MCP For Claude Marketplace
Slope Radar Monitoring Setup

Slope Radar Monitoring Setup MCP Connector for Claude

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Automated planning and configuration for slope stability radar deployment.

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

This MCP server provides specialized tools for optimizing slope stability radar (SSR) deployment in mining and civil engineering. It enables precise planning by calculating optimal radar positioning, determining necessary scan sectors, and assessing detection limits based on geological failure modes. Users can also predict how atmospheric conditions and pit geometry will impact signal accuracy using analyze_environmental_impact. The system ensures that radar placement maximizes visibility while minimizing interference and refractive errors.

radarslope-stabilitymining-safetygeotechnical-monitoringautomation

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

calculate_scan_parameters

Determines the necessary angular sweep required to monitor the specified target areas

evaluate_detection_capability

Assesses the reliability of the proposed setup regarding movement sensitivity and distance

plan_radar_deployment

Calculates the optimal physical location and orientation for the radar unit

analyze_environmental_impact

Predicts how atmospheric conditions and physical obstructions will affect signal accuracy

See how to talk to your AI agent using Slope Radar Monitoring Setup.

Calculate the best radar position for a pit with these dimensions and coverage needs.

The optimal radar position is at coordinates { x: 120.5, y: 45.2, z: 10.0 } with an azimuth of 145.0 degrees and an elevation of 12.5 degrees, providing a visibility score of 0.92.

What is the required scan sector for the target area at the current radar position?

The required scan sector covers an azimuth range from 140.0 to 160.0 degrees and an elevation range from 10.0 to 25.0 degrees with a high scan density.

Will the current setup be able to detect a planar failure mode at this distance?

Yes, the setup has a minimum detectable displacement of 0.5mm, which is sufficient for detecting planar movement at the current distance.

You can use the `plan_radar_deployment` tool. By providing the pit geometry and coverage requirements, the tool calculates the optimal physical location and orientation to ensure maximum visibility.

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