HYD
Hyderabad
India
2,170 km
1,348 miles
OAI
Bagram
Afghanistan
Distance
2,170 km
1,348 mi / 1,172 nm
Est. Flight Time
4h
Medium-haul route
Time Difference
-1h
Asia/Kolkata
Heading
337°
north northwest

Airport Comparison

HYD OAI
Airport Name Rajiv Gandhi International Airport Shamshabad Bagram Air Base
IATA Code HYD OAI
ICAO Code VOHS OAIX
City Hyderabad Bagram
Country India Afghanistan
Timezone Asia/Kolkata Asia/Kabul
Elevation 2,024 ft 4,895 ft
Coordinates 17.230000, 78.430000 34.950000, 69.270000

Hyderabad (HYD) to Bagram (OAI) Flight Distance

The flight distance from Rajiv Gandhi International Airport Shamshabad (HYD) in Hyderabad, India to Bagram Air Base (OAI) in Bagram, Afghanistan is 2,170 kilometers (1,348 miles / 1,172 nautical miles). The estimated flight time for this route is approximately 4h, flying north northwest at a heading of 337°.

This is a medium-haul route that may be operated by either narrow-body or wide-body aircraft depending on demand. Passengers can expect a meal service on most carriers.

This is an international route connecting India with Afghanistan. Travelers should check visa requirements, customs regulations, and any travel advisories before booking.

Time zone information: When it's 20:30 in Hyderabad, it's 19:30 in Bagram.

There is a significant elevation difference of 2,871 feet between the two airports. Bagram Air Base sits higher than Rajiv Gandhi International Airport Shamshabad.

The return flight from Bagram (OAI) to Hyderabad (HYD) follows a heading of 153° (south southeast). Actual flight times may vary depending on wind conditions, air traffic, and the specific aircraft used.

For more information about these airports, visit the Rajiv Gandhi International Airport Shamshabad (HYD) and Bagram Air Base (OAI) detail pages, or use our flight duration calculator to compare other routes.

Calculate Flight Time Between Airports

Use our flight time calculator to find distances and estimated flight travel times between cities. Calculate flight duration for any airport pair worldwide.