Wave Period Matching

Wave Period Matching MCP Connector for Claude

A+

Synchronize kiteboarding tricks with wave energy and wind gusts.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides a specialized calculation engine for kiteboarders to maximize airtime and height. By aligning the wave period, kite loop duration, and trick execution window, riders can achieve perfect phase synchronization. Use calculate_optimal_takeoff to find the best timing, get_phase_alignment_score to evaluate specific moments, apply_environmental_modifiers to account for wave steepness and wind gusts, and validate_timing_feasibility to ensure tricks are physically possible within the energy window.

kiteboardingwave-ridingphysics-enginesports-sciencetiming-optimization

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

apply_environmental_modifiers

Adjusts the predicted boost based on external factors like wave steepness and wind gust timing

calculate_optimal_takeoff

Determines the best time to leave the water relative to the wave arrival to maximize synchronization

get_phase_alignment_score

Evaluates how well a specific takeoff timing matches the wave and kite cycles

validate_timing_feasibility

Checks if a requested trick duration is physically possible given the wave and kite parameters

See how to talk to your AI agent using Wave Period Matching.

What is the optimal takeoff for a 10s wave period, 3s kite loop, and 4s trick?

The recommended takeoff offset is -1.5 seconds relative to the wave crest, with a predicted boost multiplier of 1.8.

Is a 5-second trick feasible with a 12s wave period and 3s kite loop?

Yes, the trick is feasible with a safety margin of 2.0 seconds.

How much boost will I get if I have a steep wave (factor 1.8) and perfect wind gust timing (1.0)?

With a base boost of 1.5, a wave shape factor of 1.8, and perfect wind gust timing, your adjusted boost multiplier is 2.7.

You can use the `calculate_optimal_takeoff` tool. Provide the wave period, your kite loop duration, and the intended trick duration to receive a recommended takeoff offset and predicted boost.

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