Investigating stratospheric flight.

Stratosfera develops models and simulations for a drone intended for reconnaissance and defence. The work connects force calculations, flight behaviour and control to assess the feasibility of a stratospheric platform.

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Today

Flight and control simulated at different altitudes with NVIDIA Isaac Sim on an RTX 4070 SUPER.

Planned development

Improve simulation realism and develop an initial 6-metre prototype. Prototyping is a future objective, dependent on progress through the DIANA application process.

The problem

Designing a stratospheric platform requires investigation of forces, flight behaviour and control possibilities. Stratosfera uses simulation to explore these aspects before prototyping.

Intended applications

The drone is intended for reconnaissance and defence applications. The project aims to connect aerospace research, computational models and autonomous systems to assess platform feasibility.

Research and development

Flight and control simulations at different altitudes have already been developed with NVIDIA Isaac Sim on an RTX 4070 SUPER. The next objectives are to improve simulation realism and build an initial 6-metre prototype, depending on progress through the NATO DIANA application process.

Investors / Open dialogue

Investing in
technology development.

MIAR welcomes conversations with investors interested in developing its proprietary technologies. The strategy starts with ZeroLLM and extends towards the application directions of Robots and Stratosfera. If you would like to explore an investment, contact us for an initial discussion about development plans and commercial prospects.

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