Crane Lift Radius Calculator

Crane Lift Radius Calculator MCP Connector for Claude

A+

Calculate crane lift capacity, safety margins, and required counterweights.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides specialized engineering tools for crane operations. It allows AI agents to determine if a specific load can be safely lifted using analyze_lift_capacity, calculate the necessary mass for stability with calculate_required_counterweight, and adjust capacity based on environmental factors like wind and ground stability using evaluate_environmental_impact. Finally, verify_stability_compliance ensures the entire lift plan meets safety standards.

craneliftingsafetyengineeringstability

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

calculate_required_counterweight

Calculates the amount of counterweight needed to maintain stability for a specific lift

evaluate_environmental_impact

Adjusts the allowable lifting capacity based on wind and ground conditions

verify_stability_compliance

Checks the overall safety profile of a planned lift against regulatory and manufacturer constraints

analyze_lift_capacity

Determines if a specific load can be safely lifted at a given radius

See how to talk to your AI agent using Crane Lift Radius Calculator.

Can a crane with model ID 'heavy-lift-01' safely lift 15 tonnes at a 10m radius with a 1.5t rigging weight?

Yes, the maximum capacity at a 10m radius for this model is 22 tonnes, providing a safe margin for the 16.5 tonne total weight.

How much counterweight is needed for a 20 tonne load at 15m radius for model 'crane-x'?

The required counterweight for this lift is 45 tonnes to maintain the necessary stability ratio.

What happens to my lifting capacity if the wind speed is 45 km/h and the ground is soft?

The capacity is significantly reduced. The wind speed causes an exponential drop in capacity, and the soft ground condition applies an additional 0.5 multiplier to the allowable weight.

The `evaluate_environmental_impact` tool reduces the allowable lifting capacity based on wind speed, as higher speeds increase lateral forces and reduce stability.

Related Connectors