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We look beyond immediate market requirements, assessing the impact of environmental and technological trends on aviation. This focus on real long-term requirements enables us to be first-to-market with advanced state of the art solutions.
IC Aerospace Group's research is mainly of an applied nature: all fundamental developments are inextricably linked with the issues of practical implementation of the results and gaining competitive advantages.
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Our global R&D network brings together broad, international teams of specialists, collaborating with universities, knowledge institutes, suppliers and customers in innovation platforms and research studies, leveraging diverse skills and experience.Close development partnerships with scientists in the field of quantum physics, quantum chemistry and heterogeneous catalysis ensure acceleration of new technologies.The result of our R&D is the creation of aerostructures from graphene composites, which are several times superior in strength and rigidity to the most advanced carbon composites used in the aerospace industry, and the use of our heterogeneous catalytic packages in the production of aviation fuel allows us to produce it with unique specified characteristics, etc.Our development “GHOST STRAT” is a revolutionary UAV entirely of all-bonded functionalized graphene and aero - graphene composites materials, designed for remote-controlled, high-altitude, long-endurance missions.
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The history of IC Aerospace Group is the history of the scientists that IC Aerospace Group brings together, who have been and are at the forefront of science and technology applied in the aerospace industry for decades.
This is the story of scientists who, with their knowledge and practical experience, are advancing world science to new heights of understanding the nature of things.
This is the story of scientists who have created and are creating fundamentally new aerospace objects and technologies.
This is a story about scientists who create new materials that enable the aerospace industry to create new and unique UAVs with outstanding tactical and technical performance.
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On the one hand it is a very simple material, on the other hand it is very difficult to combine a two-dimensional material one atom thick with the three-dimensional world of real objects.
In addition to the history of fundamental research, we have been actively working on applied developments - a whole class of objects and materials of a new type, which we created thanks to the unusual properties of functionalized graphene.
It was its unique physical and chemical properties that made this two-dimensional material optimal for our creation of aerospace objects and Formula 1 engines that were far ahead of their time.