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Ventorah

Ventorah is a browser-native CFD tool that runs virtual wind tunnels on any 3D model. It uses a validated OpenFOAM backend, supports multiple file formats, and provides real-time visualization of streamlines, pressure fields, and aerodynamic coefficients.

Visit Ventorah Official Site Ventorah alternativesLast updated · Jul 16, 2026

Engineering SimulationAI Assistant

Key facts

What is Ventorah?

Run a virtual wind tunnel on any 3D model—right in your browser, with no install.

Who is Ventorah best for?

Engineers in aerospace, automotive, drone design, and aerodynamics.

Does Ventorah have a free plan?

According to official sources, a free plan is available. Official pricing

What does Ventorah cost?

Verified starting price is USD 5 / month. View source

What are its main limitations?

Free tier limited to 5 demo simulations
Accuracy is ±10% vs wind-tunnel data, not for certification use
Pro plan uses a credit-based model rather than a monthly subscription
Requires mesh resolution selection, may need user tuning for complex geometries

Limitations are based on product materials or editorial synthesis; confirm on the official site.

When was this information verified?

July 16, 2026

Sources

Official homepageofficial homepage · Jul 16, 2026
Official pricingofficial pricing · Jul 16, 2026

Key features

✓In-browser 3D viewer with orbit, wireframe, transparent, bounding-box modes and measurement tools
✓Virtual wind tunnel with animated streamlines, velocity vectors, pressure & velocity contours, vorticity, wake and flow separation
✓Full flow setup including speed, direction, density, temperature, pressure, humidity, altitude, fluid and turbulence model
✓Engineering results: Cl, Cd, Cm, Reynolds, Mach, forces, centre of pressure, surface maps — exportable to CSV and PDF
✓Interactive charts: lift-vs-angle, drag-vs-speed, pressure & velocity histograms, residual convergence, mesh statistics
✓Comparison tool to put two runs side by side with performance difference table
✓AI aero assistant to answer design questions and recommend improvements
✓Parallel snappyHexMesh + simpleFoam solver in Docker, benchmarked against published wind-tunnel data

Use cases

→Aerodynamic analysis of NACA airfoils
→Drone frame design optimization
→Automotive body drag reduction studies
→Educational wind tunnel demonstrations
→Conceptual design iteration with real-time flow feedback

Pricing

Free demo

· 5 demo simulations
· No credit card required
· Panel engine with surface pressure solving
· Separation & drag from solved field
· Full 3D viewer

Bring-your-own

$5/mo

· Everything in Free demo
· Connect your own Claude API key
· Point at your own OpenFOAM worker
· Unlimited saved simulations
· AI assistant on your key — no markup

Pro

$50/ 50 credits

· Full facility — nothing to set up
· 50 managed parallel OpenFOAM solves
· Claude AI assistant & AI evolution
· AI Design Studio — learns your constraints
· Solved fields · collaboration · priority queue

Free demo with 5 simulations; paid plans from $5/mo (bring-your-own) or $50/50 credits (Pro).

Pros

+No install required, runs entirely in the browser
+Validated solver accuracy (sphere drag within ~10% of wind-tunnel data)
+AI assistant for flow-separation explanations and design recommendations
+Comparison tool for side-by-side performance analysis
+Supports multiple 3D file formats: STL, OBJ, STEP, IGES, GLB, FBX

Cons

−Free tier limited to 5 demo simulations
−Accuracy is ±10% vs wind-tunnel data, not for certification use
−Pro plan uses a credit-based model rather than a monthly subscription
−Requires mesh resolution selection, may need user tuning for complex geometries

Positioning

Core value: Run a virtual wind tunnel on any 3D model—right in your browser, with no install.
Ideal for: Engineers in aerospace, automotive, drone design, and aerodynamics.
Product type: Web app (browser-native)

Frequently asked questions

How does Ventorah work?

You upload a 3D model (STL, OBJ, STEP, IGES, GLB, FBX), configure flow conditions, and the solver runs in the browser using a parallel OpenFOAM backend. Results are displayed in real time with streamlines, pressure fields, and aerodynamic coefficients.

What file formats are supported?

STL, OBJ, STEP, IGES, GLB, and FBX. Models are rendered instantly in the WebGL viewer.

How accurate is the solver?

The solver is benchmarked against published wind-tunnel data. For example, sphere drag is within ~10% of experimental data.

Is there a free plan?

Yes, every account starts with 5 free demo simulations. No credit card required.

Can I export results?

Yes, you can export coefficients, charts, and flow fields as CSV or a PDF report.

What does the AI assistant do?

You can ask why drag is high or how to add lift. The assistant provides flow-separation explanations and design recommendations.