Simulations In Seconds, not hours
Aerodynamic Predictors 2D 3D
Our AI powered 2D and 3D aerodynamic predictors deliver precise performance insights for wings and airfoils. Optimize your designs with advanced analysis
Two Solvers, One Platform
Choose the right dimension for your design phase — from airfoil selection to full‑wing analysis.
2D Airfoil Analyzer & Optimizer
Rapidly evaluate airfoil performance with built‑in UAV mission optimization. Perfect for early design and education.
3D Wing Aerodynamic Predictor
Compute lift, drag, and L/D for arbitrary wing planforms. Input geometry and flow conditions, get instant coefficients.
How it works
From input to insight in three simple steps.
Set parameters
Choose airfoil/wing geometry and flow conditions via intuitive sliders and fields.
Predict
Click "Predict" – our AI models instantly compute aerodynamic coefficients.
Analyze & optimize
Explore sweeps, optimize UAV performance, and export results.
Deep‑dive capabilities
Both tools are built on pre‑trained AI models trained on thousands of high‑fidelity CFD runs.
2D Airfoil Suite
CL / CD prediction – based on airfoil index, Mach, Re, α, thickness
Parameter sweep – visualize CL and CD vs α and Mach
UAV optimizer – maximize range/endurance by varying AR and CL
10 built‑in airfoils – NACA 4‑series and more
Interactive plots – Plotly charts with hover data
3D Wing Suite
Geometric inputs – wingspan, MAC, taper ratio
Flow parameters – velocity, Mach, AOA, Reynolds
CL, CD, L/D – real‑time prediction with AI
Mach‑velocity coupling – automatic conversion
Bar chart summary – clear coefficient visualization
Model performance
Trained on high‑fidelity CFD data, validated against wind tunnel experiments.
0.972
CL model
0.954
CL model
124k
< 0.2s
Inference time
Plans & Pricing
Choose the plan that fits your workflow from students to enterprises.
Plans & Pricing
Choose the plan that fits your workflow from students to enterprises.
📩 Contact us at: aeroefficient4@gmail.com
Subsonic Regime
Free Access-
Subsonic Analysis
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Real-Time Results
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UAV Optimization
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Performance Prediction
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Basic Models
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Fast Simulation
Advanced Regimes
Pro Access-
Transonic Flow
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Supersonic Flow
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Hypersonic Flow
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High-Fidelity
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Advanced Conditions
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Precision Modeling
Who it's for
From students to senior engineers — accelerate your workflow.
Aerospace students
Choose airfoil/wing geometry and flow conditions via intuitive sliders and fields.
UAV designers
Optimize your drone for maximum range or endurance using gradient based optimizer.
Concept engineers
Quickly estimate aerodynamic performance of new wing concepts before high‑fidelity CFD.
Share your feedback
We’re continuously improving our predictors — and your voice plays a central role in that journey. Whether you’re a student experimenting with airfoils, a researcher validating new concepts, or an engineer pushing the limits of UAV performance, your real‑world feedback helps us refine our AI models, add new features, and fix the edge cases that matter most to you.