Rome, Italy → Dubrovnik, Croatia
253 nautical miles · Direction: east
The straight-line distance from Rome to Dubrovnik is 468 km (291 miles). Dubrovnik lies roughly east-northeast of Rome; the initial great-circle bearing is 78° (ENE). It is an international route from Italy to Croatia.
Rome (Lazio, Italy) sits at 41.9028°N, 12.4964°E; Dubrovnik (Dubrovnik-Neretva, Croatia) is at 42.6507°N, 18.0944°E. The initial great-circle bearing is 78° (ENE); on a great circle the heading changes along the way.
| Mode | Figure | Basis |
|---|---|---|
| ✈️ Flight | ~1h 5min | Estimate: 800 km/h + 30 min taxi. Not a schedule; total trip time is longer. |
| 🚗 Road | No estimate | Water crossing on the direct line |
The straight-line path from Rome to Dubrovnik crosses water. Actual surface options depend on bridges, tunnels, ferries or rail links, so SnapDistance publishes no road-length estimate for this pair.
The geographic halfway point of the great-circle path between Rome and Dubrovnik lies at approximately 42.3108°N, 15.2788°E — the position that is an equal 234 km from each city along that path. It is a geometric midpoint, not a halfway point by road.
Rome (Europe/Rome) and Dubrovnik (Europe/Zagreb) use different time-zone IDs but keep the same clock time all year under current rules.
Both cities use the Euro (EUR). The primary language changes from Italian in Rome to Croatian in Dubrovnik.
The straight-line distance from Rome to Dubrovnik is approximately 468 km (291 miles, 253 nautical miles).
Dubrovnik lies roughly east-northeast of Rome; the initial great-circle bearing is 78° (ENE).
Estimated flight time is about 1h 5min (great-circle distance at 800 km/h plus 30 min for taxi, take-off and landing). It is not an airline schedule; total airport-to-airport trip time is longer.
The straight-line path from Rome to Dubrovnik crosses water. Actual surface options depend on bridges, tunnels, ferries or rail links, so SnapDistance publishes no road-length estimate for this pair.
Rome (Europe/Rome) and Dubrovnik (Europe/Zagreb) use different time-zone IDs but keep the same clock time all year under current rules.
Straight-line distance uses the great-circle (Haversine) method. Flight and road figures, where shown, are estimates rather than schedules or live routing. How SnapDistance calculates distances