Reef Depth Safety

Reef Depth Safety MCP Connector for Claude

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Assess reef navigation safety using tide, wave, and depth data.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides critical tools for maritime safety by analyzing the interaction between lunar tides, charted depths, and wave orbital motion. It allows AI agents to calculate the minimum water depth at wave troughs and determine safe passage windows for vessels. Use calculate_current_depth to find total water depth, calculate_wave_trough_impact to account for wave energy, and assess_navigation_safety to evaluate clearance against vessel draft.

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

calculate_current_depth

Determines the total water depth available at the reef location

assess_navigation_safety

Evaluates if a vessel can safely pass over the reef based on its physical requirements

calculate_wave_trough_impact

Calculates how much the wave energy reduces the available water depth due to orbital motion and trough depth

determine_safe_passage_window

Identifies if the current tidal state allows for a safe crossing given the wave conditions

See how to talk to your AI agent using Reef Depth Safety.

Is it safe for a boat with a 2m draft to cross a reef with 5m charted depth, 1m tide, and 2m waves?

No, the wave trough impact reduces the minimum depth below the required safety margin for a 2m draft.

What is the total water depth if the chart says 10m and the tide is 1.5m?

The total water depth is 11.5 meters.

Can I pass through the reef now with a 3m draft and 0.5m safety buffer?

Yes, the current depth and wave conditions allow for safe passage.

The `calculate_wave_trough_impact` tool uses wave height and period to calculate how orbital motion reduces the available water depth at the trough.

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