MCP For Claude Marketplace
Impact Force Estimator

Impact Force Estimator MCP Connector for Claude

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Calculate impact force and injury risk from water entries.

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

This MCP server provides tools to estimate the physical impact of a body hitting water. Using the impulse-momentum theorem, it calculates peak impact force, deceleration time, and entry velocity. You can use calculate_impact_dynamics to get core physics data, assess_injury_risk to determine safety levels, get_position_area_preset to find surface area for specific postures, or simulate_scenario_comparison to compare different fall scenarios.

impactwaterphysicssafetyinjury-risk

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

assess_injury_risk

Translates the calculated impact force into a standardized risk category

get_position_area_preset

Provides standardized surface area values for common body positions

simulate_scenario_comparison

Allows a user to compare two different fall scenarios

calculate_impact_dynamics

Calculates the fundamental physical values of the impact (force and time)

See how to talk to your AI agent using Impact Force Estimator.

What is the impact force for a 75kg person falling 5 meters with a vertical entry?

The calculated impact force is approximately 1250 N with a deceleration time of 0.15 seconds.

Is a 10 meter fall for an 80kg person dangerous if they belly flop?

A belly flop from 10 meters for an 80kg person results in a Critical injury risk level due to the high impact force.

Compare a 3m fall (vertical) vs a 3m fall (belly flop) for a 70kg person.

The belly flop results in a significantly higher impact force and a higher risk level compared to the vertical entry.

You can use the `get_position_area_preset` tool to retrieve standardized surface area values for common positions like vertical, seated, or belly_flop.

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