Age Grading Toy Safety: Your Educational Robot Test Plan
Age grading is usually treated as a marketing line on the box. In practice it is the single decision that determines which standards your educational robot must be tested against, which warnings must appear in the manual, and how much your compliance budget will be. Get it wrong and you either pay for toy testing you did not need, or you ship a product that a market surveillance authority can classify as an untested toy. This article sets out a two-question flowchart for product managers, and explains what each answer commits you to.
Question one: is the product intended for children under 14?
The Toy Safety Directive 2009/48/EC applies to products designed or intended, whether or not exclusively, for use in play by children under 14 years of age. The age grading you print is the strongest signal of that intent, followed by packaging imagery, the language in the manual, and how the product is merchandised. A robot sold in a toy aisle with cartoon artwork and a "6+" mark is a toy. The same hardware sold to schools as a teaching aid, with a plain carton and a teacher-facing manual, is a different proposition, but the grading still has to be defensible.
If the answer is yes, you are in toy scope. That means EN 71-1 for mechanical and physical properties, EN 71-2 for flammability, EN 71-3 for migration of certain elements, and EN 62115 for electric toys. These are booked with an accredited laboratory per build, not per model name, so a change of plastics supplier or a new battery pack can trigger a re-test. The learning robot platform is a typical example where the grading decision is made at specification stage rather than after tooling.
Question two: does the hardware carry a radio, a charger or a laser?
Almost every educational robot does. A Wi-Fi or Bluetooth module brings CE RED into scope, including EN 300 328, EN 301 489 and EN 62368-1. A USB-C charging input and a lithium pack bring safety and transport requirements. None of this replaces the toy scope; it sits alongside it. The CE RED document checklist is a useful reference for the radio side, even though it was written around a different product family, because the document set is the same in structure.
Battery documentation is where importers most often find gaps. UN38.3 test summaries and a safety data sheet should be supplied per cell and per pack configuration, and the pack must be listed in the technical file with its protection circuit. If your supplier cannot produce these for the exact pack in the exact enclosure, treat that as a stop signal rather than a paperwork delay.
The decision table
| Decision point | If yes | If no |
|---|---|---|
| Intended for children under 14 | EN 71-1/-2/-3 and EN 62115 in scope, booked per build | Toy scope not triggered; document the rationale in the technical file |
| Radio module fitted | CE RED with EN 300 328, EN 301 489, EN 62368-1 | EMC and low-voltage scope only |
| Rechargeable lithium pack | UN38.3 plus SDS, protection circuit in the technical file | Standard battery documentation for the chemistry used |
| Skin contact on wrist or head | EN 1811 nickel release testing | Not applicable |
| LiDAR or optical sensor | Class 1 laser statement and documented risk assessment | Not applicable |
| Age grading changed after tooling | Re-test and reprint; budget both | No action |
What the grading commits you to in the manual
The grading is not only a test trigger. It sets the wording of warnings, the small-parts statement, the battery handling instructions and the supervision note. It also constrains what the product may claim. Health metrics on a children's device are wellness guidance and never diagnosis. Translation features produce a reference translation, not a certified one. A companion robot is not a monitoring or emergency-response device, and no wording should imply otherwise, whatever the age grading says.
Two further items belong in the same conversation. Google Play and GMS are not licensed by default, so any app-store dependency must be confirmed in writing before the specification is frozen. And WEEE, BattG, DEEE/Triman, EORI and VAT obligations sit with the importer in the EU and UK, not with the factory. A buyer who plans for the grading but not for these duties has planned for half the launch.
A short checklist before you approve the sample
- Confirm the age grading in writing and check it appears identically on carton, manual and product label.
- Ask which accredited laboratory will book the toy scope, and for which hardware revision.
- Request the radio, battery and safety documents per revision, not per product family.
- Check that the manual warnings match the grading and do not over-claim on health, translation or safety functions.
- Confirm your own importer registrations before the first shipment leaves Shenzhen.
Where to say no
A supplier who offers to "add the certificate later" is offering you a liability transfer, not a discount. Toy scope is booked against a physical build, and a certificate issued for a different enclosure, battery or radio module does not cover the unit you are importing. The same applies to a supplier who cannot separate OEM from ODM work in the quotation: the two carry different tooling ownership, different test obligations and different timelines, as set out in OEM versus ODM. If the answers to the two flowchart questions are not documented before tooling starts, stop the project there.
For reference, our own published terms are straightforward. MOQ is 500 units standard, 1,000 for education models, with samples at 3-5 days for stock and 7-15 days configured, credited against mass production. Production runs 25-35 days, or 30-40 for education builds. QC runs through IQC, IPQC, FQC and OQC at AQL 2.5 major and 4.0 minor, and how we build and test describes those gates in detail. The AI Learning & Robotics line and the wider product catalogue show where each platform sits, while OEM/ODM services covers the tooling route if you need a custom enclosure.
Write down your age grading, your radio configuration and your battery pack, then send that specification to us at send us the specification. We will come back with the test scope that applies to that exact build, and tell you plainly if any part of it falls outside what we can book.
Questions buyers ask
Does an educational robot always need EN 71 and EN 62115 testing?
No. The Toy Safety Directive applies only when the product is designed or clearly intended for children under 14, and the age grading you print on the packaging is the main evidence of that intent. If you grade the product for older users or for education professionals, a different scope applies.
Who decides the age grading?
You do, as the brand owner, but the decision is binding on your test plan, your instructions and your importer's liability. It should be made before tooling, because changing it later means re-testing and reprinting.
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