Distance from Trabzon to Seoul
Straight line
By road
Travel time
Direction
Open in the calculator (stops, directions, fuel cost) → Seoul → Trabzon
How far is Trabzon from Seoul?
Trabzon (Türkiye) and Seoul (South Korea) are very far apart: 7,202 km in a straight line, that is 4,475 miles or 3,889 nautical miles. The distance is measured over the Earth's surface (WGS84 ellipsoid) along the shortest possible path.
By road, Trabzon to Seoul is 9,585 km (5,956 miles), about 123 h 7 min by car on the fastest route, without traffic or stops. The road is 33% longer than the straight line.
From Trabzon, Seoul lies to the north-east (initial bearing 61°). The route crosses from Türkiye into South Korea. The halfway point is at 48.4884°, 84.6936°.
A direct flight would take about 9 h 30 min (800 km/h cruise plus take-off and landing). The road distance and driving time are calculated on the map from OpenStreetMap roads.
Other distances from Trabzon
- Trabzon – Erzurum 179 km
- Trabzon – Elazığ 263 km
- Trabzon – Sivas 269 km
- Trabzon – Samsun 286 km
- Trabzon – Malatya 319 km
- Trabzon – Diyarbakır 346 km
- Trabzon – Batman 367 km
- Trabzon – Adıyaman 381 km
- Trabzon – Yerevan 414 km
Other distances from Seoul
- Seoul – Goyang-si 16 km
- Seoul – Seongnam-si 20 km
- Seoul – Incheon 27 km
- Seoul – Suwon 31 km
- Seoul – Daejeon 140 km
- Seoul – Pyongyang 195 km
- Seoul – Daegu 237 km
- Seoul – Gwangju 268 km
- Seoul – Busan 330 km
Frequently asked questions
How far is Trabzon from Seoul?
By road it is 9,585 km (5,956 miles) from Trabzon to Seoul; in a straight line it is 7,202 km (4,475 miles).
How long is the drive from Trabzon to Seoul?
About 123 h 7 min on the fastest route (9,585 km), without traffic or stops.
In which direction is Seoul from Trabzon?
Seoul is to the north-east of Trabzon, at an initial bearing of 61°.
How long is the flight from Trabzon to Seoul?
A direct flight would take about 9 h 30 min at an average cruising speed of 800 km/h.
How is the distance calculated?
The straight-line distance is computed on the WGS84 ellipsoid with the Vincenty formula, accurate to the metre. The road distance comes from OpenStreetMap roads.