Lumina Dynamic brings high-fidelity CFD and airfoil analysis to your browser. Design faster, analyze deeper, and fly further with our integrated cloud workflow.
Utilize NeuralFoil and XFOIL 6.99 for near-instant aerodynamic coefficient estimation.
Upload your 3D geometry and prepare mesh configurations for high-end cloud simulations.
Compare multiple airfoils side-by-side with real-time interactive charting and CSV exports.
Lumina Dynamic provides a seamless workflow from initial 2D profile selection to full 6-DOF flight dynamics testing. Stop switching between fragmented tools and scale your aerospace concepts in a unified, cloud-native environment.
Rapidly evaluate 1600+ Selig/NACA profiles or upload custom coordinate geometries (.DAT). Leverage thin-airfoil theory and empirical viscous corrections to generate high-fidelity lift, drag, and pitching moment polars instantly.
Upload your complex STL rotor geometries. Our solver slices the 3D mesh into radial stations and applies advanced Blade Element Momentum Theory (BEMT) to accurately calculate thrust, torque, and overall aerodynamic efficiency.
Automated, high-quality volume meshing directly from your uploaded CAD/STL files. Run massively parallelized Navier-Stokes simulations on our cloud clusters to visualize flow separation, pressure distribution, and wake turbulence.
Take the aerodynamic coefficients derived from the Airfoil and Propeller modules and plug them directly into our 6 Degrees of Freedom physics engine. Evaluate aircraft stability derivatives and control responses in real-time.
We bring heavy-duty aerospace computation directly to your browser. By combining classical aerodynamic solvers with modern machine learning and scalable cloud infrastructure, Lumina Dynamics eliminates the need for expensive local workstations.
Hybrid 2D solver architecture. We use NeuralFoil for near-instant AI-driven estimations, validated by the time-tested XFOIL 6.99 panel method for high-fidelity viscous and inviscid interactions.
Advanced rotorcraft analytics. Our propeller module utilizes Blade Element Momentum Theory (BEMT) coupled with advanced wake models to accurately predict inflow velocities and tip losses.
The backbone of our upcoming 3D CFD pipeline. We leverage OpenFOAM for robust, parallelized Navier-Stokes computations, combined with automated SnappyHexMesh generation for STL geometries.
A true cloud-native experience. High-performance computing powered by a FastAPI/Python distributed backend, with real-time hardware-accelerated 3D visualization using Three.js.
Cloud-Native
Zero Local Installation Required
Scalable
Distributed Parallel Computing
API-Ready
Integrate With Your Custom Pipeline
Choose the right computational power for your engineering needs.
Detailed pricing tables, subscription plans, and payment integration will be added . For now, you can test it by clicking
Access your engineering portal
See how Lumina Dynamic can scale your aerodynamic workflow.
Select the module you want to test.
Airfoil analysis with neural foil theory.
STL-to-propeller performance analysis.
Coming Soon — Cloud CFD Analysis Pipeline.
In progress — Physics engine development.