Modular Lifting
Advanced Envelopes
Autonomous Operations
Modular Payloads
Our modular gas-cell architecture simplifies field repair and enables rapid reconfiguration for diverse operational demands.
Multi-layer envelope materials are engineered for high tensile strength, UV resistance, and minimal gas permeability.
Autonomous winch recovery systems ensure continuous platform stability across severe weather events and remote deployments.
A versatile stratospheric payload deck accommodates multi-spectral radar, optical gimbals, and 5G relay hardware.
Hydrogen Endurance, Helium Safety
Our proprietary modular gas-cell architecture is designed for ultimate operational flexibility. Hydrogen-enabled configurations deliver unparalleled endurance, extending mission durations from days to weeks, critical for wide-area monitoring and long-term communications relays. This significantly reduces lifecycle costs and enhances supply chain resilience in remote theaters.
For safety-critical environments and high-density operational zones, our systems seamlessly integrate helium gas cells. This ensures compliance with stringent airworthiness regulations while maintaining platform stability and payload capacity. The modular design allows for rapid field conversion based on mission parameters and risk profiles.
The Stratospheric Payload Deck: Sensors, Optics, Comms
Engineered to accommodate 50kg+ multi-spectral radar, high-resolution optical gimbals, and resilient 5G relay hardware. Our payload deck provides persistent, high-bandwidth data acquisition from the edge of space.
Download detailed engineering schematics and flight logs for our LTA systems.