MCP For Claude Marketplace
Fin Cant Angle Analysis

Fin Cant Angle Analysis MCP Connector for Claude

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Analyzes the impact of fin cant angles on aerodynamic stability and maneuverability.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
More Details Connect to Claude

This MCP server provides specialized tools to analyze how tilting fins (cant angle) affects vehicle dynamics. It calculates rail engagement, pivot responsiveness, and the critical tradeoff between maneuverability and stability. Use get_rail_engagement_profile to assess guidance rail interaction, analyze_pivot_dynamics to evaluate rotation behavior, evaluate_maneuverability_tradeoff to balance agility against stability, and get_configuration_comparison to compare vertical setups against canted configurations.

aerodynamicsfin-cantmaneuverabilitystabilityflight-dynamics

4 tools expose this connector's capabilities to your AI agent.

analyze_pivot_dynamics

Evaluates how the vehicle's rotation behaves around its center of gravity

evaluate_maneuverability_tradeoff

Quantifies the balance between being able to turn quickly and staying stable

get_configuration_comparison

Compares a standard vertical fin setup against a specific canted setup to show the delta in performance

get_rail_engagement_profile

Determines how much the fin geometry will interact with the guidance rail based on the current configuration

See how to talk to your AI agent using Fin Cant Angle Analysis.

What is the maneuverability score for a 5 degree cant angle at 300 m/s with a turning requirement of 10?

The maneuverability score is 0.85 with a stability margin of 0.15.

Compare a 10 degree cant angle to a vertical setup at 250 m/s.

The 10 degree cant angle provides a 0.25 increase in maneuverability and a 0.15 decrease in stability compared to the vertical setup.

Check the pivot responsiveness for a 15 degree cant at 400 m/s with a mass distribution of 0.8.

The pivot responsiveness is 0.72 and the oscillation tendency is 0.35.

Increasing the cant angle increases the lateral force produced by the fins, which improves maneuverability but typically reduces directional stability.

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