Illustration
© Dassault Aviation - Falcon Graphics Lab

Versions

Vortex—D


The first step of the program is Vortex-D, a 4-meters demonstrator weighting 1 ton, supported by the French Defense Procurement Agency (DGA). 

The demonstrator’s suborbital flight will take place in 2028; it will re-enter at Mach 10+.

The objectives of the Vortex-D are:

  • Validation of the aerodynamic design;
  • Validation of hypersonic technologies, including flight controls;
  • Validation of flight control laws;
  • Validation of launch without the fairing;
  • Qualification of key systems.
Flight profile of the Vortex-D demonstrator.
© Dassault Aviation

Vortex—S

Vortex-S will succeed to the Vortex-D demonstrator. This spaceplane will give start-ups and large companies access to a unique microgravity environment, offering huge potential for research and production in many fields.

Vortex-S will offer cargo transport capabilities to future private space stations (Commercial Low-Earth Orbit Destinations) or act as a sovereign and autonomous space station. Its characteristics also make it an ideal tool for experimenting and validating orbital technologies in the civil and military sectors. 

VORTEX-C & H

Vortex-S is designed to anticipate the need for larger variants, allowing more cargo to be transported, or astronauts, to address institutional space stations or future Commercial LEO Destinations.

Vortex-C and H are expected to enter into service by the middle of the next decade.