GEN_AI V.1.0
ARX collapses the distance between an idea and a flight-ready rocket. Design cycles that took months now take hours — with accuracy you can defend in a design review.
ENGINE CORE // LIVE MODEL
Full-flow staged combustion
A staged-combustion simulation target rendered live — every figure below is the kind of output ARX validates in seconds.
STAGED-COMBUSTION SIMULATION TARGET // RENDERED IN-BROWSER
How ARX Works
From constraint to flight in four moves
01
Define the mission
Set your constraints — target apogee, vehicle class, propulsion family. ARX treats them as engineering contracts, not suggestions.
02
Generate the vehicle
The generative engine composes motors, airframes and recovery systems into complete, simulation-ready architectures in seconds.
03
Validate at scale
Every candidate is stress-tested across thousands of simulated flights before a single component is committed to hardware.
04
Export and fly
Hand off to OpenRocket, OpenMotor, RasAero, MATLAB or Python — or straight to the launch rail.
Why It Matters
Manual simulation is the bottleneck. We removed it.
Rocketry still runs on spreadsheets, disconnected tools and institutional knowledge locked inside a handful of engineers. Every design iteration means hours of manual calculation and re-entry across incompatible formats.
ARX unifies motor optimization, vehicle architecture and flight simulation into one intelligence. The result: 90% less manual calculation, 10x iteration speed, and zero guesswork between what you design and what actually flies.
Compatible with: OpenRocket · OpenMotor · RasAero · MATLAB · Python
Ready to give gravity a challenge?
ARX 1.5 is validated and live. Start designing, simulating and testing today.