My Coordinates

Show latitude, longitude, accuracy, DMS, UTM, Geohash, and map links without sending the coordinates to WebToolArc.

Permission not requestedYour browser will ask for geolocation permission only after you press the button.

—Accuracy radius

—DMS

—UTM

—Geohash

Map links appear after permissionWebToolArc does not need a geocoding API for this tool.

The page uses the browser Geolocation API. The coordinates are displayed and transformed locally by this page; WebToolArc does not need to send them to a location database. Your browser or operating system controls the permission and underlying location source.

Keep coordinate conventions explicit

Latitude/longitude order, hemisphere, datum and precision can all change the interpreted location. WebToolArc keeps WGS84 assumptions visible and separates conversion math from geocoding.

Verify before reuse

A formatted coordinate can look plausible while being swapped, rounded too aggressively or interpreted in the wrong system. Decode or open a map link before importing important points elsewhere.

What the browser location represents

The browser Geolocation API can combine signals such as GPS, Wi-Fi, cellular, and operating-system location services. The reported latitude and longitude therefore come with an accuracy estimate and should not be treated as survey-grade coordinates. Permission can be denied, unavailable, or intentionally approximate.

Verify before using the coordinates

Compare the reported accuracy radius and map position with a known location before relying on the result. Indoor environments, VPNs, desktop devices without GPS, disabled location services, and stale system estimates can all affect the reading. This page requests the browser-provided position only; it does not prove ownership of a location or replace emergency, navigation, cadastral, or professional surveying systems.

Use this result with confidence

Accuracy radius matters alongside latitude and longitude

Browser geolocation may come from GPS, Wi-Fi, cellular networks, or other operating-system sources. The reported accuracy radius provides important context for how precisely the returned point represents the device location. Six decimal places can look extremely precise even when the underlying accuracy is tens or hundreds of metres, so preserve the accuracy estimate when the coordinate will be reused.

Coordinate format is not the same as datum

Decimal degrees, DMS, UTM, and Geohash are different representations, while the geodetic datum defines the reference model underneath the coordinates. Browser location is commonly treated as WGS84-compatible for web mapping, but a surveying, engineering, or legacy GIS workflow may use another datum. Confirm the destination’s expectation before importing a point.

Map links are a useful round-trip check

After converting or copying coordinates, opening the point in more than one map can reveal a swapped latitude/longitude pair, hemisphere sign error, or transcription mistake. Visual verification is especially useful before sharing a meeting location or importing coordinates into another system. A map agreement does not improve the original sensor accuracy; it only checks the interpretation.

Location permission remains under browser control

The page requests geolocation only after the location button is pressed, while the browser or operating system decides whether permission is granted and which location source is used. Avoid sharing coordinates publicly unless that disclosure is intentional. For property boundaries, navigation safety, or surveying, use the appropriate authoritative data and equipment rather than a general browser location reading.