Salamair Receives Second A320neo Aircraft

Taking passenger comfort to new heights, Omani homegrown airline SalamAir has received a brand-new Airbus A32neo aircraft, the second of this model in the airline’s fleet. With their wider aisles, wider seats, more stowage space and unbeatable fuel efficiency, the new A320neo is custom-built for SalamAir and can comfortably accommodate 180 guests. The newest addition, which will join the airline’s existing Airbus A320neo, are part of SalamAir’s extensive expansion strategy.

Captain Mohamed Ahmed, CEO of SalamAir said, “We are thrilled to be one of the first airlines in the region to take receipt of the much sought-after A320neo aircraft. This new aircraft means we are opening the skies for more guests and meeting the growing demand for convenient, pocket-friendly travel options in the region. We are also expecting another A320neo aircraft delivery in June. This aircraft which offers unbelievable efficiency will help us achieve our goal of offering even more destinations to our guests, our aim being to reach 60 destinations.”

The new A320neos will sport SalamAir’s easily recognisable logo along with its green and blue colours representing the Sultanate’s landscape and the sea. The A320neo has a host of benefits including 20% fuel burn reduction per seat and 14% lower cash operating costs per seat. With nearly 50% reduction in noise footprint, its quieter engine enhances guests’ comfort. Four more A320neos are set to be delivered later this year, bringing the total number of A320neos in the airline’s fleet to six.

Today, the SalamAir network operates to 20 destinations. Current routes include Muscat, Salalah, Suhar, Dubai, Doha, Jeddah, Karachi, Multan, Sialkot, Shiraz, Kathmandu, Khartoum, Dhaka, Alexandria, Riyadh, Kuwait, and Abu-Dhabi, in addition, to the recently launched destinations Tehran, Istanbul and Trabzon. Additional passenger services to compliment the customer experience on the home-grown airline include options for extra luggage, and seat and meal selection.