MCP For Claude Marketplace
Impact Cushion Depth

Impact Cushion Depth MCP Connector for Claude

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Calculates required water depth and injury risk for body impacts.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides computational tools to determine the minimum water depth needed to safely decelerate a human body during impact. By modeling physical penetration and deceleration profiles, it helps assess safety for activities like diving or water landings. Use get_minimum_safety_depth to find required depth, get_deceleration_profile to analyze G-forces, evaluate_injury_risk to assess physiological danger, and calculate_effective_surface_area to determine drag coefficients based on body orientation.

water-safetyphysics-engineimpact-modelingdecelerationsafety-analysis

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

calculate_effective_surface_area

Computes the projected area of the body used for drag calculations

evaluate_injury_risk

Assesses the physiological danger based on the deceleration forces

get_deceleration_profile

Provides the progression of deceleration forces experienced during the immersion

get_minimum_safety_depth

Determines the minimum water depth required to prevent the body from hitting the bottom

See how to talk to your AI agent using Impact Cushion Depth.

How much water depth do I need for a 75kg person falling 5 meters with a vertical entry at 8 m/s?

The minimum required water depth is 2.45 meters, with an estimated penetration of 2.10 meters.

What is the injury risk for a peak deceleration of 15G for a 80kg person?

The risk level is High, with an injury probability of 0.65.

Calculate the deceleration profile for a 70kg person falling 10 meters with a flat entry at 12 m/s.

The peak deceleration is 25G, with an average deceleration of 12G over a duration of 0.4 seconds.

You can use the `get_minimum_safety_depth` tool by providing the fall height, rider weight, body orientation, and water entry speed.

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