Aerodynamics made easy
Save time and money with zero license fees, support for non-watertight models, and a fully automated workflow.
A faster and proven cloud-based CFD design tool

Ship better products, faster and with confidence
Understand how your design performs
Make faster, data-driven design decisions with clarity and confidence. Visualize flow patterns, measure lift & drag forces, and uncover performance insights that matter.
- Visualize & understand 3D flow patterns
- Map aerodynamic forces, moments and coefficients
- Dive into detailed reports and simulation data
Identify high-impact design opportunities
Instead of guessing where changes matter, get automated improvement suggestions through intuitive color-coded visualizations across your design's surface.
Automatically reshape 3D models to unlock high-performing designs
Get straight to the optimal design quickly — AI Morphing delivers non-obvious, high-performing designs — no manual trial and error.
Industry proven accuracy. Design with confidence.
For high-stakes performance decisions — built on real-world-validated simulations that deliver reliable, actionable results.

Consistency and Accuracy Through Automation
Through adaptive mesh refinement, convergence detection, intelligent parameter definition and more, AirShaper ensures that each simulation is tuned to your specific geometry and flow pattern.

Wind Tunnel Validated Results
Independently benchmarked against wind tunnel measurements to confirm real-world accuracy, narrowing the gap between virtual wind tunnel simulations and real world wind tunnel testing

Realistic Component Simulation
Model rotating wheels, propellers, radiators, inlets & outlets, tire compression, ride height, viscosity, density, and surface roughness—capturing flow patterns more precisely.
Virtual Simulations. Real World Results.
Virtual simulations providing real world performance improvements to industry leading companies across aerospace, automotive & other engineering sectors.
Award-winning EV manufacturer
-29%
Lowered drag
+20%
Increased range
World's lightest supercar manufacturer
+13%
Increased power
188 Kg
Increased downforce
World's leading fixed-wing VTOL drone producer
+20%
Aerodynamic efficiency
+56%
Payload capacity improved
Guinness World Record fastest drone
657kph
Top speed fastest drone
High-performance coach-built Lamborghini Huracan
-28%
Aerodynamic drag
447.8kph
Top Speed Custom Car
Award-winning high-performance drone developer
30%
Increased aerodynamic efficiency
Boosting efficiency
Across Industries

01Automotive Engineering
Efficiency Optimization
- Reduce aerodynamic drag for lower fuel consumption
- Extend range electric vehicle range through improved aerodynamics
- Optimize cooling systems and ducting for cost-effective thermal management
Performance Improvements
- Increase downforce for better handling
- Fine-tune aerodynamic balance
- Maximize top speed potential

02Aerospace Solutions
Flight Performance
- Optimize lift-to-drag ratio for extended range
- Increase payload capacity through aerodynamic efficiency
- Analyze and enhance propeller performance integration
- No Specialist Needed
Flight Dynamics
- Comprehensive stability analysis (pitch, roll, yaw)
- Propulsion-airframe interaction optimization

03Aerodynamics
External Flow
- Automotive
- Aerospace
- Propellers and turbines
- Buildings & Infrastructure
- Sports
Internal Flow
- HVAC Systems
- Automotive Components
- Fans

04Hydrodynamics
External Flow
- AUV and ROV
- Hydrofoils
- Propulsion
- Submerged Structures
Internal Flow
- Piping Systems
- Pumps and Valves
- Mixers and Agitators
How global brands and industry leaders leverage AirShaper
“AirShaper helped us keep expenses low while still getting amazing CFD work done FAST.”

“With Airshaper we could vastly increase our frequency of iterations. We ran more than 100 simulations per month per person and pretty much no onboarding to the tool was needed!”

“The brief was pretty straightforward: we had to re-engineer the aerodynamics of a car with around triple its original horsepower to create a matching aero body that would allow it to achieve its best top speed.”
