MCP For Claude Marketplace
Snowboard Width Selector

Snowboard Width Selector MCP Connector for Claude

A+

Calculate optimal snowboard waist width to prevent toe drag based on boot size and binding geometry.

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

This MCP server provides precise mathematical models to help snowboarders select the right board width. By analyzing boot size, binding angles, and riding styles, it calculates the minimum waist width required to avoid toe drag. Use get_minimum_waist_width to find the absolute minimum width needed, recommend_board_category to match your riding style, evaluate_toe_drag_risk for a safety assessment, and get_width_ratio_profile to understand your board's fit profile.

snowboardinggearsafetyequipment-selectionwinter-sports

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

evaluate_toe_drag_risk

Provides a detailed safety assessment of the risk of the boot hitting the snow during aggressive carving

get_minimum_waist_width

Determines the absolute minimum waist width required to prevent the boot from hitting the snow

get_width_ratio_profile

Calculates the relationship between the boot size and the board width to define the board's fit profile

recommend_board_category

Suggests whether a user should look for a Standard, Mid-Wide, or Wide snowboard

See how to talk to your AI agent using Snowboard Width Selector.

What is the minimum waist width I need for a 28cm boot with a 25 degree binding angle and 0.5cm tolerance?

The minimum waist width required is 26.5 cm, and the toe drag risk level is Low.

I have a 30cm boot and I ride freestyle. What category of board should I look for?

You should look for a Mid-Wide snowboard to balance maneuverability and stability.

Will my 25cm wide board be safe for a 29cm boot with 30 degree angles and no toe ramp?

The risk score is 0.85, which is High. There is a significant risk of toe drag during aggressive turns.

Higher binding angles increase the lateral protrusion of your boot, which increases the risk of toe drag. You can use `evaluate_toe_drag_risk` to see how your specific angle impacts safety.

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