MCP For Claude Marketplace
Snowboard Sidecut Radius Engine

Snowboard Sidecut Radius Engine MCP Connector for Claude

A+

Calculate effective turning radius, turn initiation, and carve quality for snowboards.

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

This MCP server provides a specialized calculation engine for snowboard performance analysis. By inputting physical dimensions like board length, waist width, and nose/tail widths, users can determine the calculate_effective_radius for any given edge angle. The engine also allows for deep performance analysis using evaluate_turn_characteristics to assess turn initiation ease and stability, and predict_carve_quality to determine carving efficiency and skid risk. It is an essential tool for gear testers and enthusiasts looking to understand how geometry and stiffness impact carving performance.

snowboardinggeometrycarvingphysics-engineperformance-analysis

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

calculate_effective_radius

Determines the primary turning radius the board will follow at a specific edge angle

compare_profiles

Compares two different board configurations to see which offers a tighter turn or better stability

evaluate_turn_characteristics

Analyzes how easy it is to start a turn and how stable the turn feels

predict_carve_quality

Predicts the smoothness and grip of a carved turn

See how to talk to your AI agent using Snowboard Sidecut Radius Engine.

What is the effective radius for a 155cm board with a 25cm waist, 27cm nose, 24cm tail, at a 30 degree edge angle?

The calculated effective radius is 12.45 meters with an edge engagement of 45%.

How stable will a board be with a 10m radius and a flex stiffness of 0.8?

The turn initiation is Neutral and the stability rating is 0.85.

Predict the carve quality for a 12m radius at a 45 degree edge angle with 0.9 torsional stiffness.

The carve score is 88 and the skid risk is Low.

Use the `calculate_effective_radius` tool by providing the board length, widths, and the edge angle you intend to use.

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