Find Latitude and Longitude of Any Location

What latitude and longitude actually are

Latitude is the angular distance north or south of the equator, from −90° at the South Pole to +90° at the North Pole. Longitude is the angular distance east or west of the prime meridian, from −180° to +180°.

Together they form a global addressing system that uniquely locates any point on Earth's surface. The grid below shows how the two coordinates intersect.

The deep treatment is at /learn/what-is-latitude-and-longitude — one of eight pillar articles on coordinate fundamentals. Companion pieces: what is latitude, what is longitude, and the equator / the prime meridian for the two reference lines.

The six coordinate formats — same point, six notations

A coordinate isn't one thing. There are six common notations in everyday use; each is correct, each has different precision and different use cases. The Empire State Building's lobby door — Coordinately's canonical example — looks like this in every format:

For inline format conversion, the coordinate format converter takes any one notation and renders the same point in all six. See /reference/coordinate-format-cheatsheet for a printable single-page comparison.

Four hubs — find what you need

The rest of Coordinately is organised into four hubs. Whichever one you start with, every page cross-links to the others.

• Tools (18)

  Calculators and converters: distance, bearing, midpoint, geocoding, elevation, magnetic declination, sun position, time zone, format conversion. All free.

• Learn (139 articles)

  Foundational explainers — what latitude/longitude are, how GPS works, what a datum is, why projections distort area. Eight pillar articles plus 131 supporting pieces.

• Guides

  Step-by-step how-to material for working with coordinates in real-world tasks. Currently a curated landing page over the how-to articles in /learn.

• Reference

  Curated datasets — coordinate-format cheatsheet, WGS-84 parameters, geodetic constants. Licensed CC BY 4.0.

Ten ways people use coordinates

A coordinate is the geometric primitive behind every location-aware workflow on the modern internet. The ten cases below are paired with real coordinates you can paste into the finder above — and the right deeper tool for each task.

1. Hiking, backpacking, mountaineering

GPS-recorded summit coordinates feed trip-planning apps (Gaia GPS, CalTopo, AllTrails). Mt Whitney summit: 36.5786, -118.2920. Pair with /tools/elevationfor rooftop-accurate USGS 3DEP elevation (4,418 m), and /tools/magnetic-declination for the compass declination correction.

2. Journalism & fact-checking

Geographically anchoring an event needs coordinates with provenance. The 2019 Notre Dame fire occurred at the cathedral: 48.8530, 2.3499. For a published article, the right companion tool is /tools/coordinates-to-address for the Mapbox-confidence-aware address; see /editorial-policy for the source-tier rules.

3. Academic research & field observations

Ecology, archaeology, geology — every field discipline records observation coordinates. The Galápagos research station: -0.7395, -90.3132. For citation, see /learn/wgs84-explained (the reference frame every GPS broadcasts in) and /learn/precision-vs-accuracy-in-coordinates for how many decimal places to publish.

4. Real estate & property data

MLS feeds embed coordinates with every listing. The Brooklyn Bridge Park lookout: 40.7011, -73.9969. Companion: /tools/address-to-coordinates (forward geocoding with confidence bands) and /learn/geocoding-accuracy-levels for what rooftop / parcel / street-centerline precision tiers mean.

5. Drone pilots & UAV flight planning

Pre-flight planning embeds waypoints as coordinates. A coastal training site near Half Moon Bay: 37.5028, -122.4942. Use /tools/elevation for terrain clearance (above-ground-level math), /tools/distance-calculator for inter-waypoint range, and /tools/magnetic-declination for autopilot compass calibration.

6. Photography & geotagged metadata

Cameras and phones embed coordinates in EXIF (JEITA CP-3451). Half Dome viewpoint, Yosemite Glacier Point: 37.7305, -119.5740. Companion: /tools/sun-position for golden-hour planning at a specific lat/lon and time.

7. Marine sailing & navigation waypoints

Long-distance passages are planned as a chain of great-circle waypoints. Cape of Good Hope waypoint: -34.3568, 18.4740. Use /tools/distance-calculator for Vincenty distance, /tools/bearing-calculator for initial / final compass headings, and /learn/great-circle-distance for the underlying math.

8. Aviation flight planning

Airports identify by IATA / ICAO codes that map to coordinates. JFK's nominal centroid: 40.6413, -73.7781. Use /tools/bearing-calculator for runway alignment headings; see /learn/how-gps-works for the underlying GPS receiver math.

9. Cycling, running, GPX route uploads

Strava, Garmin Connect, and every fitness platform consume GPX files that are essentially chains of coordinates. Boulder Creek path west trailhead: 40.0150, -105.2705. Companion: /tools/distance-calculator for cumulative distance and /tools/elevation for climbing profile.

10. Geocaching & orienteering

Geocaches are coordinates published as a puzzle. A famous Coordinately-canonical cache (the geographic center of the contiguous US): 39.8333, -98.5833. Use /tools/coordinate-converter to translate between formats (geocaches often use DDM); see /learn/how-to-read-coordinates for visual decoding rules.

Where to start by intent

• I have a coordinate and want to do something with it

  Convert formats, find an address, look up elevation, compute distance to another point. The tool catalogue starts at /tools.

• I want to understand how coordinates work

  Start with the pillar article on latitude and longitude, then follow links to the seven other pillars.

• I have a specific real-world task

  How to read coordinates, how to write coordinates, how to convert between formats — the guides hub is task-oriented.

• I need a reference dataset

  The coordinate format cheatsheet, WGS-84 parameters, and other authoritative tables — all CC BY 4.0.

• I want to verify the editorial approach first

  How Coordinately sources, verifies, and cites — the source-tier rules and what is forbidden as a citation.

• I want to know who is behind this

  Author identity, funding model, editorial principles, and how to reach me with corrections.

How the finder works

The tool runs entirely client-side once the map loads. The pin coordinates are processed in your browser; the address autocomplete uses a server-side Mapbox proxy with Cache-Control: no-store per Mapbox ToS §19.2. Browser geolocation is button-triggered and never automatic.

The coordinate panel converts the pinned point through six formats using formulas implemented directly from primary sources — Snyder for UTM, the NGA MGRS standard for MGRS, and Google's Open Location Code spec for Plus Codes. No third-party geocoding library is involved for the math.

Accuracy

Decimal-degree precision at six decimal places corresponds to about 11 cm at the equator (narrower at higher latitudes). UTM and MGRS readouts are rounded to whole metres. Plus Codes at the default length of 10 describe a roughly 14 m × 14 m cell.

For a fuller treatment of accuracy expectations — including how smartphone GPS, address geocoding, and elevation services compare — see /accuracy. The underlying article /learn/precision-vs-accuracy-in-coordinates covers the NIST distinction between recorded resolution and closeness to truth.

Privacy & data flow

Coordinately stores nothing about your activity beyond the aggregate page-view counts that Google Analytics 4 collects. The finder runs in your browser; the address autocomplete and the nearest-place / elevation lookups in the report are server-side proxies (/api/geocode/suggest, /api/geocode/reverse, /api/elevation) with Cache-Control: no-store — no caching, no logging, no retention. Full disclosure of cookies and how to opt out lives in the privacy policy and cookie policy.