What's Happening?
Royal Air Maroc has announced plans to launch flights between Casablanca and Los Angeles, marking a significant milestone for Los Angeles International Airport (LAX). The airline has requested permission from the Department of Transportation to begin
these flights in June 2026, utilizing Boeing 787 aircraft. This new route will connect LAX to Africa, allowing the airport to offer nonstop passenger service to all six continents. Currently, Royal Air Maroc serves Miami, New York, and Washington in the United States. The airline's fleet includes five Boeing 787-8s and six Boeing 787-9s, and it is expected that some existing routes may be adjusted to accommodate this new service. The timing of the launch coincides with the 2026 FIFA World Cup, potentially increasing demand for travel to Los Angeles.
Why It's Important?
The introduction of flights from Casablanca to Los Angeles by Royal Air Maroc is significant for several reasons. Firstly, it enhances LAX's status as a global hub, offering direct connections to all six continents, which is a rare achievement for any airport. This expansion could boost tourism and business travel between the U.S. and Africa, fostering economic ties. Additionally, the timing aligns with the 2026 FIFA World Cup, potentially increasing passenger traffic and economic activity in Los Angeles. For Royal Air Maroc, this route represents an opportunity to capitalize on its low-cost structure and expand its market presence in the U.S., despite the challenges posed by its limited fleet size.
What's Next?
As Royal Air Maroc awaits regulatory approval, the airline will begin marketing and selling tickets for the new route. The airline may need to adjust its existing services to accommodate the new flights, given its small fleet. Additionally, LAX will prepare to handle increased passenger traffic and logistical demands associated with the new connection to Africa. The launch of this route could prompt other airlines to consider similar expansions, further enhancing LAX's global connectivity.
