[NEWS, 10/02/2026] — Vorticity celebrates 21st anniversary of landing on titan, humanity's furthest landing




25 years of engineering advanced aerospace systems
25 years of engineering advanced aerospace systems
From planetary entry, descent, and landing, to next-generation launch and flight technologies.
NASA Glenn | NASA Ames | NASA Marshall | Airborne Systems | European Space Agency | Thales Alenia Space | UK Space Agency | University of Oxford | University of Cambridge | Martin Baker | Lockheed Martin | JPL | JHU-APL | UK Ministry of Defence | APP Ariane Group | British Antarctic Survey | NASA Marshall | NASA Johnson | CGI | DLR | Draper | CIRA | General Dynamics | SCISYS | University of Leeds | Swedish Space Corp | Surrey Satellite Technology US | OGI |
NASA Glenn | NASA Ames | NASA Marshall | Airborne Systems | European Space Agency | Thales Alenia Space | UK Space Agency | University of Oxford | University of Cambridge | Martin Baker | Lockheed Martin | JPL | JHU-APL | UK Ministry of Defence | APP Ariane Group | British Antarctic Survey | NASA Marshall | NASA Johnson | CGI | DLR | Draper | CIRA | General Dynamics | SCISYS | University of Leeds | Swedish Space Corp | Surrey Satellite Technology US | OGI |

delivering The highest fidelity in fluid simulation
Vorticity provides CFD and FSI simulation services for complex systems. Our experience is extensive: from the complex large deformations and unsteady, turbulent flow of parachutes; to high-temperature combustion and plume-interaction in hypersonic launch vehicles; to inflatable re-entry systems for interplanetary exploration.
delivering The highest fidelity in fluid simulation
Vorticity provides CFD and FSI simulation services for complex systems. Our experience is extensive: from the complex large deformations and unsteady, turbulent flow of parachutes; to high-temperature combustion and plume-interaction in hypersonic launch vehicles; to inflatable re-entry systems for interplanetary exploration.






