# Wind Triangle Calculator AI Agent Connect > Wind Triangle Calculator MCP provides the math needed for accurate flight navigation. It solves for heading, groundspeed, and crab angle based on wind conditions. Your AI client uses this to handle complex aerodynamic calculations, check if flight parameters are physically possible, and determine how varying wind speeds will impact your specific flight profile. ## Overview - **Category:** aviation - **Price:** Free - **Endpoint:** https://edge.vinkius.com/vk_preview_K46M2ZYXdT2je7ujL1e9X0VFjDbPiajhg2SqEMjv/ai-agent-connect - **Tags:** aviation, wind-triangle, flight-planning, aerodynamics, navigation-tools ## Description You can stop doing manual trigonometry for every flight plan. This MCP handles the heavy lifting of aerodynamic math, giving you the exact heading and groundspeed you need to stay on track. Whether you are calculating a single leg or analyzing how a shifting wind field affects your entire route, your agent can pull the numbers instantly. It doesn't just give you a heading; it checks the math to ensure your requested flight parameters are actually possible given your aircraft's true airspeed. If the wind is too strong for your plane to maintain a specific track, the MCP will flag it. It's a direct way to get reliable navigation data without leaving your AI-driven workflow. ## Tools ### analyze_wind_impact This tool evaluates how changes in wind speed will affect your current flight profile. It helps you see how different wind scenarios change your expected performance. ### calculate_wind_triangle This tool solves the primary wind triangle. It provides the necessary navigation data like heading, groundspeed, and crab angle. ### get_wind_component_limits This tool finds the maximum wind speeds your aircraft can handle. It determines the threshold before wind components exceed your capabilities. ### validate_flight_parameters This tool checks if your flight data is mathematically valid. It ensures the wind conditions are physically possible for your aircraft's true airspeed. ## Prompt Examples **Prompt:** ``` Calculate the wind triangle for a true airspeed of 150 knots, a desired track of 090 degrees, wind from 045 degrees at 20 knots. ``` **Response:** ``` The required heading is 076.4 degrees, the groundspeed is 141.2 knots, the crab angle is 13.6 degrees, with a headwind component of 14.1 knots and a crosswind component of 14.1 knots. ``` **Prompt:** ``` What is the maximum wind speed I can handle for a track of 180 degrees with a TAS of 200 knots and wind from 270 degrees? ``` **Response:** ``` The maximum wind speed you can tolerate before the crosswind component exceeds your true airspeed is 200 knots. ``` **Prompt:** ``` Check if a flight with 100 knots TAS, 045 track, wind from 315 at 120 knots is possible. ``` **Response:** ``` No, the flight parameters are invalid because the wind speed exceeds the aircraft's capability. ``` ## Capabilities ### Wind Triangle Solutions Your agent calculates heading, groundspeed, and crab angle for any given wind vector. ### Flight Feasibility Checks The AI verifies if wind conditions are within the physical limits of your aircraft's airspeed. ### Wind Impact Analysis Your client evaluates how fluctuations in wind speed change your flight profile. ### Tolerable Wind Limits The MCP identifies the maximum wind speed your aircraft can safely handle for a specific track. ## Use Cases ### Pre-flight Planning Calculate the necessary heading and crab angle to maintain a desired track in varying wind conditions. ### Safety Verification Check if a specific wind speed is too high for an aircraft to maintain a certain track. ### Route Optimization Analyze how different wind speeds will impact groundspeed and flight duration. ### Mathematical Validation Confirm that a set of flight parameters is physically possible before finalizing a plan. ## Benefits - Eliminates manual trigonometric calculations for wind triangles. - Prevents planning impossible flights by validating parameters against true airspeed. - Provides immediate wind component limits for specific aircraft capabilities. - Enables rapid assessment of how wind changes affect flight performance. ## How It Works Connect the MCP to your AI client and start asking for aerodynamic data immediately. 1. Connect your MCP-compatible client to Vinkius. 2. Provide your flight data, such as TAS, track, and wind, to your AI agent. 3. The agent calls the relevant tool to perform the calculation. 4. The agent delivers the heading, groundspeed, or limit data directly in your chat. ## Frequently Asked Questions **What can this MCP calculate?** It solves the wind triangle to provide heading, groundspeed, and crab angle. It also calculates wind component limits and analyzes wind impact on flight profiles. **How does it handle flight safety?** The MCP includes a validation tool that checks if your flight parameters are physically possible based on your aircraft's true airspeed. **Which AI clients can use this MCP?** You can use this MCP with any compatible client like Claude, Cursor, Windsurf, or VS Code. **Do I need to host the MCP myself?** No, Vinkius hosts and manages the MCP for you. You just connect your client and it is ready to use. **Can it tell me if a wind is too strong for my plane?** Yes, you can use the tool to find the maximum wind speed your aircraft can tolerate for a specific track. **What is the wind triangle?** The wind triangle is a geometric representation of the relationship between the wind vector, the true airspeed vector, and the resulting groundspeed vector. **How do I know if the wind is too strong for my aircraft?** You can use the `get_wind_component_limits` tool to determine the maximum wind speed your aircraft can tolerate before it can no longer maintain its desired track. **Can I use this with Claude Desktop?** Yes, this MCP server can be connected to Claude Desktop, Cursor, VS Code, Windsurf, and any other MCP-compatible client via Vinkius Edge.