The GaltTec Fuel Cell is a modular power source engineered for endurance and uptime.
Designed for UAV manufacturers who demand reliability, it delivers consistent power across extreme temperatures and challenging missions.
Up to 5× more range.
Ready again in 60 seconds.
Hydrogen or ethanol — your choice.
Fits any UAV platform.
Start by mounting the GaltTec fuel cell onto your drone and connecting it to the fuel tank.
Fill the tank with hydrogen or ethanol. Check connections for tightness and confirm the fuel supply is stable and ready.
Activate the system to begin power generation. Enjoy extended and reliable flight performance.
Refill the tank and fly again. Simple. Reliable. Repeatable.
*Based on average internal test results under standard UAV operating conditions. Actual range may vary depending on platform and environment.
Each GaltTec fuel cell is built on microtubular solid oxide technology — thousands of ceramic tubes, each just as thin as a human hair. This design provides faster start-up, greater durability and higher power density than traditional SOFCs.
Our proprietary fabrication process miniaturizes every component, making the cells stronger, lighter, and more efficient— the foundation of GaltTec’s performance advantage.
GaltTec’s microtubular fuel cell structure ~0.1 mm wide.
GaltTec’s solid oxide fuel cells produce electricity through a combustion-free electrochemical reaction. When hydrogen or ethanol enters the cell, oxygen ions travel through the solid oxide membrane — creating electricity, heat, and water as by-products.
This process allows for high-efficiency, low-emission power generation using a wide range of fuels — from green hydrogen to renewable fuels.
Co-founder of GaltTec
Vice CEO of Sales And Relations
Not sure if fuel cells are the right fit for your drone platform?
Book a free consultation with Laura Elise Arvisto to explore how GaltTec fuel-cell technology can help you reach your goals.
GaltTec extends UAV endurance with next-generation fuel cell systems — maximizing flight time, minimizing downtime, and advancing the future of aerial energy.
