Domains / Space

Launch hardware, proven before it flies.

Enginuity Design Studio automates the engineering loop behind it, from the first spec to the machine-ready build, inside the CAD you already run.

  • Propulsion
  • Structures
  • Thermal
  • Fluids & cryo
  • GNC
  • Avionics

How it works

You describe the part. Three agents take it from geometry to a build that has already been through the physics.

01

Archimedes

Design

Turns your spec into editable, parametric geometry.

02

DaVinci

Simulate

Proves it against the burn, the flow and the launch.

03

Vulcan

Make

Writes the additive and machining build.

↻ A fix found in simulation flows straight back to the model.

The test stand, in software

Fire it a thousand times before it flies once.

EDS // Test stand ACombustion heat
Nozzle · AR 19.4
Illustrative · drag to rotate
Loading nozzle…

Combustion heat. Combustion runs hottest at the throat, where the heat flux peaks. The wall sheds it or it burns through.

Across the program

Every discipline that closes before flight.

  • Propulsion & combustion

    Chambers, injectors and nozzles, sized against the burn and the throat heat.

  • Structures & mechanisms

    Primary structure, deployables and separation, through the launch load path.

  • Thermal control & TPS

    Radiators, heat pipes and reentry protection, across the orbit and the fall.

  • Propellant & fluids

    Tanks, feed lines, slosh and cryogenic boil-off.

  • GNC & dynamics

    Coupled loads, modal response and pointing stability.

  • Avionics & radiation

    Boards and boxes that hold up to vibration and the radiation dose.

  • Additive & composites

    Printed engines and laid-up structures, from the same model.

Early access

Put your next launch part through the burn.

Request early access →