
Development of aircraft and drones with plasma flow control and plasma propulsion systems

IB Berkant Göksel Electrofluidsystems
Voltastrasse 1B, 13355 Berlin · Berlin (Future Workshop, Laboratory)New on Amplifa
About Electrofluidsystems
Electrofluidsystems is a development company based in Berlin specializing in AI swarm-controlled flying-wing aircraft and airships with innovative plasma flow control as well as novel air-breathing plasma propulsion systems. The systems are aimed at future applications in transport and ISR aerial reconnaissance. The company develops unmanned and manned aircraft, plasma and simulation systems. For 2026, the vision of small package and ISR drones with 1.11 to 3.33 m wingspan has been formulated: the PlasmaFalcon 1.11 with 12–14 kg MTOW and the PlasmaRay 1.11 with 11–18 kg MTOW. Variants of the latter with hydrogen fuel cell modules from Intelligent Energy are planned, which as a 1:6 scale model are intended to demonstrate the future concept of the air taxi aircraft H2PlasmaRay 6.66. In addition to development, the company offers hydrogen fuel cell technology as a demonstrator. The registered company seat is located at Voltastrasse 1B in Berlin; a future workshop laboratory is also planned in Berlin.
- Site
- Berlin
- Processes
- Development of drones/aircraft with plasma flow control, Plasma propulsion systems, Simulation systems, Hydrogen fuel cell technology (demonstrator)
- Materials
- Hydrogen fuel cell modules
- Industries
- Aerospace, UAV/Drones, ISR (Reconnaissance), Transport
- 01
Design and Development
- 02
Simulation
- 03
Prototype Construction
- 04
Testing
Technologies and Systems
Hydrogen fuel cell modules
Fuel cell modules from Intelligent Energy for emission-free drone variants of the PlasmaRay 1.11.
Locations

Berlin (Voltastrasse 1B)
DERegistered company seat and office
Berlin (Future Workshop)
DEFuture workshop laboratory
Aircraft and Drones

Industries
Additional services
Reference customers
History
- 2026
Vision of small ISR drones PlasmaFalcon 1.11 (12–14 kg MTOW) and PlasmaRay 1.11 (11–18 kg MTOW); H2 variants as a 1:6 model of the air taxi concept H2PlasmaRay 6.66