
Etihad Airways is charting new territory in the United States, announcing non-stop flights between Abu Dhabi and Charlotte, North Carolina, set to launch on May 4, 2026. The move marks Charlotte as Etihad’s sixth U.S. destination, joining the airline’s growing American network alongside New York, Chicago, Washington, Boston, and Atlantaa.
This new service makes Etihad the first airline from the Gulf region to connect directly to Charlotte, a city rapidly emerging as a powerhouse in finance, technology, and culture. The four-times-weekly route will be operated by Etihad’s flagship Boeing 787 Dreamliner, renowned for its comfort and efficiency in both Business and Economy cabins.
“Charlotte represents a strategic addition to our U.S. network, unlocking direct access to one of the country’s most dynamic and fast-growing regions,” said Antonoaldo Neves, CEO of Etihad Airways. “We’re excited to be the first airline from our region to serve this market, and we look forward to connecting more travellers to Abu Dhabi and beyond”.
Charlotte Douglas International Airport, already one of the world’s busiest and ranked sixth globally for aircraft movements in 2024, will now offer travelers a direct gateway to the Middle East, Indian Subcontinent, and Asia via Abu Dhabi. The schedule is designed for smooth onward connections, with morning departures from Abu Dhabi and midday returns from Charlotte.
The announcement comes on the heels of Etihad’s major order for 28 new wide-body Boeing aircraft, part of a long-term strategy to double the airline’s size by 2030 and meet rising global travel demand. Passengers flying to the U.S. will also benefit from U.S. Customs and Border Protection Preclearance at Abu Dhabi’s Zayed International Airport, allowing them to arrive in Charlotte as domestic passengers for a faster, smoother entry experience.
With this expansion, Etihad is not just adding a new route—it’s opening the door for business and leisure travelers across the Southeast to experience the UAE’s renowned hospitality and global connectivity.