Virgin Atlantic has officially launched its second daily direct flight from London Heathrow (LHR) to Mumbai’s Chhatrapati Shivaji Maharaj International Airport (BOM), further expanding its capacity on this popular route. The new service, which took off on October 27, 2024, doubled the airline’s flights between the two cities, reflecting the growing demand for premium travel between London and Mumbai.
With this addition, Virgin Atlantic now operates five daily flights to India, serving Mumbai, Delhi, and Bengaluru. The airline plans to offer close to 1 million seats in India by 2025, marking the country as its largest growth market outside of the United States.
The new service is operated by Virgin Atlantic’s cutting-edge Airbus A350-1000 aircraft, designed to offer passengers an exceptional travel experience across three cabin classes: Upper Class, Premium, and Economy. Upper Class passengers can enjoy fully flat beds, private suites, and the airline’s largest in-flight entertainment screens. Premium travelers benefit from luxurious leather seating, extra storage, and enhanced reclining options, while Economy passengers can relax with seatback entertainment and USB charging ports for added comfort during long-haul flights.
Shivani Singh Deo, Virgin Atlantic’s Country Manager for India, highlighted the importance of the region, stating, “India presents a tremendous opportunity for us, thanks to its dynamic and rapidly growing economy. Mumbai is an essential market for Virgin Atlantic, and we’ve seen significant demand for premium travel experiences. Our second daily flight from London Heathrow to Mumbai underscores our commitment to delivering exceptional service and connectivity for our valued customers in India.”
In addition to enhancing the travel experience, the expanded service is set to boost trade between the UK and India, particularly benefiting industries such as fashion, pharmaceuticals, and technology. The increased cargo capacity on the route will support seamless transport of goods between the two nations.