Importing drones and sub-assemblies from China into the European Union means meeting harmonised rules on aviation product safety, radio equipment and hazardous substances. Under Commission Delegated Regulation (EU) 2019/945, an importer placing a third-country product on the Union market must first ensure that the manufacturer has carried out the appropriate conformity assessment, drawn up the technical documentation, and affixed the CE marking and, where required, the class identification label and sound power level indication.
EU Class Identification Labels (C0 to C6)
Regulation (EU) 2019/945 sets product requirements and Regulation (EU) 2019/947 sets operating rules. Open-category drones carry a C0 to C4 label; standard-scenario drones carry C5 or C6:
- Class C0: MTOM below 250 g including payload, a maximum level-flight speed of 19 m/s, maximum attainable height limited to 120 m above the take-off point, and no sharp edges. The C0 requirements do not include direct remote identification.
- Class C1: energy transmitted to a human head on impact below 80 J, or alternatively an MTOM below 900 g; a maximum level-flight speed of 19 m/s; direct remote identification; a geo-awareness function; and an indication of the guaranteed sound power level.
- Class C2: MTOM below 4 kg, direct remote identification, geo-awareness and, unless fixed-wing, a low-speed mode selectable by the remote pilot that limits ground speed to no more than 3 m/s.
- Class C3 and C4: both below 25 kg MTOM. C3 must also have a maximum characteristic dimension below 3 m, direct remote identification and geo-awareness. C4 must not be capable of automatic control modes other than flight stabilisation assistance and lost-link assistance. Both are used in subcategory A3.
- Class C5 and C6: used in standard scenarios STS-01 (visual line of sight over a controlled ground area in a populated environment) and STS-02 (beyond visual line of sight with airspace observers, over a controlled ground area in a sparsely populated environment). C5 requires, unless tethered, a low-speed mode of no more than 5 m/s and a flight termination means. C6 requires a maximum ground speed of 50 m/s, a means to stay inside a programmable operational volume, and a flight termination means.
For C0, C4, C5 and C6, internal production control is allowed only where published harmonised standards have been applied for all requirements they cover. Classes C1, C2 and C3 need a notified body, through EU-type examination followed by conformity to type, or through full quality assurance.
Direct Remote Identification and Geo-Awareness
Where required, direct remote identification must broadcast during the whole flight, using an open, documented protocol receivable by existing mobile devices, and includes the operator registration number, the aircraft's unique serial number compliant with ANSI/CTA-2063-A, a time stamp, the aircraft's position and height, its route course and ground speed, the remote pilot's position (or the take-off point if that is not available), and an emergency status indication. Geo-awareness must allow airspace limitation data for UAS geographical zones to be loaded and updated, and must warn the pilot of a potential breach.
CE Marking, RED 2014/53/EU and Other Union Acts
Where several Union acts apply to a product, a single EU Declaration of Conformity covering all of them is required:
- Radio Equipment Directive (RED) 2014/53/EU: health and safety (Article 3(1)(a)), electromagnetic compatibility (Article 3(1)(b)), efficient use of radio spectrum (Article 3(2)), and, for certain categories, additional requirements under Article 3(3). Delegated Regulation (EU) 2022/30 activates cybersecurity-related requirements for certain radio equipment from 1 August 2025.
- RoHS Directive 2011/65/EU: restricts lead, mercury, cadmium, hexavalent chromium, PBB, PBDE and four phthalates (DEHP, BBP, DBP and DIBP) in electrical and electronic equipment.
- EMC Directive 2014/30/EU and Battery Regulation (EU) 2023/1542: non-radio electronic parts fall under EMC rules. Since 18 August 2025, batteries must carry the separate collection symbol, and capacity labelling for rechargeable portable batteries applies from 18 August 2026 or a later date linked to the implementing act.
Spare Parts Versus Complete Systems
Class labels apply to UAS placed on the market, not to mechanical components such as frames or propellers. Standalone electronic and radio sub-assemblies may still need CE marking under RoHS, EMC or RED. Practice varies between member states, so confirm documentation with the relevant national authority. Factory test reports do not guarantee customs release or conformity.
Export-Side Check in China
China's Ministry of Commerce, the General Administration of Customs and the Equipment Development Department of the Central Military Commission issued Announcement No. 49 of 2026, which places certain drones and drone components under dual-use export control from 18 November 2026. Items named in the announcement include autopilots specially designed for unmanned aircraft, certain unmanned aircraft, brushless motors and electronic speed controllers, and specially designed onboard radio communication equipment, where they meet the parameters set out in the announcement. Controlled items may not be exported without a licence, so confirm with your supplier whether your order is covered and whether a Chinese export licence is required before you schedule shipment.
Before You Pay a Deposit
Check that the Declaration of Conformity, any notified body certificate and test reports match the exact model and revision on your invoice. To find manufacturers able to supply the documentation described above for your market, contact our team through the inquiry form on our website.
Frequently asked questions
Do standalone drone spare parts like frames or motors need a C0-C6 class label?
Class identification labels are required on unmanned aircraft systems placed on the EU market, not on individual mechanical components. Electronic and radio spare parts may still need CE marking under RoHS, EMC or the Radio Equipment Directive. Confirm component-specific rules with the relevant national authority.
What documents should an EU importer obtain from a Chinese drone manufacturer?
The signed EU Declaration of Conformity covering all applicable Union acts, confirmation that technical documentation exists, a notified body certificate where required (classes C1, C2 and C3 always need notified body involvement), and instructions in a language accepted by the member state where the product is sold.
Who is responsible if an imported drone fails EU market surveillance?
Under Regulation (EU) 2019/945, the importer must ensure before placing the product on the market that the conformity assessment was carried out, the technical documentation exists and the required markings are affixed. The importer must also indicate its name, registered trade name or trademark, website and postal address on the product or, where not possible, on the packaging or an accompanying document.
Can drones without a class label still be flown in the EU open category?
According to EASA, privately built drones and drones placed on the market before 1 January 2024 without a class label may be flown in subcategory A1 if under 250 g, or in subcategory A3 if under 25 kg. New products placed on the market for the open category are expected to carry a class label. Confirm current eligibility with the national aviation authority.
Are some drone components subject to Chinese export control?
Yes. Under Announcement No. 49 of 2026, certain drones and drone components meeting specified parameters require a Chinese export licence from 18 November 2026. Ask your supplier to confirm whether your items are covered.
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