MCP For Claude Marketplace
Snowboard Binding Impact Analyzer

Snowboard Binding Impact Analyzer MCP Connector for Claude

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Calculate how binding stiffness, type, and mounting position affect board flex and vibration damping.

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

This MCP server provides specialized tools to model the mechanical interaction between snowboard bindings and the board. By analyzing binding stiffness, mounting position, and rider weight, you can use get_flex_interference_profile to determine how much the board's natural flex is obstructed. You can also use calculate_damping_efficiency to evaluate vibration absorption or simulate_impact_event to model the combined effects of a high-force landing. These tools help riders and gear testers understand the trade-offs between responsiveness and damping.

snowboardingmechanical-analysisflex-modelingdampingphysics

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

calculate_damping_efficiency

Evaluates how effectively the binding absorbs impact and vibration

evaluate_board_feel

Provides a qualitative assessment of how the binding changes the "ride feel" of the board

get_flex_interference_profile

Determines the percentage of the board's natural flex that is obstructed by the binding

simulate_impact_event

A holistic tool to simulate a single high-force event to see the combined effect on the board

See how to talk to your AI agent using Snowboard Binding Impact Analyzer.

How much will a composite binding with a stiffness of 0.5 mounted 20cm from the center affect a 75kg rider's board flex?

The flex interference percentage is 12.5% and the stiffness delta is 0.08.

Calculate the damping efficiency for an alloy binding with 0.8 stiffness under a 500N impact force.

The damping factor is 0.25 and the vibration absorption rate is 0.30.

Simulate a landing for a 80kg rider using a softshell binding (stiffness 0.3) at 15cm from center with a 1000N impact force.

The total flex interference is 8.2%, the total damping is 0.65, and the effective stiffness increase is 0.12.

Mounting closer to the center of the board increases flex interference, while mounting closer to the tips allows the board to retain more of its natural arc.

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