MCP For Claude Marketplace
Twintip Rocker Line Analyzer

Twintip Rocker Line Analyzer MCP Connector for Claude

A+

Analyze how board rocker affects planing, speed thresholds, and chop handling.

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

This MCP server provides hydrodynamic analysis for twin-tip boards. It calculates the minimum speed needed to plane using get_planing_threshold, evaluates transition efficiency with evaluate_planing_efficiency, predicts how the board reacts to turbulent water via analyze_chop_handling, and generates a complete performance profile using get_hydrodynamic_summary.

twin-tipplaningrockerhydrodynamicswater-sports

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

get_planing_threshold

Determines the minimum speed required for the board to begin planing

evaluate_planing_efficiency

Calculates how efficiently the board transitions to a plane across a specific speed range

analyze_chop_handling

Predicts how the board's geometry will react to turbulent water (chop)

get_hydrodynamic_summary

Provides a high-level summary of the board's performance characteristics

See how to talk to your AI agent using Twintip Rocker Line Analyzer.

What is the minimum speed required for a 140cm board with these rocker measurements [0, 1, 2, 1, 0], a 75kg rider, and a 5 degree edge angle?

The minimum speed required for the board to begin planing is 12.5 knots, and the planing stability is rated as Stable.

How will my board handle chop at 15 knots with a 2cm concave depth and these rocker measurements [0, 0.5, 1, 0.5, 0]?

The board has an absorption rating of 7 and the slap intensity is Medium.

Give me a performance summary for a 135cm board, 80kg rider, 3cm concave, 4 degree edge angle, and rocker measurements [0, 2, 3, 2, 0].

The board is classified as a High-speed racer with an optimal speed range of 14 to 22 knots.

You can use the `get_planing_threshold` tool by providing your rocker measurements, board length, rider weight, and edge angle.

Related Connectors

Board Carve Radius Engine

Board Carve Radius Engine MCP

4 tools Official

Physics-driven engine for calculating surfboard turning mechanics, G-forces, and spray patterns.

A+ View details →
Bottom Turn Mechanics

Bottom Turn Mechanics MCP

4 tools Official

Analyze surfing bottom turn physics, G-forces, and board suitability.

A+ View details →
Paddle Speed Calculator

Paddle Speed Calculator MCP

4 tools Official

Predict paddling speed, catch rates, and wave count potential for surfboards.

A+ View details →
Wave Riding Angle

Wave Riding Angle MCP

4 tools Official

Calculate optimal approach angles, section speeds, and air time potential for surfing.

A+ View details →