in Q3 2026, this proposal directly affects over 73% of Chinese manufacturers exporting electronic toys to the U.S. market — making it highly relevant for exporters, OEM/ODM producers, and compliance service providers in the toy electronics supply chain.
On April 24, 2026, the CPSC and FCC released Advanced Toy Safety Notice 2026-04, a proposed regulatory update targeting electronic and remote-controlled (RC) toys equipped with Qi2.0 or USB-PD3.1 wireless charging functionality. The notice mandates that such products undergo FCC Part 18B radiofrequency (RF) leakage testing, with a maximum permissible limit of 0.1 mW/cm². The draft is open for public comment until May 25, 2026. If finalized as anticipated, the requirement will take effect in Q3 2026.
These companies face immediate compliance risk: products currently certified under existing FCC Part 15 rules may not meet the stricter Part 18B RF leakage threshold. Impact manifests in delayed market entry, potential shipment rejections at U.S. ports, and increased pre-market testing costs — especially for models with integrated coils near user-contact surfaces (e.g., plush toys with embedded chargers).
Manufacturers producing wireless-charging-enabled toys for international brands must revise design validation protocols. Because Part 18B applies to intentional radiators operating in industrial, scientific, and medical (ISM) bands (e.g., 6.78 MHz, 13.56 MHz), layout changes — such as shielding, coil placement, and enclosure material selection — may be required. This affects tooling timelines and BOM cost structures, particularly for high-volume, low-margin items.
Suppliers of Qi2.0 receiver/transmitter modules or USB-PD3.1 power management ICs used in toys must now ensure their reference designs comply with Part 18B’s localized field strength limits — not just general EMC or safety standards. Documentation packages may need supplemental RF exposure reports, increasing technical support burden and qualification lead time for new module releases.
Laboratories accredited for FCC testing will need to expand capability to perform Part 18B RF leakage measurements on non-traditional devices (i.e., consumer toys, not industrial equipment). This includes acquiring calibrated field probes, establishing test fixtures replicating real-world usage positions, and developing reporting templates aligned with CPSC’s forthcoming guidance — all within a compressed timeline before Q3 2026.
The current notice is a proposal, not a final rule. Stakeholders should monitor Docket No. CPSC-2026-0001 (CPSC) and ET Docket 23-198 (FCC) for amendments, stakeholder feedback summaries, and any revised test methodology clarifications — especially regarding measurement distance, averaging area, and device operational modes.
Focus initial review on toys with Qi2.0 magnetic power transfer (e.g., interactive learning tablets, RC vehicles with inductive charging pads) and those supporting USB-PD3.1 wireless power profiles above 15 W. Avoid broad assumptions: standalone wireless chargers sold separately are outside scope; only integrated modules inside toys are targeted.
While the Q3 2026 effective date is stated, enforcement timing and transitional allowances (e.g., for inventory manufactured prior to enforcement) remain unconfirmed. Companies should treat the notice as a binding compliance signal but avoid premature full-scale redesigns until final rule language and FCC test procedure guidance are published.
Engineering, procurement, and regulatory affairs teams should jointly map current wireless-charging product lines against Qi2.0/USB-PD3.1 adoption status. Where applicable, begin early engagement with accredited labs to assess feasibility of Part 18B testing — including sample preparation requirements and turnaround time — to inform Q2 2026 sourcing and certification planning.
From an industry perspective, this proposal signals a deliberate regulatory convergence between product safety (CPSC mandate) and electromagnetic compatibility (FCC jurisdiction) for emerging power delivery technologies in children’s products. It is not yet a finalized requirement, but its specificity — citing exact wireless standards (Qi2.0, USB-PD3.1), precise RF limit (0.1 mW/cm²), and defined scope (integrated modules only) — suggests strong interagency coordination and low likelihood of major scope reduction during the comment period. Current attention should focus less on whether the rule will proceed, and more on how rapidly downstream actors can adapt test infrastructure, design controls, and documentation workflows to meet the anticipated baseline.
Conclusion
This proposal represents a targeted, technically grounded step toward harmonizing RF safety expectations for next-generation electronic toys — rather than a sweeping regulatory overhaul. Its significance lies not in novelty, but in enforceability: for the first time, CPSC is explicitly anchoring a safety requirement to an FCC emissions standard, creating a dual-agency compliance pathway. At present, it is best understood as a high-probability, near-term operational adjustment — not a strategic pivot — for firms engaged in U.S.-bound electronic toy development and export.
Information Sources
Main source: U.S. CPSC and FCC, Advanced Toy Safety Notice 2026-04, issued April 24, 2026. Public docket available via CPSC.gov and FCC.gov. Note: Final rule text, enforcement details, and transitional provisions remain pending and require ongoing observation.
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