The AirInduct Sim MCP server exposes the full WPT simulation engine as structured tools — so Claude, GPT, and any MCP-compatible agent can run electromagnetic field analyses, parameter sweeps, and PDF exports on demand.
$ npx @modelcontextprotocol/inspector airindcutsim-mcp
✓ MCP server connected
Available tools: 6
Tool: simulate_helmholtz
radius: 0.15
current: 10
turns: 100
→ efficiency: 84.2% k: 0.851 M: 12.4 μH
Hx_max: 142.7 A/m V_induced: 58.3 V
Every simulation case, parameter sweep, and export operation exposed as a typed MCP tool with validated inputs.
Returns M, L_tx, L_rx, V_induced, Hx_max, efficiency, and full field data — computed from Biot-Savart law.
All tool inputs are Pydantic-validated. Your agent gets clear error messages for invalid parameters, not crashes.
Per-tool rate limits, API key authentication, and CORS protection built in. Same infrastructure as the REST API.
No sessions, no stored context. Each tool call is atomic — perfect for agentic workflows that replay or branch.
Vectorized NumPy engine returns results in under 2 seconds for standard resolution. 3D volume calls stream results.
Run a Helmholtz coil simulation with custom radius, current, turns, and separation.
Square DTC Tx + Helmholtz Rx — compute coupling coefficient, mutual inductance, and field maps.
Square Helmholtz Tx + DTC Rx — optimised for directional charging applications.
Square DTC Tx + DTC Rx — the highest-efficiency topology. Returns full field distribution.
Pre-compute animation frames by sweeping any parameter across a defined range.
Generate a printable PDF report from a previous simulation result.
Add the AirInduct Sim MCP server to your Claude Desktop, Cursor, or any MCP-compatible client. Your AI agent gets direct access to the full simulation engine.
Get API Key{
"mcpServers": {
"airindcutsim": {
"command": "npx",
"args": ["airindcutsim-mcp"],
"env": {
"AIRINDCUTSIM_API_KEY": "your_key"
}
}
}
}