AOX (Aerodynamic Optimization eXperience) is an end-to-end platform designed to accelerate aerodynamic development using automation, HPC and built-in optimization algorithms.
What is AOX
Designer-Driven Aerodynamics Improvement
From ‘Meshing → Simulation → Optimization →Visualization’, AOX integrates the entire workflow into one environment.
AOX combines advanced adjoint CFD, automated optimization, and data-driven geometry control to deliver measurable aerodynamic improvements.
It enables users to iterate faster, validate instantly, and reach optimal designs far more efficiently than traditional CFD workflows.
1.
One-Click
With a single click, your entire CFD pipeline runs itself — meshing, solving and post-processing.
Complete automation, zero manual steps.
What is AOX
Design Cars That Go Farther and Faster
Real-time aerodynamic intelligence, built into your design workflow.
2.
Super Fast
The entire process executes at remarkable speed, delivering results in moments. High-performance automation ensures minimal waiting and maximum productivity.
3.
NURBS
Even the underlying NURBS geometry can evolve throughout the process. Subtle surface changes are captured precisely to reflect true design variations.
4.
Anyone
From designers to engineers, anyone can use it with ease.
Accessible to all, advanced enough for experts.
of aerodynamic performance is set early in design.
Aerodynamics used to
come last.
Now, it has to come first.
In both electric and high-performance vehicles, range, cooling, stability, and noise all depend on aerodynamic design.
Yet most aerodynamic tools are still built for engineers, not designers.
01.Upload
Upload your design in common CAD formats. No conversion needed.
02.Simulate
Simulate aerodynamic performance instantly with AI-powered accuracy. No CFD expertise required.
03.Optimize
Optimize your design with actionable insights and real-time feedback.
Simple. Designer-Friendly
AOX integrates directly into your design workflow.
No engineering team or simulation background required.
AOX changes that
AOX brings high-fidelity aerodynamic intelligence to the concept phase, cutting development time and improving real-world performance.
Automated Optimization
How AOX Works
CFD adjoint optimization computes the sensitivity of aerodynamic performance to every shape parameter simultaneously. By solving an adjoint equation alongside the primal CFD flow, it identifies the most efficient direction for geometry improvement. This enables rapid gradient-based optimization even for high-fidelity meshes with millions of cells.
AOX offers a highly automated process that delivers optimal shapes with minimal simulation cost.
What is AOX
Design Cars That Go Farther and Faster
Real-time aerodynamic intelligence, built into your design workflow.
CFD Results of AOX
See how AOX-driven geometry optimization delivers measurable aerodynamic fidelity.
Explore before-and-after CFD visualizations to understand how flow patterns and performance indicators improve with each optimization.
PORSCHE 992.1 GT3 - AOX OPTIMIZED AERO PARTS
PORSCHE 992.1 GT3
TOYOTA GR SUPRA
CLASS 8 LONG HAUL TRUCK
What is AOX
Design Cars That Go Farther and Faster
Real-time aerodynamic intelligence, built into your design workflow.
Use Cases
AOX automatically optimizes user-defined sections, refining results with every iteration. As the optimization progresses, users can simultaneously evaluate both aerodynamic performance and design intent. Beyond vehicles, AOX is applicable across a wide range of industries.
See how AOX automatically optimizes geometry across each cycle and iteration.
Optimization
Optimization
Optimization
Optimization
Drone
Golf Club
Helmet
Vehicle
Class 8 Long Haul Truck - Cab / Container
Before
Porsche 992.1 GT3 - Front Lip
Before
Porsche 992.1 GT3 - Rear Wing
Before
BMW S1000 RR - Front Wing
Before
Other Industries
Before
Before
Before
After
After
After
After
After
After
After
AOXlabs Studio
Experience AOX through curated visuals, simulations, and creative media.
A SMARTER, FASTER WAY TO DESIGN
What is AOX
Design Cars That Go Farther and Faster
Real-time aerodynamic intelligence, built into your design workflow.
