MCP For Claude Marketplace
Self-Rescue Distance

Self-Rescue Distance MCP Connector for Claude

A+

Assess kiteboarding self-rescue capability and drift risk.

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

This MCP server provides critical safety assessments for kiteboarders facing equipment failure. It calculates the feasibility of reaching shore by analyzing wind speed, current speed, and distance to land. Using calculate_rescue_feasibility, riders can determine if they can safely paddle to safety. The tool also includes analyze_drift_risk to predict movement if stationary, evaluate_fitness_impact to scale energy needs, and get_safety_protocol to provide immediate emergency instructions.

kiteboardingsurvivalmaritime-safetydrift-analysisemergency-response

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

get_safety_protocol

Provides standardized emergency procedures based on the calculated rescue outcome

analyze_drift_risk

Predicts how much a rider will be pushed away from their target if they remain stationary

calculate_rescue_feasibility

Determines if a rider can safely reach the shore based on current environmental conditions and personal capability

evaluate_fitness_impact

Adjusts the estimated effort required based on the rider's specific fitness level

See how to talk to your AI agent using Self-Rescue Distance.

I am 500 meters from shore, wind is 10 m/s, and current is 0.5 m/s. My fitness is medium and my kite is functional. Can I make it?

Yes, you can safely reach the shore. Estimated time is approximately 12 minutes.

How much will I drift if I stay still with a 15 m/s wind and 1 m/s current and a functional kite?

You are estimated to drift 150 meters offshore.

I'm 800 meters out, wind is 12 m/s, current is 1.5 m/s, fitness is low, and my kite is damaged. What should I do?

It is not safe to attempt paddling. Deploy flotation and wait for rescue.

The calculation uses a physics-based model factoring in wind, current, and rider fitness to estimate if you can reach shore using `calculate_rescue_feasibility`.

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