MCP For Claude Marketplace
Water Depth Clearance

Water Depth Clearance MCP Connector for Claude

A+

Calculates safety margins and minimum water depth for aquatic maneuvers.

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

This MCP server provides critical safety calculations for aquatic athletes. It uses a depth penetration model to determine if a maneuver is safe based on water depth, impact velocity, rider height, and seabed composition. Use calculate_penetration_safety to check current feasibility, get_min_depth_requirements to plan for specific tricks, or compare_bottom_risks to understand the impact of switching from sand to reef environments.

aquaticsafetywater-sportsphysicsimpact-analysis

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

calculate_penetration_safety

Determines if a planned trick is safe based on current depth and impact parameters

compare_bottom_risks

Compares the safety implications of performing the same trick on different seabed types

get_min_depth_requirements

Answers how much water is needed for a specific trick regardless of current conditions

validate_maneuver_parameters

Validates if the provided physical inputs are within the logical bounds for aquatic maneuvers

See how to talk to your AI agent using Water Depth Clearance.

Is it safe to perform a vertical drop in 3 meters of water with a 2 m/s impact velocity on a sand bottom?

Yes, with a 3m depth and a 2 m/s velocity on sand, the safety margin is 1.2 meters, making the maneuver feasible.

How much water depth do I need for a sliding entry at 4 m/s velocity for a 1.8m tall rider on a reef?

For a sliding entry at 4 m/s with a 1.8m rider on a reef, the minimum safe depth required is 4.5 meters.

Compare the risk of a vertical drop on sand versus reef at 5 m/s velocity.

Switching from sand to reef requires an additional 1.5 meters of depth to maintain the same safety margin due to the rigid nature of the reef.

Seabed composition changes the required safety buffer. Using `compare_bottom_risks` helps identify how much more depth is needed when moving from a compliant sand bottom to a rigid reef.

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