Kite Line Drag Calculator

Kite Line Drag Calculator MCP Connector for Claude

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Calculate hydrodynamic resistance and power losses for submerged kite tether lines.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides marine energy engineers with precise tools to determine the hydrodynamic resistance caused by kite tether lines. Using the cylindrical drag equation, engineers can use calculate_drag_force to find total resistance, estimate_power_loss to determine energy degradation, and evaluate_efficiency_impact to assess deployment viability. It also includes compare_material_performance to evaluate how different line materials affect system efficiency.

hydrodynamicskite-energydrag-calculationmarine-engineeringpower-loss

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

calculate_drag_force

Calculates the total resistance force exerted by the lines on the water flow

compare_material_performance

Compares the drag characteristics of two different line materials for the same configuration

estimate_power_loss

Determines how much energy is lost to drag relative to the system's potential energy capture

evaluate_efficiency_impact

Provides a high-level assessment of how line drag affects the viability of the kite deployment

See how to talk to your AI agent using Kite Line Drag Calculator.

Calculate the total drag force for 4 lines, each 100m long and 5mm in diameter, in water moving at 2m/s with a material coefficient of 0.5.

The total drag force for the specified configuration is 15.71 Newtons.

If my kite produces 5000W and the drag force is 20N in a 2m/s current, what is the power loss percentage?

The power loss is 0.4%.

Is a 20% power loss acceptable if my design threshold is 15%?

No, the deployment is not viable as the loss exceeds the 15.0% threshold.

The tangle factor acts as a multiplier that increases the effective resistance, simulating conditions where lines bunch together or overlap in the water flow.

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