GPS Coordinates Finder
Find the latitude and longitude of any place: click the map, search an address, or use your current location. Copy decimal degrees or DMS, with WGS84, GCJ-02, and BD-09 for China maps.
How to find GPS coordinates on the map
- 1
Click the map
Click any point and the marker and result panel update together. This works well when you can see the area and want to place a point on a specific road or building.
- 2
Search a place
Type a city, street, building, or landmark and pick the correct match. Check the address and marker when several places share a name.
- 3
Use my location
Select My location and allow browser access to see your current latitude and longitude, with the accuracy estimate reported by your device.
- 4
Copy the coordinates
Copy decimal degrees or DMS, switch between latitude-first and longitude-first, or share a link to the exact point.
How to get coordinates from Google Maps
- On a computer, right-click a place on Google Maps. The latitude and longitude appear at the top of the menu; click them to copy.
- On the Google Maps app for Android or iPhone, touch and hold a spot to drop a pin. The coordinates appear in the search box or the place card.
- Google Maps shows latitude first in decimal degrees, for example 48.858370, 2.294481. Paste it into the finder above to check the point or convert it to DMS.
How to find your coordinates on iPhone and Android
- iPhone: open Apple Maps, touch and hold to drop a pin, then swipe up on the place card to see the latitude and longitude. The Compass app also shows your current coordinates at the bottom of the screen.
- Android: open Google Maps, touch and hold to drop a pin, and read the coordinates in the search box.
- Any phone: open this page, select My location, and allow location access to see and copy your coordinates in one place.
Decimal degrees, DMS, and coordinate order
Decimal degrees (DD) such as 31.230416, 121.473701 are the most common format for maps and apps. Degrees, minutes, seconds (DMS) splits each degree into 60 minutes and each minute into 60 seconds; the same point is 31°13'49.50"N, 121°28'25.32"E. To convert DMS to decimal, use degrees + minutes ÷ 60 + seconds ÷ 3600. GPS devices and Google Maps list latitude first, while GeoJSON and many developer APIs list longitude first, so check the order your destination expects. For UTM, MGRS, and other formats, use the Coordinate Converter.
Open the Coordinate Converter →Copy, share, and understand accuracy
Copy one coordinate system or all three, and change the order before copying if your destination expects a different convention. A share link keeps the selected point and map view so another person can review it. A clicked point reflects your selection, device location reflects an estimate, and a searched place depends on the place record that matched your query. Indoor use, network conditions, device sensors, and permission settings all affect device location. Use the results for everyday map markers, address checks, and data preparation, not for surveying, legal boundary decisions, or safety-critical navigation.
Coordinates in China: WGS84, GCJ-02, and BD-09
Outside China, WGS84 is all you need. Inside mainland China, Chinese map apps use offset coordinate systems: Amap and Tencent Maps use GCJ-02 (Mars coordinates) and Baidu Maps uses BD-09. That is why a GPS point can appear a few hundred meters off on a Chinese map. The finder shows all three values for the selected point so you can copy the one your destination map expects. Map behavior around Hong Kong, Macau, Taiwan, and boundary areas can vary by product, so verify the point on the destination map.
| Map or data source | Coordinate system |
|---|---|
| GPS devices, raw phone location, photo EXIF | WGS84 |
| Google Earth, OpenStreetMap | WGS84 |
| Google Maps (mainland China road map) | GCJ-02 (satellite imagery is WGS84, so the layers misalign) |
| Apple Maps (mainland China) | GCJ-02 (map data provided by Amap/AutoNavi) |
| Amap (Gaode), Tencent Maps | GCJ-02 (Mars coordinates) |
| Baidu Maps | BD-09 (lat/lng) / BD-09MC (meters) |
| Tianditu | CGCS2000 (close to WGS84 for web markers) |