Low-speed aerodynamics, redefined.
At AtharX, we model how air moves and interacts around vehicles, aircraft, and complex structures at subsonic speeds.
Our AI-accelerated CFD solvers combine physics with data-driven intelligence to predict drag, lift, turbulence, and aeroacoustic effects with high fidelity.
Shaping the Next Generation of Quiet, Efficient Air Vehicles
Urban Air Mobility
AI-integrated CFD solver that captures complex aerodynamic interactions and acoustic propagation enabling engineers to optimize UAM/AAM noise levels and flight stability across urban mobility environments.
Aerodynamic Optimization for eVTOLs
Advanced CFD simulations by AtharX optimize lift, drag, and stability for electric vertical takeoff and landing (eVTOL) aircraft.
Key Features
Low-Speed Aerodynamics
Performance Optimization
Low-Speed Aerodynamics
Accurate modeling of airflow for aircraft, vehicles, and structures.
Drag Reduction Analysis
Performance Optimization
Low-Speed Aerodynamics
Optimize designs to minimize drag and improve fuel efficiency through detailed flow analysis.
Performance Optimization
Performance Optimization
Performance Optimization
Enhance lift-to-drag ratios and overall aerodynamic performance.
Fast Turnaround
Performance Optimization
Performance Optimization
AI-accelerated simulations that deliver results quickly with high fidelity.