Cities near Pierrelatte

Pierrelatte is at (44.3755°, 4.7031°). Showing cities within the selected radius, sorted by distance.

Start typing to see suggestions

Radius :
Min. pop. :

Map

The dashed circle shows the selected radius. Click a marker for details.

Latitude: 44.3755° Longitude: 4.7031° Population: 12,691 Timezone: Europe/Paris
Link copied!

Nearby cities 42 cities found

City Country Distance Population
Bollène France 11.1 km 14,703
Pont-Saint-Esprit France 13.9 km 10,002
Montélimar France 20.3 km 35,637
Valréas France 22.9 km 10,211
Bagnols-sur-Cèze France 24.6 km 19,640
Orange France 27.7 km 30,530
Aubenas France 36.8 km 13,134
Sorgues France 42.8 km 18,681
Monteux France 44.4 km 10,828
Carpentras France 45.0 km 29,709
Villeneuve-lès-Avignon France 45.9 km 13,451
Le Pontet France 47.7 km 16,182
Avignon France 48.2 km 89,769
Pernes-les-Fontaines France 50.7 km 10,868
Montfavet France 51.0 km 14,000
Châteaurenard France 56.2 km 14,205
Alès France 56.9 km 42,410
L'Isle-sur-la-Sorgue France 57.8 km 16,968
Beaucaire France 63.3 km 14,766
Valence France 63.3 km 63,864
Tarascon France 63.4 km 14,735
Guilherand-Granges France 63.4 km 11,365
Bourg-lès-Valence France 65.3 km 19,770
Nîmes France 66.0 km 148,236
Cavaillon France 66.1 km 26,689
Saint-Rémy-de-Provence France 66.1 km 10,562
Tournon-sur-Rhône France 77.5 km 10,571
Arles France 77.9 km 53,431
Bourg-de-Péage France 77.9 km 10,090
Apt France 78.4 km 11,609
Romans-sur-Isère France 80.3 km 35,002
Saint-Gilles France 80.7 km 13,231
Saint-Martin-de-Crau France 82.3 km 11,555
Vauvert France 83.1 km 10,798
Salon-de-Provence France 87.3 km 41,397
Lunel France 89.9 km 26,588
Miramas France 91.1 km 24,173
Annonay France 96.2 km 18,423
Mende France 96.9 km 14,837
Le Puy-en-Velay France 98.5 km 22,718
Istres France 98.5 km 44,373
Pertuis France 99.1 km 19,926

What is this tool?

The Cities Near tool lets you explore all populated places within a chosen radius of any city in the world. Enter a city, pick a radius (50, 100, 200, or 500 km), and get an instant interactive map and ranked list — sorted from closest to farthest.

This is useful for trip planning, geography research, or simply satisfying your curiosity about what lies around a given city. The underlying dataset comes from GeoNames and covers 70,000+ populated places worldwide.

How does the distance calculation work?

Distances are calculated using the Haversine formula, which gives the great-circle distance between two points on a sphere — the shortest path over the Earth's surface. The result is accurate to within a few kilometres for most city pairs. Note that the Haversine formula assumes a perfectly spherical Earth; the true Earth is slightly flattened, so very long distances may differ by up to 0.5% from the exact geodetic distance.

Cities near famous places

  • Within 100 km of Paris: Versailles, Chartres, Reims, Rouen — all classic day-trip destinations.
  • Within 200 km of Tokyo: Yokohama, Kawasaki, Sagamihara, Chiba, Shizuoka — the vast Kantō metropolitan area.
  • Within 500 km of Istanbul: Ankara, Bursa, Thessaloniki, Sofia, Izmir — crossing into three countries.

Frequently Asked Questions

What is the maximum radius I can search?

The tool offers radii of 50, 100, 200, and 500 km. For reference, a 500 km radius around Paris would cover most of France plus parts of Belgium, Germany, and Switzerland. Use the minimum population filter to narrow down the results to cities of the size you care about.

How is distance measured — straight line or road distance?

The distance shown is the straight-line great-circle distance (as the crow flies), not the road distance. Road distances are always longer due to routes, terrain, and urban layouts. This tool is intended for geographic exploration, not navigation.

What data source is used?

City data comes from the GeoNames geographical database, which aggregates official government sources worldwide. It includes name, coordinates, population, country, and timezone for over 70,000 populated places. Coordinates are accurate to 4–6 decimal places.


Send your feedback