Aerospace, Defence & Aviation
SOLiTHOR will power next-generation Aerospace, Defence and Electric Aviation applications, enabling these sectors to leverage the advantages of our rechargeable solid-state lithium technology.

Aerospace
The aerospace sector demands battery technology that withstands extreme conditions while delivering unwavering performance. Our advanced solutions provide the high energy density and exceptional cycling longevity essential for extended missions - from satellite operations to deep space exploration.
Our key advantages for aerospace systems:
- Higher energy density that minimises payload and reduces launch and operating costs
- Extended range and endurance - supporting more ambitious exploration and satellite operations

Defence
Our next-generation solid-state technology delivers critical advantages for defence applications:
- extended range and reducing footprint for aerial/naval drones and wearable robotics
- silent and stealth missions - essential for defence and surveillance operations
- superior energy density and enhanced thermal stability in a compact, robust design
This technology addresses emerging defence requirements for unmanned systems and next-generation platforms while ensuring strategic autonomy through European production. Domestically-produced advanced batteries reduce dependence on foreign supply chains, providing secure, independent access to mission-critical power systems.

Aviation
Electrification is unlocking new modes of air travel - electric aircraft, air taxis, and autonomous cargo but these innovations demand more than conventional Li-ion can deliver. SOLiTHOR’s aviation focus is Future Air Mobility, where our solid-state lithium technology overcomes key limitations in weight, energy efficiency, and safety.
Our solid-state battery technology addresses these concerns head-on:
- Improved thermal stability and a non-flammable solid electrolyte - reducing the risk of fire, explosion and liquid leakage
- No flammable liquid electrolytes
- Extended range
- Increased energy leads to extended range and lighter batteries