Spot Hazard Rating

Spot Hazard Rating MCP Connector for Claude

A+

Quantify kitesurfing environmental risks and safety.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides a specialized assessment engine for kitesurfing enthusiasts. It uses a risk assessment matrix to evaluate environmental factors like water depth, current speed, and wave height against a user's skill level. Use calculate_hazard_rating to get a total risk score, identify_primary_hazard to find the main threat, get_safety_guidelines for actionable protocols, and check_spot_suitability to determine if a location is safe for your experience.

kitesurfingsafetyrisk-assessmentwater-sportsweather

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

calculate_hazard_rating

Calculates the overall risk level for a specific kitesurfing session

check_spot_suitability

Determines if a specific spot is appropriate for a kiter's current skill level

get_safety_guidelines

Provides specific safety protocols based on the identified hazard and user skill

identify_primary_hazard

Isolates the single most dangerous element of a specific spot

See how to talk to your AI agent using Spot Hazard Rating.

Is this spot safe? Obstacles: rocks, water depth: 1m, current speed: 2 knots, wave height: 0.5m, distance to shore: 50m, skill level: beginner.

No, the spot is not suitable. The shallow water depth of 1m poses a high impact risk for a beginner.

What is the main danger here? Obstacles: none, water depth: 5m, current speed: 5 knots, wave height: 1.5m, distance to shore: 200m, skill level: intermediate.

The primary hazard is the high current speed of 5 knots.

Give me safety advice for a hazard rating of 4 with waves as the primary hazard for an advanced kiter.

Protocol: Monitor wave frequency and avoid breaking zones. Equipment Advice: Ensure your harness and leash are in peak condition. Prohibited Actions: Do not attempt to kite in heavy swell if visibility decreases.

The rating is determined by cross-referencing environmental severity (waves, currents, depth) with the user's specific skill level using a risk assessment matrix.

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