Drone Motor and Electronic Component Manufacturing Hub

Executive Summary

An FPV drone needs four brushless DC motors, four electronic speed controllers, a flight controller, and a lithium battery. Chinese firms (T-Motor, MAD, Sunnysky, Brotherhobby, EMAX) supply roughly 80 to 90 percent of the global FPV motor market (RUSI, OSINT 2024-2025). The motors rely on neodymium-iron-boron magnets, and China refines roughly 80 to 90 percent of the world's rare earths. At Ukrainian wartime scale (over two to three million FPV drones a year), motor scarcity becomes structural. Lithuania today has Granta Autonomy (low hundreds per month at start-2026, per dronelife.com), Eltonas, and Astera Industries, but no indigenous motor production. A Lithuanian motor and power-electronics hub could plug that gap alongside Polish efforts (WB Group, Mesko) and the EU Critical Raw Materials Act 2024. The recommended next step is a feasibility study by the Ministry of National Defence examining licensed designs from EU partners, rare-earth sourcing from Korean, Australian, and EU refiners, three to five dispersed sites for resilience against the April 15 2026 Russian target list naming Vilnius, and funding within the 2026 defense budget of 4.79 billion euros (5.38 percent of GDP). Final scope is a Lithuanian determination.

The Problem

FPV drone production at Ukrainian wartime scale (more than two to three million units per year) consumes more than ten million motors annually. Chinese suppliers dominate the FPV motor segment with roughly 80 to 90 percent share (RUSI, OSINT 2024-2025), and Chinese refiners control roughly 80 to 90 percent of rare-earth processing (US Geological Survey 2024). Beijing has used export licensing as leverage before: gallium and germanium controls in August 2023, graphite in December 2023, and a broader rare-earth permit regime in April 2025. A repeat aimed at FPV motor exports would cut Lithuanian and Ukrainian drone output within weeks. The Russian Ministry of Defence target list of April 15 2026 names Vilnius among 21 sites, so any single-site motor plant is itself a target package.

Lithuania has FPV assembly (Granta Autonomy in the low hundreds per month at the start of 2026 per dronelife.com; Eltonas; Astera Industries) but imports almost all motors, electronic speed controllers, and rare-earth magnets. There is no automated winding line, no in-country magnetisation capacity, and no qualified second source for flight controllers. Polish capacity at WB Group and Mesko covers some subcomponents but is itself nascent and oriented to Polish programmes. The Treaty of Nancy 9 May 2025 is a Polish-French bilateral; Lithuania is not a party and has no automatic call on French or Polish industrial capacity.

Without action: A single Chinese export decision or a single kinetic strike on Vilnius can stop Lithuanian FPV production. Drone-heavy doctrine becomes a paper plan.