MCP For Claude Marketplace
Edge Angle Force Calculator

Edge Angle Force Calculator MCP Connector for Claude

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Calculates mechanical forces and pressure on ski or snowboard edges during carving turns.

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

This MCP server provides precise physics calculations for skiers and snowboarders. It connects AI agents to mechanical models that determine the total force acting on an edge, the pressure distribution across the contact area, and the remaining grip margin. By using tools like get_total_edge_force and get_turning_dynamics_summary, an agent can analyze how speed, turn radius, and surface conditions like ice or soft snow impact stability and edge hold.

physicsskiingsnowboardingcarvingmechanics

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

calculate_edge_hold_margin

Evaluates the stability of the turn by calculating the remaining grip capacity

get_pressure_distribution

Determines how the force is spread across the edge contact area

get_total_edge_force

Calculates the total magnitude of force acting on the equipment edge

get_turning_dynamics_summary

Provides a high-level overview of the physics of the current maneuver

See how to talk to your AI agent using Edge Angle Force Calculator.

Calculate the total force for a 75kg rider going 10m/s with a 15m turn radius and a 30 degree edge angle.

The total force acting on the edge is 525.4 Newtons, consisting of a centripetal component and a gravitational component.

What is the pressure distribution for a 500N force on ice with a 10cm contact length and 25 degree edge angle?

The pressure is 50.0 N/cm, with a high contact area effect due to the ice surface.

Give me a summary of the dynamics for a 80kg rider at 12m/s, 20m radius, 35 degree angle on soft snow.

The maneuver has a force magnitude of 612.5 N, a medium pressure intensity, and a stable rating.

Surface type changes the friction coefficient and contact area. For example, using `get_pressure_distribution` with 'ice' will show much higher pressure than 'soft_snow' due to the concentrated contact line.

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