Kite Tether Drag Calculator

Kite Tether Drag Calculator MCP Connector for Claude

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Calculate aerodynamic drag, anchor load, and flight safety for tethered kites.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides specialized tools for calculating the physical forces exerted on a tethered kite system at beach locations. It accounts for wind dynamics, anchor stability, and aerodynamic drag. Use get_drag_force to determine wind force, get_anchor_load to find tension at the sand anchor, check_anchor_safety to verify anchor stability, or get_system_status for a complete safety overview.

kitewinddraganchorsafety

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

check_anchor_safety

Assess if the selected anchor can withstand the calculated load

get_anchor_load

Determine the tension force applied to the sand anchor

get_drag_force

Calculate the estimated drag force exerted by the wind on the kite

get_system_status

Provide a comprehensive summary of the kite flight safety

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

What is the drag force for a 10m² kite in 15m/s wind with gusts?

The calculated drag force is 112.5 Newtons, and the kite is currently showing signs of instability due to flapping.

Is a deadweight anchor safe for a 50N load?

No, the safety margin for a deadweight anchor at 50N is 0.8, which is below the safety threshold.

Calculate the anchor load for a 200N drag force with an anchor height of 2 meters.

The tension at the anchor point is 215.4 Newtons.

When `isGusting` is set to true in `get_drag_force`, the tool increases the effective wind speed to simulate peak forces during sudden gusts.

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