MCP For Claude Marketplace
Snowboard Torsion Physics Engine

Snowboard Torsion Physics Engine MCP Connector for Claude

A+

Models torsional flex, edge engagement, and carving precision for snowboards.

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

This MCP server provides a physics-based calculation engine to model how a snowboard's torsional stiffness and material composition influence performance. By using tools like get_torsion_angle and evaluate_carving_precision, AI agents can predict how rider weight, edge angle, and board construction interact to affect edge engagement delay and carving stability. It is designed to help riders and manufacturers understand the mechanical response of different board builds under varying speeds.

snowboardingtorsional-flexcarvingmechanicsphysics-engine

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

calculate_engagement_delay

Predicts the lag time before the edge achieves full contact with the snow

evaluate_carving_precision

Assesses the stability and accuracy of the board's turn arc

get_construction_properties

Retrieves the mechanical coefficients associated with a specific board build

get_torsion_angle

Determines the degree of twist applied to the board's longitudinal axis

See how to talk to your AI agent using Snowboard Torsion Physics Engine.

What is the torsion angle for a 75kg rider on a wood-carbon board at a 30 degree edge angle and 10 m/s speed?

The calculated torsion angle is 4.2 degrees with a stiffness ratio of 0.85.

How much delay will there be in edge engagement for a 4.2 degree torsion angle at 10 m/s with a 30 degree edge angle?

The predicted engagement delay is 0.15 seconds with an engagement distance of 0.45 meters.

Is a 75kg rider at 10 m/s with a 30 degree edge angle and 4.2 degree torsion angle stable?

The carving precision score is 0.88 and the stability rating is 'Locked-in'.

First, use `get_torsion_angle` to find the twist angle, then pass that result into `calculate_engagement_delay` along with the edge angle and riding speed.

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