MCP For Claude Marketplace
Snowboard Boot Flex Analyzer

Snowboard Boot Flex Analyzer MCP Connector for Claude

A+

Calculate how boot stiffness, rider weight, and terrain impact snowboarding performance.

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

This MCP server provides specialized physics-based calculations for snowboarders. It bridges the gap between static boot ratings and real-world riding conditions. By using tools like get_effective_flex and calculate_response_time, riders can determine how their weight and terrain will change the perceived stiffness of their gear. You can also use analyze_ride_suitability to check if your setup matches your riding style, such as Carving or Freestyle, and evaluate_comfort_performance_balance to find the sweet spot between control and ease of use.

snowboardingboot-flexrider-physicsperformancegear-optimization

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

analyze_ride_suitability

Compares the current boot/rider setup against a specific riding style to determine if the gear is appropriate

calculate_response_time

Estimates the latency (in milliseconds) of energy transfer from boot to edge

evaluate_comfort_performance_balance

Quantifies the tension between the rider's desire for control (performance) and the desire for ease of use (comfort)

get_effective_flex

Determines the actual stiffness the rider will experience given their physical weight and the equipment setup

See how to talk to your AI agent using Snowboard Boot Flex Analyzer.

I am a 85kg rider on groomed terrain using a boot with a flex rating of 7. What is my effective flex?

Your effective flex rating is 6.4, with a load impact factor of 0.91 due to your weight on groomed terrain.

Is a flex rating of 4 suitable for Carving?

No, a flex rating of 4 is too soft for Carving, which requires high stiffness for maximum energy transfer and edge hold.

How much response time will I get with a flex of 8 and a binding angle of 15 degrees?

Your estimated response time is 42ms, providing a high responsiveness score for precise control.

Heavier riders compress the boot more, which results in a lower effective flex rating compared to lighter riders using the same boot.

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