OURANOS is a generative engineering platform for UAV and aircraft design. It takes a mission requirement and produces a validated, parametrically connected aircraft — geometry, structure, propulsion, avionics, sensors, internal packaging, and CAD-ready assembly.
"Do not generate an aircraft shell. Generate an aircraft system."
Most existing tools focus on external geometry alone. In OURANOS, a design is considered complete only when every component below is consistent with the others.
Each stage consumes the output of the one before it; the parametric dependency graph propagates any change automatically.
The mission definition — range, payload, endurance, operational profile — is the input to the pipeline.
Architecture classes compatible with the mission (high-wing, flying-wing, twin-motor, etc.) are generated.
Wing loading, thrust requirement, and mass budget are derived from the mission parameters.
From sizing, full parametric geometry is built, with every element linked to the others.
Motor, battery, avionics, sensors, and the load-bearing structure are resolved simultaneously.
Collision, insufficient volume, cable routing, and center-of-gravity checks run automatically.
Every design passes structured checks that show exactly why it is valid or invalid.
Validated candidates are ranked and turned into a CAD-ready, assemblable structure.
This is the central concept: a change to one component propagates automatically through every dependent subsystem.
The goal isn't forcing every design into a passing state — it's showing exactly why a design is valid or invalid.
| CG | PASS |
| WING LOADING | PASS |
| STALL SPEED | PASS |
| BATTERY VOLUME | WARNING |
| SERVO PACKAGING | ERROR |
| MANUFACTURABILITY | WARNING |
OURANOS is built to explore fundamentally different aircraft architectures, rather than superficial variations of a single baseline.
A single mission definition can produce an entire design space — varying in architecture, wing geometry, propulsion layout, and payload placement — rather than a single answer.
In Greek mythology, Ouranos is the primordial personification of the sky. The name reflects the scope of the system: an engineering platform meant to operate across the entire design space, from the first mission requirement to the complete aircraft — rather than any single aircraft.
One mission. Many possible aircraft.
This public repository documents the project's research direction, engineering concepts, and development progress through written descriptions and visual demonstrations. Core implementation, proprietary algorithms, and internal component databases are not distributed publicly.