Fly Jinnah expands International Network with new Route Connecting Islamabad and Bahrain | InfoZonePK
FlyJinnah-ISBBahrain

Fly Jinnah, Pakistan’s low-cost carrier, has announced the launch of its new non-stop flights between Islamabad and Bahrain, starting from 13 June 2024. The new route will initially start with a frequency of two weekly flights.

Flight Schedule between Islamabad International Airport and Bahrain International Airport, effective 13 June,2024:

Flight 

Departure 

Time 

Arrival 

Time 

Aircraft 

Frequency 

9P 764 

Islamabad 

19:05

Bahrain

20:55 

Airbus A320 

Tuesday/Thursday

9P 765 

Bahrain

21:45 

Islamabad

03:20

Airbus A320 

Tuesday/Thursday

Commenting on the airline’s fourth international route, Fly Jinnah’s spokesperson said: “We are pleased to announce the launch of our third international route from Islamabad to Bahrain, following the successful launch of our international flights linking Islamabad and Lahore to Sharjah, as well as Islamabad to Muscat, Oman. This strategic expansion underscores our dedication to offering our valued customer new options for affordable and value driven air travel domestically and internationally.”

Fly Jinnah remains steadfast in offering convenient and affordable service to its passengers. With its modern fleet of five Airbus A320 aircraft, the airline serves five major cities in Pakistan: Karachi, Lahore, Islamabad, Peshawar, and Quetta. This new route adds to Fly Jinnah’s growing list of international destinations, complementing the existing flight route to Sharjah, UAE.

In addition to the extra comfort provided by the most generous seat-pitch of any economy cabin, the carrier offers affordable and value-driven travel experiences through “SkyCafe” onboard menu where passengers can enjoy a wide variety of delicacies between snacks, sandwiches, and meals at affordable prices. The aircraft is also equipped with “SkyTime”, a free in-flight streaming service that allows passengers to stream a wide selection of entertainment directly to their devices.