Higher Fidelity vs VLM & Emprical Methods
Lower Complexity vs CFD
Improved Engineering Analysis!
FlightStream® revolutionizes aerodynamic design and analysis, offering solutions for a variety of vehicles from subsonic to hypersonic. Its advanced unstructured surface-mesh vorticity solver significantly reduces time and complexity compared to traditional CFD solvers. Versatile and powerful, FlightStream® seamlessly integrates with CAD software and excels in aerospace, marine, and alternative energy applications, delivering high-fidelity results with minimal mesh size and user input.
Our core industry, we have analyzed sub- to super- to hypersonic vehicles.
Marine & Offshore
We have experience in hydrodynamics of underwater vehicles.
Wind power drives clean energy, and we can help optimize it.
Companies We're Working With
UAM & eVTOL Customer
Join the Growing Community
Empower your projects with Research In Flight's tools and services that have earned the trust of institutions worldwide!
USAF/NASA SBIR Awards
AFWERX Awards RIF Contract To Take Extend FlightStream Aeroacoustics For HSVSTOL Aircraft
AFWERX has awarded Research in Flight, in partnership with Auburn University, a Phase I contract to develop a comprehensive acoustics characterization framework for eVTOL/HSVTOL aircraft, with commercialization expected in Phase II.
AFWERX Awards RIF & Utah State University Hypersonic Contract
AFWERX has awarded Research in Flight and Utah State University a Phase I contract to develop a rapid aerodynamic prediction tool for maneuvering hypersonic air vehicles, with commercialization expected in Phase II.
RIF brings FlightStream<sup>®</sup> to AIAA Aviation 2022 Conference
The FlightStream<sup>®</sup> team will be showcasing their latest features and sharing new development plans, applications, and career opportunities at the AIAA AVIATION 2022 conference in Chicago.