Kyoto, Japan → Osaka, Japan
23 nautical miles · Direction: nearby
The straight-line distance from Kyoto to Osaka is 43 km (27 miles). Osaka lies roughly southwest of Kyoto; the initial great-circle bearing is 215° (SW). It is a domestic route within Japan.
Kyoto (Kansai, Japan) sits at 35.0116°N, 135.7681°E; Osaka (Kansai, Japan) is at 34.6937°N, 135.5023°E. The initial great-circle bearing is 215° (SW); on a great circle the heading changes along the way.
| Mode | Figure | Basis |
|---|---|---|
| ✈️ Flight | ~33 min | Estimate: 800 km/h + 30 min taxi. Not a schedule; total trip time is longer. |
| 🚗 Road | ~56 km · ~42 min | Rough estimate: straight line × 1.3 at 80 km/h. Not live routing. |
| 🚆 Rail | No timetable data | Same landmass, so rail may exist — check an operator. |
Rough road-length estimate for Kyoto to Osaka: about 56 km. This is an estimate, not a routed drive — the actual road distance depends on the road network, crossings and the route chosen.
The geographic halfway point of the great-circle path between Kyoto and Osaka lies at approximately 34.8527°N, 135.6349°E — the position that is an equal 22 km from each city along that path. It is a geometric midpoint, not a halfway point by road.
Kyoto and Osaka both use the Asia/Tokyo time zone, so there is no normal clock difference between them.
All distances from Kyoto · All distances from Osaka
The straight-line distance from Kyoto to Osaka is approximately 43 km (27 miles, 23 nautical miles).
Osaka lies roughly southwest of Kyoto; the initial great-circle bearing is 215° (SW).
Estimated flight time is about 33 min (great-circle distance at 800 km/h plus 30 min for taxi, take-off and landing). It is not an airline schedule, and over such a short distance airport time dominates; total airport-to-airport trip time is longer.
Rough road-length estimate for Kyoto to Osaka: about 56 km. This is an estimate, not a routed drive — the actual road distance depends on the road network, crossings and the route chosen.
Kyoto and Osaka both use the Asia/Tokyo time zone, so there is no normal clock difference between them.
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