Snowboard Core Profile Analyzer

Snowboard Core Profile Analyzer MCP Connector for Claude

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Engineering analysis of snowboard core geometry and material stiffness.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides engineering tools to evaluate how snowboard core geometry and material composition influence performance. Use get_flex_distribution to map stiffness across the board, get_flex_index to determine the rider-specific stiffness category, get_torsional_stiffness to measure twisting resistance, and get_taper_analysis to evaluate shape transitions. It connects AI agents to precise beam flex calculations based on nose, waist, and tail thicknesses.

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

get_flex_distribution

How does the stiffness change from the nose to the tail?

get_flex_index

What is the overall stiffness rating of this board for a specific rider?

get_taper_analysis

How aggressive is the shape change from the center to the ends?

get_torsional_stiffness

How much will this board resist twisting?

See how to talk to your AI agent using Snowboard Core Profile Analyzer.

What is the flex index for a board with 6mm nose, 7mm waist, and 5mm tail thickness, using Poplar density of 450 kg/m³, for a 75kg rider?

The flex index is 4.2, which falls into the Medium category.

Show me the stiffness distribution for a core with 5mm nose, 8mm waist, and 6mm tail using a density of 500 kg/m³.

The stiffness distribution shows a peak at the waist (8mm) with gradual transitions to the nose (5mm) and tail (6mm).

How much will a board with 7mm waist thickness, 12GPa modulus, and 250mm width resist twisting?

The torsional stiffness value is 145.5.

Use the `get_flex_index` tool by providing the nose, waist, and tail thicknesses, the material density, and the rider's weight in kg.

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