Climbing Fall Factor Calculator

Climbing Fall Factor Calculator MCP Connector for Claude

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Deterministic rock climbing physics and safety calculator.

3 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides precise climbing physics calculations to assess fall risks. Use calculate_fall_metrics to determine the fall factor, impact force on the climber, protection force, and rope stretch. You can also use validate_equipment_safety to check if a fall scenario meets UIAA safety standards, or compare_fall_scenarios to evaluate different climbing setups side-by-side.

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

compare_fall_scenarios

Allows a user to compare the severity of two different fall setups

calculate_fall_metrics

Calculates the fundamental physics of a fall to determine risk and impact

validate_equipment_safety

Checks if the specific rope properties are suitable for the intended fall scenario

See how to talk to your AI agent using Climbing Fall Factor Calculator.

Calculate the metrics for a 3 meter fall with 10 meters of rope, a 75kg climber, and 30% dynamic elongation.

The fall factor is 0.3, the impact force is 4.2 kN, the protection force is 5.1 kN, and the rope stretch is 0.85 meters.

Is a fall with a factor of 1.5 and an impact force of 13 kN safe?

No, the fall is not safe. It has a High Fall Factor and exceeds the UIAA Force Limit.

Compare a 5m fall with 15m rope vs a 5m fall with 10m rope (70kg climber, 30% elongation).

The scenario with 15m of rope is safer as it results in a lower impact force.

You can use the `calculate_fall_metrics` tool by providing the fall distance, rope length, climber mass, and rope dynamic elongation.

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