MCP For Claude Marketplace
GraphHopper

GraphHopper MCP Connector for Claude

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Empower routing and geocoding via GraphHopper — calculate optimal routes, perform reverse geocoding, solve vehicle routing problems, and analyze reachability directly from any AI agent.

10 tools Official Updated Jun 28, 2026 Official Vinkius Partner
More Details Connect to Claude

Connect your GraphHopper account to any AI agent and take full control of your geospatial routing, geocoding, and fleet optimization through natural conversation.

What you can do

  • Route Orchestration — Calculate optimal routes between multiple GPS stops, identifying precise asynchronous directions and time calculations bypassing URL length limits natively
  • Geocoding discovery — Extract explicitly attached REST arrays targeting /geocode to translate human-readable addresses into precise LatLon coordinates for spatial analysis
  • Reverse Geocoding — Perform structural extraction of properties matching GPS pins exactly against named physical streets to verify localized entity bounds flawlessly
  • Routing Matrix Calculation — Generate N x M arrays of travel times and distances to analyze complex grid logistics and distance tables between multiple points synchronously
  • Isochrone Reachability — Identify precisely the boundary reachable in a specific time limit from a starting point, defining reachability polygons for site selection or delivery zones
  • VRP Optimization — Command explicit JSON targets firing Traveling Salesman configs for multiple vehicles, checking time windows and capacity constraints to solve complex logistics synchronously
  • Map Matching Auditing — Validate API logic correcting imprecise GPS jumps by snapping raw GPX tracks perfectly onto street vectors limitlessly

How it works

  1. Subscribe to this server
  2. Enter your GraphHopper API Key (found in your GraphHopper Dashboard under API Keys)
  3. Start optimizing your logistics and routing from Claude, Cursor, or any MCP-compatible client

Who is this for?

  • Logistics & Delivery Managers — optimize multi-stop routes and solve vehicle routing problems without manual spreadsheet calculations
  • GIS & Data Analysts — perform geocoding and analyze isochrone reachability for site selection using natural language
  • Developers — test and debug routing parameters and verify map matching logic directly from the chat interface
  • Supply Chain Planners — calculate routing matrices and verify distance tables across entire distribution networks in real-time
routingpathfindingopenstreetmapfleet-optimizationgeospatial-datanavigation

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

search_geocode

Identify bounded routing spaces inside the Headless GraphHopper Engine

calculate_distance_isochrone

Provision a highly-available JSON Payload generating physical borders

calculate_reachability_polygon

Enumerate explicitly attached structured rules exporting active Reachability

snap_gpx_to_road

Irreversibly vaporize explicit validations extracting GPX logic natively

calculate_routing_matrix

Inspect deep internal arrays mitigating specific Math tables

reverse_geocode

Perform structural extraction of properties driving active OSM bindings

calculate_url_route

Retrieve explicit Cloud logging tracing explicit lightweight Directions

calculate_heavy_route

Identify precise active arrays spanning native multi-stop geometries

submit_vrp_optimizer

Dispatch an automated validation check routing explicit jsprit solves

poll_vrp_solution

Retrieve the exact structural matching verifying Delivery alternatives

See how to talk to your AI agent using GraphHopper.

Calculate a car route between '40.71, -74.00' and '40.75, -73.98'

Route calculated! I've found the optimal driving path. Total distance: 3.5 miles. Estimated time: 12 minutes. I can provide the step-by-step turn directions for you now.

Show me the 10-minute reachability zone from central Berlin

Isochrone generated! I've mapped the area reachable within 10 minutes from your location in Berlin. I can provide the polygon coordinates or verify if specific addresses fall within this boundary.

Reverse geocode these coordinates: '48.85, 2.35'

Coordinates matched! The location for 48.85, 2.35 corresponds to 'Rue de Rivoli, Paris, France'. It is located in the 4th arrondissement. Would you like more venue details for this spot?

Yes. Use the 'calculate_reachability_polygon' tool. Provide a starting point and a time limit in seconds. The agent will retrieve the isochrone polygon defining exactly what area is reachable within that duration natively.

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