China-Free Drone Components by Subsystem: Which Suppliers Say So

European and US suppliers now exist for every major drone subsystem — flight controllers, motors, ESCs, batteries, cameras and gimbals, radios, GNSS receivers and airframes — but only a few say outright that their parts contain no Chinese components. Parrot says its CHUCK 3.0 autopilot has a "100% non-Chinese component base"; Croatia's Orqa says building drones from its own components is "eliminating dependence on Chinese supply chains"; and Quantum Systems says its RELIANT long-range drone is built "without any Chinese components". Most other suppliers state something narrower — NDAA compliance, Blue UAS listing, ITAR-free status or manufacture in Europe or the US — which is a different claim. The tables below sort suppliers by subsystem and quote what each one says.

Published by Dronehub, which builds and licenses drone-in-a-box infrastructure, also makes components and subsystems to customers' specifications on its line in Poland, and states that its own hardware contains no components from China, Russia, Iran or sanctioned states. We have left ourselves out of the tables. Criteria: headquartered in Europe or the US; sells the component to other drone makers; and we could open a page where the company itself makes the claim we quote. "States China-free" appears only where the supplier uses those words or an equivalent. Checked on 28 September 2026. A listing is not an endorsement, and a supplier's statement is not a certification.

Drone component suppliers by subsystem, and what each says about origin

Two gaps stand out. For cameras, the European makers above state NDAA compliance, ITAR-free status or European manufacture, but none of the statements we found says the parts contain no Chinese components, so ask directly. For GNSS, Septentrio's receivers support Galileo's OSNMA signal authentication against spoofing, but the pages we read make no statement on where its parts come from.

Complete drones: what their makers state

"China-free", "NDAA-compliant", "Blue UAS", "made in Germany": four different claims

Supplier pages mix these labels, and they do not mean the same thing.

• "No Chinese components" is the broadest claim. It covers whatever the supplier chose to count, so ask whether it reaches the cells, magnets and passive components or stops at the assemblies.
• "NDAA-compliant" refers to Section 848 of the FY2020 National Defense Authorization Act, as amended by Section 817 of the FY2023 act. It bars the Department of Defense from drones made in China, Russia, Iran or North Korea, or using flight controllers, radios, data transmission devices, cameras or gimbals made there, plus ground-control systems, operating software, connectivity and data storage from there (10 U.S.C. 4871 note). Motors, batteries and structural parts are not on that list, so an NDAA-compliant drone assembled outside those countries can still contain Chinese motors or cells. The label is usually the vendor's own declaration.
• "Blue UAS" means the specific item has been vetted and placed on the Cleared List or the Framework of components, which the Defense Contract Management Agency has run since 3 December 2025 and publishes on its Blue List site. Listing is item-specific.
• "Made in Germany", "made in the USA" say where final manufacture happens, not where every sub-component comes from.

The distinction that matters most is between integrity and content. Section 848 is an integrity rule: it asks whether a covered-country part sits in the control, communications, sensing or data chain, and one such part is enough to fail. The EU's SAFE rule, below, is a content rule: it asks what share of the component cost comes from outside the EU, EEA-EFTA states and Ukraine, so motors, batteries and airframes count toward it even though they carry less security risk. A supplier has to clear the integrity bar first and the content bar second.

The rules pushing European sourcing

• SAFE (EU). The Security Action for Europe instrument lends member states up to €150 billion for defence procurement. Small drones, NATO class 2 and 3 drones and anti-drone systems are eligible, and for purchases it finances, components from outside the EU, EEA-EFTA states and Ukraine may not exceed 35% of the estimated cost of the end product's components; contractors must be established there and not controlled from outside (EUR-Lex summary of Regulation 2025/1106).
• EDIP (EU). The defence industry programme applies a similar 35% ceiling (Regulation 2025/2643).
• EDIS (EU strategy, March 2024). Not a purchasing rule in itself, but it sets the direction: member states are invited to procure at least 50% of their defence procurement budget within the EU by 2030 and 60% by 2035.
• NDAA Section 848 (US). The component-level rule above. It binds the Department of Defense and, since 1 October 2024, contractors that operate covered drones on DoD work.

For the US commercial market the FCC applies a different test, based on where drones and drone components are produced; our explainer on Blue UAS, NDAA and the FCC Covered List covers it. For where the money follows these rules, see the European defense-drone investment landscape.

Where the dependency runs deepest

The supplier statements themselves show where China-free sourcing is hardest. Battery cells and their materials are the clearest case: CustomCells, which calls itself one of the few European battery companies already manufacturing to military standards, describes its supply chain as "largely independent of China", and Lyten presents its lithium-sulfur chemistry as a way around nickel, manganese, cobalt and graphite, "minerals dominated by Chinese supply chains". Even Orqa, which makes almost everything in Osijek, names one exception: micro-displays. A buyer who needs a strict claim should expect to ask about cells, magnets, displays and passive components specifically.

How to verify a China-free claim

1. Ask for a component-origin declaration mapped to Section 848's categories — flight controller, radios and data links, cameras and gimbals, ground-control software, data storage — and extend it to motors, cells and magnets, which Section 848 does not list.
2. Look up the exact item on DCMA's Blue List. The drone, the dock and each component are listed separately.
3. Ask where the cells are made, not where the pack is assembled.
4. For EU defence purchases, ask for the non-EU share of component cost, the number SAFE-financed contracts test against 35%.
5. Write it into the contract: a representation on origin, notice of any supply-chain change, and a right to audit.

Our Section 848 buyer's guide walks through the component audit in more detail.

Where Dronehub fits

Dronehub builds and licenses drone-in-a-box infrastructure — docks with a two-minute robotic battery swap, mobile and stationary charging stations — and produces sensitive hardware on its line in Jasionka, in Poland's Aviation Valley. In the words of our compliance page: no components are sourced from China, Russia, Iran or any sanctioned state, the supply chain is non-adversarial and NATO-allied with traceable bill-of-materials provenance, and compliance with the NDAA covered-UAS and covered-entity provisions is engineered upstream in the supply chain, not patched after award. The same page lists Blue UAS under "positioned for, not yet claimed". For the manufacturing model, see manufacture with us; to discuss a build, contact us.