MCP For Claude Marketplace
Tuck Speed Optimizer

Tuck Speed Optimizer MCP Connector for Claude

A+

Optimize rider aerodynamics using precise tuck angle modeling.

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

This MCP server provides advanced aerodynamic modeling to help riders find their most efficient body position. By analyzing rider height, chest width, wind speed, and slope, the server uses calculate_optimal_tuck to determine the best torso angle for minimizing drag. It also includes tools like analyze_aerodynamic_impact to evaluate speed changes and evaluate_flexibility_constraint to ensure the suggested position is physically sustainable. Perfect for cyclists and aerodynamic enthusiasts looking to maximize speed through better positioning.

aerodynamicscyclingspeedoptimizationphysics

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

analyze_aerodynamic_impact

Evaluates how much speed is lost or gained due to specific environmental changes

evaluate_flexibility_constraint

Checks if a proposed tuck position is physically sustainable for a given rider profile

get_drag_reduction_profile

Provides a summary of drag reduction potential across different wind speeds for a specific rider

calculate_optimal_tuck

Determines the best body position to minimize drag based on physical and environmental constraints

See how to talk to your AI agent using Tuck Speed Optimizer.

What is the best tuck angle for a rider who is 180cm tall, has a 45cm chest width, facing a 10m/s wind on a 2 degree slope with a flexibility score of 0.7?

The optimal tuck angle for your profile is 24 degrees, which will provide an estimated drag reduction of 12% and a speed gain of 0.45 m/s.

Is a 15 degree tuck angle sustainable for someone with a flexibility score of 0.3?

No, a 15 degree angle is not feasible for your flexibility level. It would result in an Extreme strain level.

How much speed will I gain if I improve my tuck from a neutral position?

Based on your dimensions and current wind speed, moving to the optimal tuck will increase your velocity by 0.32 m/s.

The `calculate_optimal_tuck` tool uses your flexibility score to ensure the recommended angle is physically achievable. You can also use `evaluate_flexibility_constraint` to verify if a specific angle is sustainable.

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