GEN_AI V.1.0
The world's first Generative Aerospace Engine for rocketry. Slash design cycles by 90% and automate manual simulation.
0%
Less Manual Calc
0x
Iteration Speed
0
Guesswork
Multi-Tool Ecosystem
Generated here. Verified everywhere.
ARX is not a walled garden. Every generated vehicle exports as a native file for the tools your workflow already runs on — no re-entry, no format conversion, no drift between what you designed and what you simulate.
Input Constraints
VEHICLE PARAMETERS
- Target apogee · TWR
- Liftoff mass · envelope
- Grain geometry class
ARX Generative Engine
PROCESSING CORE
- Propellant looping solver
- Motor + airframe synthesis
- Design-space search
Generate & Verify
VALIDATED OUTPUT
- Full geometry resolved
- Stability + Kn verified
- 2% margin of error
One-Click Handoff
NATIVE EXPORT
- No format friction
- Simulation-ready
- Round-trip safe
GEN_AI V.1.0
ARX is the world's first Generative Aerospace Engine — design, optimize and simulate rockets in one unified platform.
MODULES A / R / X
Intelligent motor optimization, guided rocket architecture and real-time flight simulation — engineered to work as one.
TRAJECTORY
From accuracy validated to within ±2,000 feet to full-stack simulation in ARX 2.0 — follow every milestone.
Resolving galactic survey
Milky Way · SBbc
1 UNIT = 1,000 LY
Platform Comparison Matrix
One engine against an entire toolchain.
Legacy rocketry runs on disconnected apps, manual meshing and spreadsheets. ARX collapses that stack into a single generative pass — here is exactly where the difference lands.
Workflow Bottleneck
Legacy Toolchain
OpenRocket · OpenMotor · RasAero · MATLAB · Python
ARX · Irenova
Generative Aerospace Engine
Months of manual iteration
~8–12 WEEKS- Hand-tuned parameter sweeps
- Re-run the solver on every tweak
- Serial, one candidate at a time
Instant generative resolution
< 1 SECOND- Multi-variable solve in a single pass
- Thousands of candidates scored at once
- Constraints in, hardware out
Siloed files and format drift
HIGH DRIFT- Manual meshing and re-entry
- Conversions between incompatible formats
- Design intent drifts from what flies
Unified, round-trip pipeline
ZERO DRIFT- Native export, no conversion step
- Zero manual solver wait times
- One source of truth end to end
Disconnected single-purpose apps
4+ TOOLS- OpenRocket for stability
- OpenMotor for grain design
- MATLAB / Python glue scripts
Mode X unified intelligence
1 ENGINE- Motor, airframe and sim in one pass
- Coupled — every change propagates
- Validated against 2% margin of error
Accuracy Convergence
Legacy · elapsed
0.0 wks · 41.0%0 rework
ARX · elapsed
0.00 s · 41.0%0 rework
ARX resolution time falls below the axis resolution — its trace is held at minimum visible width.
Design Cycle · Speed
Single generative pass · no solver queue
Parameter sweep
Same 98% validated accuracy · 4 reworks → 0
MISSION LOG
Patch notes, validation reports and launch windows — full transparency from T-minus to T-plus.
THE COMPANY
Irenova exists to put serious aerospace engineering tools in the hands of everyone who dares to build.
Integrates With
Mission Status: T-PLUS
ARX 1.5 Released
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Mission Status: T-MINUS
ARX 2.0 Launch Window
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