Emirates Is Quietly Ripping Viasat Off Its New Airbus A350s To Standardize On Starlink

Published Jul 30, 2026, 1:00 PM EDT Journalist - Steven has a varied background in communications, and it was this passion for writing combined with his in-depth knowledge of the aviation industry that led him to Simple Flying. A keen linguist, he also has experience in translation and interpreting. Based in Palma, Spain Emirates’ rapid adoption of Starlink has become one of the biggest connectivity stories in commercial aviation, but the headline achievement is not simply that more than one million passengers have connected to Wi-Fi in the sky. The more revealing development is the quiet engineering shift taking place behind the scenes, as the carrier, based at Dubai International Airport (DXB), moves away from traditional satellite connectivity systems. Instead, it is working toward a single low Earth orbit architecture across its future widebody fleet. The clearest sign of this change is the decision by Emirates to replace Viasat connectivity equipment on incoming Airbus A350-900 aircraft with Starlink hardware, allowing the airline to standardize its approach rather than operate different satellite solutions across its fleet. The Boeing 777-300ER and Airbus A380 installations have attracted attention because of their speed and scale. However, the A380’s unusual three-antenna setup shows just how far airlines are willing to go to overcome the limitations of older satellite technology. More Than A Million Connections Credit: Emirates, Simple Flying Emirates announced that passengers had logged more than one million Starlink Wi-Fi connections and consumed over one petabyte of data within seven months of the service beginning its rollout. Those figures represent a major shift in expectations for onboard connectivity, particularly because passengers are increasingly treating aircraft internet access as an essential service rather than a premium extra. The milestone demonstrates the level of demand created when high-speed internet is offered without traditional restrictions. Emirates has made Starlink connectivity available across cabins on equipped aircraft, creating a very different passenger experience compared with older systems that often required payment, imposed data limits, or struggled with basic browsing speeds. At present, Starlink is active on 33 Boeing 777-300ER aircraft and three Airbus A380s. More than 60 Starlink-equipped flights operate every day to and from the carrier's hub at Dubai International Airport. Emirates plans to expand the technology to 232 aircraft by the middle of 2027, creating one of the largest international widebody Starlink fleets in the world. However, the impressive passenger numbers only tell part of the story. The real significance lies in how Emirates has adapted the technology to different aircraft designs, especially the massive Airbus A380. Why The Airbus A380 Needs Three Starlink Antennas The Airbus A380 is unlike almost any other commercial aircraft currently flying. Its full-length double-decker cabin creates a much larger passenger environment than a Boeing 777-300ER, and that physical design creates challenges for distributing consistent satellite coverage throughout the aircraft. Emirates became the first airline to introduce a three-antenna Starlink configuration on the Airbus A380, a solution designed to overcome signal shadow zones that can occur when the aircraft’s structure and layout interfere with satellite communication paths. Instead of relying on fewer antennas and accepting weaker coverage areas, the airline chose a configuration that improves reliability across the entire cabin. The Boeing 777-300ER installation uses two Starlink antennas, which is sufficient for the aircraft’s smaller footprint and different internal arrangement. Meanwhile, the Airbus A380’s additional antenna provides the capacity and coverage required for an aircraft carrying hundreds of passengers who may all expect to stream content, work online, or use social media during a flight. This decision highlights a broader change in aviation connectivity. Airlines are no longer simply installing satellite internet equipment and accepting whatever performance it delivers. Instead, they are beginning to design aircraft connectivity systems around passenger demand, aircraft geometry, and the need for consistent service from takeoff to landing. A Vast Improvement In Connectivity Credit: Shutterstock The performance difference between Emirates’ previous connectivity systems and Starlink is substantial. Older onboard Wi-Fi solutions often delivered less than 1 Mbps of total aircraft bandwidth, limiting passengers to basic messaging, slow browsing, and inconsistent service during busy periods. With Starlink, Emirates has increased available aircraft bandwidth to more than 2 Gbps on equipped aircraft, representing an improvement of roughly 1,000 times compared with legacy systems. This level of performance changes what passengers can realistically do in flight, allowing more people to connect simultaneously without the dramatic slowdowns that have historically affected aircraft internet. Each Starlink terminal initially supported around 220 Mbps, but hardware and software improvements have increased individual antenna performance to approximately 450 Mbps. On the Airbus A380, the combination of three antennas helps push the aircraft toward the 2 Gbps threshold, providing enough capacity for the aircraft’s unusually large passenger load. The improvement also reflects the advantage of LEO satellites. Unlike traditional geostationary satellites positioned much farther away from Earth, Starlink’s satellites operate in lower orbits, reducing latency and improving responsiveness. For passengers, that means online services feel closer to the experience they are accustomed to on the ground. Credit: Emirates, Simple Flying Installing multiple antennas on an aircraft creates another technical challenge: ensuring passengers do not experience interruptions as the system manages traffic between different connections. Emirates’ Airbus A380 solution depends not only on additional hardware but also on improvements to onboard network management. Recent Starlink router updates allow traffic to move smoothly between the aircraft’s antennas without requiring passenger devices to disconnect and reconnect to different networks. This creates a seamless experience, even as the system balances demand across multiple satellite links. That capability is particularly important on a high-density aircraft like the Airbus A380. With hundreds of passengers potentially using the internet at the same time, the onboard system must constantly manage bandwidth distribution while maintaining stable connections. The move shows that modern aircraft Wi-Fi is becoming less about simply adding a satellite antenna and more about building an integrated communications platform. Airlines need hardware, software, and satellite capacity to work together if they want to deliver an experience that matches passenger expectations. Why Viasat Is Losing Ground In Emirates’ Fleet Strategy Credit: Shutterstock The decision to remove Viasat systems from incoming Airbus A350 aircraft signals a major strategic change for Emirates. Instead of continuing with multiple connectivity providers, the airline appears to be moving toward a standardized Starlink architecture across its expanding widebody fleet. Viasat has been a major player in aviation connectivity, particularly through geostationary satellite services that have powered many airline Wi-Fi systems. However, the rapid improvement of low-Earth orbit satellite networks has changed the competitive landscape by offering higher speeds, lower latency, and greater capacity. Emirates’ approach contrasts with airlines that continue using older connectivity models or offer limited access through existing providers. While some competitors still charge for slower or capped internet packages, Emirates is positioning Starlink as a major part of its passenger experience strategy. Aircraft Number In Fleet Number On Order Airbus A350-900 24 49 Airbus A380 116 - Boeing 777-200LR 10 - Boeing 777-300ER 117 - Boeing 777-8 - 35 Boeing 777-9 - 235 Boeing 787-8 - 20 Boeing 787-10 - 15 The shift is not only about speed. Fleet standardization can simplify maintenance, training, and operational support by reducing the number of connectivity systems an airline must manage. For a carrier operating hundreds of widebody aircraft across a global network, those efficiencies can become increasingly valuable. The latest data from ch-aviation shows that Emirates still has a significant number of Airbus A350-900s yet to be delivered, with the aircraft playing a major role in the carrier's future fleet plans, together with the upcoming Boeing 777-8 and Boeing 777-9. Emirates' current fleet is outlined in the table above. Emirates’ Starlink Expansion Changes The Future Of Onboard Wi-Fi Credit: Flickr The scale of Emirates’ rollout suggests that satellite connectivity is entering a new phase in commercial aviation. The airline is targeting 232 aircraft, including Boeing 777-300ERs and Airbus A380s, and the decision to include new Airbus A350 deliveries in the Starlink ecosystem shows a long-term commitment to the technology. The A350 decision is especially significant because it indicates Starlink is not simply being added as a retrofit solution for older aircraft. Instead, it is becoming part of Emirates’ future fleet planning. New aircraft arriving with Starlink capability will help create a consistent passenger experience across different aircraft types. The broader industry impact could be substantial, as airlines that have relied on traditional satellite providers may now face pressure to improve performance, reduce costs, or adopt newer connectivity options. Passenger expectations are also likely to continue rising as travelers compare aircraft Wi-Fi with the fast internet services available on the ground. Meanwhile, among the US carriers currently installing Starlink on their aircraft are United Airlines, Southwest Airlines, and the ultra-low-cost carrier Frontier Airlines. Emirates’ experience with the Airbus A380 demonstrates that the transition will not always be straightforward. Large aircraft require customized solutions, and the three-antenna installation shows that achieving reliable global connectivity requires careful engineering. Yet the airline’s willingness to invest in these systems indicates that high-speed onboard internet is becoming a defining feature of modern long-haul travel.