MCP For Claude Marketplace
Snowboard Spin Physics

Snowboard Spin Physics MCP Connector for Claude

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Calculate pre-rotation, timing, and difficulty for snowboard aerial spins.

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

This MCP server provides physics-based calculations for snowboarders to master aerial rotations. By modeling angular momentum and moment of inertia, it helps riders determine the necessary wind-up on the snow to achieve specific target rotations in the air. Use calculate_wind_up to find your pre-rotation angle, analyze_spin_timing to identify the optimal release point for landing, determine_counter_rotation to adjust mid-air via arm positioning, and evaluate_spin_difficulty to assess the risk of a planned maneuver.

snowboardingphysicsrotationaerialssports-science

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

analyze_spin_timing

Identifies the critical moment during the flight when the rider must release their wind-up/tuck to control the landing

calculate_wind_up

Determines the amount of rotation needed on the ground to achieve the target spin in the air

determine_counter_rotation

Calculates if and how much the rider needs to use their arms to adjust their rotation to prevent over-rotating or under-rotating

evaluate_spin_difficulty

Provides a qualitative assessment of the spin's difficulty based on the required wind-up and air time

See how to talk to your AI agent using Snowboard Spin Physics.

I want to do a 540 spin. I'll be in the air for 1.5 seconds at a speed of 200 degrees per second. How much wind-up do I need?

To complete a 540 spin with 1.5 seconds of air time at 200 deg/s, you need a pre-rotation wind-up of 240 degrees.

When should I release my grab for a 720 spin with 2 seconds of air time and 300 deg/s speed?

You should release your grab at 1.2 seconds into the flight to ensure a controlled landing.

Is a 1080 spin with 1.2 seconds of air time difficult?

Yes, a 1080 spin with only 1.2 seconds of air time is classified as high difficulty with a high risk level.

You can use the `calculate_wind_up` tool by providing your target rotation (720), your intended spin speed, and your estimated air time.

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