MCP For Claude Marketplace
Well Trajectory Design

Well Trajectory Design MCP Connector for Claude

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Design and validate precise wellbore paths for directional and horizontal drilling.

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

This MCP server provides specialized engineering tools for designing wellbore trajectories. It allows AI agents to generate complete paths from surface to target using methods like minimum_curvature. Users can validate designs using validate_mechanical_constraints to check for torque and drag, ensure safety with check_anti_collision, and decompose drilling phases using analyze_build_and_hold.

wellboretrajectorydrillingdirectional-drillingpetroleum

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

analyze_build_and_hold

Decomposes the trajectory to identify specific drilling phases

check_anti_collision

Ensures the new well trajectory does not intersect with existing nearby wells

design_trajectory

Generates a complete wellbore path from surface to target

validate_mechanical_constraints

Checks if the designed trajectory is physically drillable by evaluating friction and stress

See how to talk to your AI agent using Well Trajectory Design.

Design a directional well from surface (0,0,0) to target (500,500,1000) with a max DLS of 3 degrees per 30m using minimum curvature.

The designed trajectory has a total measured depth of 1245.6 meters with a final inclination of 42.3 degrees and an azimuth of 45.0 degrees.

Check if this trajectory is drillable with a drill string weighing 5000kg and a friction coefficient of 0.25.

The trajectory is feasible. The maximum torque is 12500 Nm and the maximum drag is 4500 kg.

Analyze the drilling phases for the current trajectory.

The trajectory consists of a build section from 0 to 450m, a tangent section from 450 to 800m, and a horizontal section starting at 800m.

You can use the `design_trajectory` tool by providing the surface and target coordinates, the well type, and the maximum allowable dogleg severity.

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