MCP For Claude Marketplace
Backside Spin Mechanics Analyzer

Backside Spin Mechanics Analyzer MCP Connector for Claude

A+

Physics-based analysis of backside snowboard rotations, focusing on edge release and landing stability.

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

This MCP server provides a physics-driven engine for freestyle snowboarders to evaluate the mechanics of backside rotations. By analyzing approach speed, takeoff edge angle, and body rotation, the server calculates critical flight parameters. Use analyze_takeoff_dynamics to determine edge pressure and initial momentum, calculate_rotation_profile to predict spin axis and speed based on grab types, and evaluate_landing_safety to assess stability during blind landings. For a complete flight analysis, simulate_full_maneuver orchestrates the entire process from takeoff to landing.

snowboardingphysicsrotationfreestylemechanics

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

analyze_takeoff_dynamics

Calculate initial forces and rotational impulses at takeoff

calculate_rotation_profile

Determine how the rider will spin through the air

evaluate_landing_safety

Assess the risk and stability of the landing

simulate_full_maneuver

Comprehensive overview of the entire backside spin attempt

See how to talk to your AI agent using Backside Spin Mechanics Analyzer.

Analyze a takeoff with 8 m/s speed, 15 degree edge angle, and 50 units of body rotation.

The required edge pressure is 45.2 N, providing an initial angular momentum of 120.5 and a linear takeoff trajectory.

How will an Indy grab affect my rotation if my momentum is 100?

With an Indy grab, your rotation axis will be diagonal, your rotation speed will be 12.5 rad/s, and your stability rating is 8.5.

Will I land safely with a rotation speed of 15 and a Melon grab during a blind landing?

Your landing stability is 4.2, which is considered Moderate risk. It is recommended to open your chest earlier to spot the landing.

The grab type changes your moment of inertia. Using `calculate_rotation_profile` will show how different grabs like Indy or Melon affect your rotation speed and axis.

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