AirInduct SimAirInduct Sim
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OverviewThe full product, end-to-end.→FeaturesNine instruments for WPT research.→PricingResearcher · Pro · Lab.→3D VisualizationThree render modes from one tensor.→Parameter Sweep2 – 100 steps · adaptive ≈ 300.→
Web DashboardThe full simulator in your browser.→Mobile AppiOS and Android. Field maps in your pocket.→Optimizermicro-GA · 80 gen × pop 40 · NSGA-II.→Desktop AppNative macOS, Windows and Linux download.→Export FormatsPDF · KiCad · DXF · SPICE.→Learning CenterCurriculum from fundamentals to applied.→
SimulatorThe AirInduct app — self-serve, in your browser.→ConsultationEngineering hours with our physicists.→SimulationBespoke studies delivered as a report.→
AboutWhy we built AirInduct.→ContactSales, support, research.→CareersWe're building, not hiring — yet.→ValidationIEEE benchmarks · ±5 % envelope.→PartnersAcademic, industry, education programmes.→StatusLive system status across surfaces.→
Get Started →Learn More
RESOURCES — DOCUMENTATION
THE REFERENCE
FOR ENGINE · API
OPTIMISER · EXPORT

The reference.

Everything you need to configure a simulation, tune the optimiser, and ship a result — grouped by workflow.

01. · GETTING STARTED
Quickstart — your first simulation→Account & workspace setup→Choosing a topology→
02. · SIMULATION
Geometry parameters (13 inputs)→Biot–Savart solver reference→Mutual inductance & coupling factor→3D field visualization modes→
03. · OPTIMIZATION
Genetic algorithm overview→Parameter sweep workflows→Target metrics and constraints→
04. · EXPORT
PDF reports→KiCad (.kicad_mod) footprints→DXF for CAD import→SPICE netlists→
05. · API
Authentication→Batch simulation endpoints→Webhook callbacks→Rate limits→

Need specifics?

Contact support →Browse tutorials
AirInduct SimAirInduct Sim
8 topologiesvalidated against CST
500+ researchersand growing fast
<3% error ratevs full-wave solvers
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Use Cases

  • WPT Research
  • Coil Design
  • EV Charging
  • Medical Devices
  • IoT Sensors

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AirInduct Sim provides physics-backed simulation tools for wireless power transfer research and design. All topology results are independently validated against full-wave solvers with less than 3% error.

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This platform is intended for research and engineering use only. Simulation results are approximations based on analytical Biot-Savart models and should be validated before use in production hardware designs.

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