How to Find Coordinates on Google Maps (Latitude & Longitude)

Google Maps stores every point on Earth using geographic coordinates — a pair of numbers representing latitude and longitude. Most users never see these numbers, but they're quietly powering every search, pin drop, and navigation route. Knowing how to surface them opens up a surprisingly practical set of use cases, from sharing a precise campsite location to troubleshooting a GPS device.

What Coordinates Actually Mean

Latitude measures how far north or south a location is from the equator, expressed as a number between -90 and 90. Longitude measures how far east or west a point is from the Prime Meridian, expressed between -180 and 180.

Together, they look like this: 40.748817, -73.985428 — which happens to be the Empire State Building. The format Google Maps uses by default is decimal degrees (DD), which is the modern standard. You may also encounter degrees, minutes, seconds (DMS) — like 40°44'55.7"N 73°59'7.5"W — in older maps, surveying tools, and some GPS hardware.

How to Find Coordinates on Google Maps — Desktop

Using a right-click:

1. Open Google Maps in your browser
2. Navigate to any location — zoom in for more precision
3. Right-click directly on the spot you want coordinates for
4. A context menu appears; the first item shows the coordinates
5. Click the coordinates to copy them to your clipboard

That's it. The copied value will be in decimal degrees format, ready to paste anywhere.

Using the search bar: If you already have coordinates and want to verify or find a location, paste them directly into the Google Maps search bar. Maps will drop a pin at that exact point.

How to Find Coordinates on Google Maps — Mobile (iOS & Android)

The mobile process is slightly different because there's no right-click:

1. Open the Google Maps app
2. Find the location you want — pan and zoom as needed
3. Tap and hold (long press) on the exact spot on the map
4. A red pin drops, and a card appears at the bottom of the screen
5. The coordinates are displayed in that bottom card
6. Tap the coordinates or the card to open a full detail view where you can copy or share them 📍

One thing to know: on mobile, the precision of where you long-press matters more than on desktop. Zooming in before pressing gives you a more accurate coordinate pair.

Finding Coordinates for a Named Place vs. an Unnamed Point

There's a meaningful difference between these two scenarios:

Named places (businesses, landmarks, addresses): Right-clicking or long-pressing near a labeled location will still give coordinates, but Google may snap the pin to the building's recorded centroid rather than your exact tap point. For well-documented locations, this is usually the most accurate result.

Unnamed or remote points (trails, fields, water access points): Here you're entirely dependent on where you tap or click. Satellite view can help — switch to it using the layer toggle in the bottom-left corner on desktop, or the layers icon on mobile. Satellite imagery lets you align your pin to a physical feature rather than guessing on a road map.

Coordinate Formats: What You'll Get and What Different Tools Expect

Google Maps outputs decimal degrees only. If you need a different format for a GPS receiver, surveying tool, or another mapping platform, you'll need a coordinate converter — several free ones exist online, and some GPS apps handle the conversion automatically.

Sharing Coordinates vs. Sharing a Link 🗺️

Copying raw coordinates gives you a string of numbers that's precise but not always user-friendly. Google Maps also lets you share a direct link to a pinned location — this embeds the coordinates in a URL and opens the exact spot for anyone who clicks it.

Both methods work, but they serve different audiences:

• Coordinates are better when the recipient is entering them into a GPS device, another mapping app, or a database
• Shared links work better when you're texting someone who just needs to navigate there from their phone

Variables That Affect Your Results

A few factors shift how useful or accurate the coordinates you pull will be:

Zoom level — The closer you've zoomed in before right-clicking or long-pressing, the more precisely your tap maps to a real-world point. At low zoom, a single pixel on screen can represent hundreds of meters.

Map type vs. satellite view — Standard map view shows roads and labels, which can visually shift where you think you're clicking relative to physical features. Satellite view reduces that ambiguity for outdoor or off-road use cases.

Device and app version — The mobile app's long-press behavior has been updated multiple times. On older app versions, the coordinate display location in the UI differs. If the bottom card doesn't appear, check whether your app is current.

GPS vs. map-dropped coordinates — If you're pulling coordinates from your own live location (the blue dot), that reflects your device's GPS reading, which varies in accuracy depending on signal strength, whether you're indoors, and whether your device uses GPS alone or assisted location via Wi-Fi and cell towers.

How precise you need those numbers — and what you plan to do with them — shapes which approach actually fits your situation.