Spin the globe to a random place on Earth -- 127 curated real locations with coordinates and why they matter, or flip on true random coordinates for a genuinely uniform point on the sphere.
This generator spins a globe to a random point on Earth and draws it: 127 curated real places across five kinds -- Remote & Extreme, Natural Wonders, Ancient & Sacred, Cities & Landmarks, and Strange & Surprising -- each with its coordinates and one line on why it's worth knowing. Flip on True random coordinates and it draws a genuinely uniform point on the sphere instead, ocean included.
Every result here is drawn using crypto.getRandomValues() -- the Web Crypto API's cryptographically secure randomness -- instead of Math.random(), so it's genuinely unpredictable, not just statistically random. Learn more.
Pick somewhere to read about tonight, find a travel shortlist you'd never have assembled yourself, run a geography warm-up or quiz round, seed a story with a real setting, or settle an argument about where the middle of nowhere actually is (Point Nemo, 48.9° S).
In the default mode, Generate draws one of the curated places using the site's cryptographically secure randomness and spins the globe so that point sits dead centre. The globe is drawn from Natural Earth coastline data and re-projected on every draw -- no map service, no network, nothing tracked. With True random coordinates on, the draw instead picks a uniformly random point on the sphere.
A sample of what this generator can draw, spread evenly across the full list:
Yes -- the coastlines come from Natural Earth's public-domain 110m dataset, projected orthographically onto the sphere and re-drawn centred on each new point. Nothing is fetched from a map service; the outline data ships with the page.
Picking a random latitude and longitude directly would bunch results near the poles, because lines of longitude converge there. The true-random mode instead draws latitude as arcsine(2u-1), which spreads points evenly over the sphere's surface -- so roughly 71% land in ocean, as they should.
Point Nemo, the oceanic pole of inaccessibility at 48.9° S, 123.4° W -- it is 2,688 km from the nearest land, so the closest humans are usually the crew of the ISS passing overhead.
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