Strategic Objectives
• Master the chemistry behind high-density solid-state hydrogen storage.
• Discover how to integrate fuel cells directly into airframe structures.
• Extend mission loiter times from minutes to consecutive days.
• Reduce thermal signatures and mechanical complexity for silent operations.
The Core Challenge
Current UAVs and light aircraft are throttled by the low energy density of batteries and the volatility of liquid hydrogen.
01
The Loiter Challenge
02
Hydrogen as the Ultimate Carrier
03
Beyond High Pressure
04
The Solid-State Revolution
05
Metal Hydrides Explained
06
Chemical Hydrides for Endurance
07
Physisorption vs. Chemisorption
08
Nanomaterials in Storage
09
The Fuel Cell Core
10
Proton Exchange Membranes
11
Thermal Management Systems
12
Structural Battery and Fuel Integration
13
Weight and Balance Optimization
14
Catalysis and Reaction Control
15
Safety in Solid State
16
Endurance Mission Profiles
17
Environmental Impact and Sustainability
18
Refueling Logistics
19
Cost-Benefit Analysis
20
Regulatory and Certification Paths
21
The Future of Solid-State Flight
Explore Research Ecosystem
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