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Cheap flights from Bandar Seri Begawan · 231 US$

18 destinations · from 231 USD

The whole world, sorted by price →We search 100+ flight sites
Best priceKuala Lumpur✓ Direct flight231 US$Jakarta✓ Direct flight261 US$Hong Kong✓ Direct flight366 US$TaipeiStops402 US$Singapore✓ Direct flight453 US$SeoulStops461 US$Surabaya✓ Direct flight475 US$HyderabadStops693 US$DhakaStops718 US$TokyoStops746 US$GuangzhouStops805 US$KathmanduStops897 US$IstanbulStops977 US$LondonStops1082 US$MoscowStops1146 US$Saint PetersburgStops1223 US$AucklandStops1588 US$ConakryStops1918 US$

Flying from Bandar Seri Begawan

From Bandar Seri Begawan (BWN) we find flights to 18 destinations across 16 countries, departing Brunei. The lowest price we see right now is $231 to Kuala Lumpur (~2h 24m, direct).

5 of the 18 destinations have a direct flight from Bandar Seri Begawan. The longest direct route is Hong Kong (~2h 58m).

By region — Asia: 12 destinations from $231, Europe: 4 destinations from $977, Oceania: 1 destination from $1,588 and Africa: 1 destination from $1,918.

Direct flights from Bandar Seri Begawan

Kuala Lumpur$231~2h 24mJakarta$261~2h 28mHong Kong$366~2h 58mSingapore$453~2h 10mSurabaya$475~2h 17m

Destinations by region

Asia12$231
Europe4$977
Oceania1$1,588
Africa1$1,918

FAQ

How many destinations can you fly to from Bandar Seri Begawan?

We find flights from Bandar Seri Begawan (BWN) to 18 destinations across 16 countries, 5 of them direct.

What is the cheapest flight from Bandar Seri Begawan?

Right now the lowest price is $231 to Kuala Lumpur. Prices change daily, so it pays to compare before booking.

Are there direct flights from Bandar Seri Begawan?

Yes. 5 of the 18 destinations have a direct flight; the longest is Hong Kong (~2h 58m).

How long is the flight from Bandar Seri Begawan to Kuala Lumpur?

About 2h 24m non-stop. This is an estimate from great-circle distance; actual time depends on routing and aircraft.

Prices are the lowest our partners found recently and change daily — treat them as a reference. Durations are approximate, estimated from great-circle distance.