Google Maps Platform MCP. Calculate Routes & Locate Anything on Earth
Google Maps Platform provides instant, authoritative location intelligence for any AI agent. Use this MCP to convert addresses into precise coordinates, calculate complex driving or walking routes, and find detailed information on businesses globally. It handles everything from getting the elevation at a coordinate point to calculating how long it takes to drive between multiple stops.
Give Claude and any AI agent real-world access
Determine driving, walking, cycling, or transit paths between two or more points.
Convert any physical street address into exact latitude and longitude coordinates.
Fetch specific, rich information for a known business location, including hours or phone numbers.
Compare the travel time and distance between several separate origins and destinations at once.
Search for specific types of businesses or points of interest near a given location.
Pull the correct time zone information required when scheduling events across different regions.
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What AI agents can do with Google Maps Platform: 9 Tools for Location Intelligence
These nine tools allow your agent to perform any location-based task, from converting street addresses into GPS coordinates to calculating complex multi-stop travel itineraries.
Make your AI actually useful.
Add this MCP to Claude, Cursor, or Windsurf and your AI stops guessing. It gets real tools to look things up, take action, and handle the stuff you keep doing by hand.
Start using Google Maps Platform MCPGet Directions
Calculates multi-mode routes, providing step-by-step instructions between two specified points.
Get Distance Matrix
Compares the travel time and distance for multiple starting locations to multiple...
Get Elevation
Retrieves the altitude data for specific coordinates on Earth's surface.
Find Place From Text
Locates a place and provides its unique ID, which is necessary before retrieving...
Geocode Address
Converts a readable physical address into precise GPS coordinates...
Search Nearby Places
Finds businesses or points of interest, allowing filtering by category or keyword near specific coordinates.
Get Place Details
Pulls detailed information about a single location using its unique Place ID, including reviews and operating hours.
Reverse Geocode
Takes raw GPS coordinates and translates them back into a readable physical street...
Get Timezone
Determines the correct time zone for any given set of geographic coordinates...
Security and governance baked right in.
Pick your AI client below to get set up. Just create a Vinkius account, subscribe, and you're instantly up and running. We handle the entire backend infrastructure, delivering out-of-the-box support for HTTPS Streamable, SSE, and OAuth2—zero messy routing required.
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Build a custom MCP for your own tools, or connect a ready-made integration from our catalog.
Build Your Own
Turn any API into an MCP. Import a spec, define Agent Skills, or deploy with MCPFusion.
- Import from OpenAPI, Swagger, or YAML specs
- Create Agent Skills with progressive disclosure
- Deploy to edge with MCPFusion framework
- Built in DLP, auth, and compliance on each call
- Real time usage dashboard and cost metering
- Publish to catalog or keep private
Make Your AI Do More
Start with Google Maps Platform, then connect any of our 5,200+ other servers whenever your AI needs more. One click, no limits.
- Use this MCP plus 5,200+ others, all in one place
- Add new capabilities to your AI anytime you want
- Connections are secured and governed automatically
- Track usage and costs across all your servers
- Works with Claude, ChatGPT, Cursor, and more
- New servers added to the catalog weekly
Independent Platform Disclaimer: Vinkius is an independent platform and is not affiliated with, endorsed by, sponsored by, verified by, or otherwise authorized by Google Maps Platform. All third-party trademarks, logos, and brand names are the property of their respective owners. Their use on this website is strictly for informational purposes to identify service compatibility and interoperability.
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Pinpointing location data is always a mess of copy-pasting and assumptions.
Today, if you need to compare travel times for five different stops, you open five separate maps. You manually enter the addresses one by one. If you’re building an app, you have to write complex code that calls multiple APIs, handles rate limits, and then pieces together a single result set.
With this MCP, your agent takes all those addresses or coordinates and uses get_distance_matrix in a single command. It instantly spits out the total travel time and distance for every leg of the journey, giving you one clean, actionable answer.
Get Location Details with get_place_details
The old way was finding a business name online, copying its address into an API search tool, waiting for the raw data packet, and then manually cross-referencing that ID to find hours or phone numbers. It's slow and fragile.
Now, your agent handles that entire sequence. You tell it the place you want information on, and using get_place_details, it gives you all the rich details—hours, ratings, reviews—in one go.
What Google Maps Platform MCP does for your AI
Need to know exactly where something is, or how to get there? This MCP connects your AI client directly to Google’s global mapping data, giving you instant access to location intelligence. You can turn a street address into precise GPS coordinates using geocoding, or take those coordinates and figure out what physical address they belong to via reverse geocoding.
Planning a multi-stop trip? Calculate the total distance and time required between origins and destinations with one call. It even finds nearby points of interest—like gas stations or restaurants—around any specific coordinate. All this deep location data, which typically requires multiple specialized APIs, is managed under one umbrella through Vinkius.
You just connect your preferred AI client, and the agent handles all the complex mapping logic for you.
019d75a8-d9d7-7388-8214-5ae639b21062 How to set up Google Maps Platform MCP
The bottom line is you give the AI what it needs, and it delivers validated location facts without manual API calls or complex code writing.
First, subscribe to this MCP and enter your specific Google Maps API Key into Vinkius.
Second, prompt your AI client with the necessary location information (like two addresses or a starting point).
Third, the agent uses the available tools to process the request and returns precise data—be it coordinates, directions, or business details.
Who uses Google Maps Platform MCP
This MCP is for anyone whose job relies on accuracy regarding physical space. Think logistics managers who track fleets, real estate agents needing hyper-local market data, or developers building location-aware apps.
Calculating the most efficient sequence of stops for a delivery truck using get_distance_matrix to minimize fuel and time.
Finding nearby amenities, like top-rated coffee shops or schools, around a potential listing address using search_nearby_places.
Determining the travel time and necessary resources for guests traveling from multiple airports to a single hotel using get_directions.
Benefits of connecting Google Maps Platform MCP
Get precise location data instantly. Instead of manually calling separate services for address lookups, use geocode_address to reliably convert any street address into usable GPS coordinates.
Plan complex itineraries easily. Calculate travel metrics between multiple stops at once using get_distance_matrix, saving you from writing complex loop logic in your agent code.
Determine the exact location and details of a business. After finding a place with find_place_from_text, use get_place_details to pull rich data like hours or phone numbers.
Build robust time-sensitive systems. Use get_timezone to ensure that any scheduling logic your agent runs respects local time differences across the globe.
Understand location context deeply. Need to know if a GPS coordinate is in Manhattan or rural upstate NY? reverse_geocode converts raw points back into clear, readable addresses.
Google Maps Platform MCP use cases
Optimizing Delivery Routes
A fulfillment center manager needs to calculate the fastest route for 12 packages going to different zip codes. They ask their agent: 'What is the total time and distance if I start at the warehouse, hitting these 12 addresses?' The agent uses get_distance_matrix, instantly providing a measurable plan that saves hours of manual spreadsheet calculation.
Verifying Client Addresses
A sales team member gets an address from a prospect and needs to confirm it's real and find the exact coordinates. They run 'What are the GPS coordinates for 123 Main Street?' The agent uses geocode_address, immediately validating the location and giving them the necessary data points.
Scheduling Global Meetings
An event organizer is coordinating a panel with speakers in London, Tokyo, and New York. They ask: 'What time zone should I list for all three locations?' The agent uses get_timezone, providing accurate temporal data so the meeting invite makes sense globally.
Building Point-of-Interest Maps
A developer is building a local guide app and needs to populate it with nearby services. They ask: 'Show me all highly-rated Italian restaurants near these coordinates.' The agent uses search_nearby_places, delivering a filtered list of relevant businesses.
Google Maps Platform MCP tradeoffs
What to watch out for, and the recommended way to handle each one.
Assuming address data is enough
The user just passes in two addresses and expects the AI to give them driving directions. This fails because simple text doesn't contain coordinates.
First, run geocode_address on all starting and ending points to get precise GPS coordinates. Then, use get_directions with those coordinates to calculate the route.
Needing a specific business name
The user knows the company 'Acme Corp' but doesn't know its unique Place ID, so they can't fetch details.
First, use find_place_from_text to locate 'Acme Corp' and get its required Place ID. Only then should you run get_place_details using that specific ID.
Handling multiple routes manually
The agent has to call a directions API five separate times, once for each leg of the journey (A->B, B->C, C->D, etc.) and then compile all results.
For multi-stop trips, use get_distance_matrix. This tool handles multiple origins and destinations in one single request, giving you a comprehensive comparison.
When to use Google Maps Platform MCP
Use this MCP if your problem involves physical space: calculating distances, finding addresses, or locating businesses. For instance, if you need to know the best route from point A to point B, use get_directions. If you only have raw GPS numbers and need a street name, use reverse_geocode. Don't use it if your task is purely text manipulation; for example, if you just need to summarize an article or write code without any location context, this MCP won't help. Similarly, if you are building a database that requires type-safe data structures from the coordinates, look into dedicated schema validation tools rather than relying solely on the geography functions.
Frequently asked questions about Google Maps Platform MCP
How do I find coordinates using Google Maps Platform MCP? +
You use geocode_address. You simply provide a physical address string, and the tool returns the precise latitude/longitude coordinates along with a formatted street name.
Can get_distance_matrix handle multiple stops? +
Yes, that's what it's for. It accepts origins and destinations separated by pipes (or lists them) to calculate travel time and distance across many locations at once.
What if I only have GPS coordinates but need a street address? +
You run the reverse_geocode tool. This converts raw latitude/longitude data back into a human-readable, physical address string.
Do I need a Place ID to get business hours? +
Yes, generally you do. You can use find_place_from_text first to locate the place and obtain the necessary unique Place ID before calling get_place_details.
How does Google Maps Platform MCP help with time zones? +
You run get_timezone, passing in coordinates. It immediately tells your agent what time zone is active at that exact point on the map, which is critical for scheduling.