Commercial Aviation
Aeromexico Upgrades E190 Fleet with Viasat Amara Connectivity
Aeromexico partners with Viasat & Embraer to deploy advanced Ka-band Wi-Fi across 34 E190 jets, offering free messaging and premium internet packages in Latin America.

Introduction: The Rise of In-Flight Connectivity in Latin America
In July 2025, Aeromexico, in partnership with Embraer and Viasat, announced a significant technological upgrade to its fleet of Embraer E190 aircraft. This initiative involves equipping 34 E190 jets with Viasat’s advanced Ka-band satellite internet solution, Amara, offering passengers high-speed connectivity for streaming, messaging, and browsing during flights. With six aircraft already upgraded and the remainder scheduled for completion by 2027, the project marks a major milestone for Latin American aviation.
This development positions Aeromexico as the first airline in Latin America to provide ad-supported free messaging across its entire network. The airline also plans to offer premium internet packages for passengers seeking enhanced connectivity. As air travel becomes increasingly digitized, this initiative reflects a growing industry-wide shift toward passenger-centric, high-speed in-flight connectivity (IFC) solutions.
The collaboration between Embraer, Viasat, and Aeromexico underscores the importance of technological partnerships in modernizing aviation infrastructure, particularly in emerging markets. With passenger expectations evolving rapidly, airlines are under pressure to deliver seamless digital experiences at 30,000 feet, an expectation that Aeromexico now aims to meet head-on.
Historical Evolution of In-Flight Connectivity
From Luxury to Necessity: Early Developments
The concept of in-flight internet connectivity dates back to the early 2000s. In 2003, Lufthansa introduced the first commercial in-flight Wi-Fi service using Boeing’s Connexion system. However, limited demand and high operational costs led to the program’s discontinuation in 2006. These early systems were bulky, expensive, and restricted to long-haul wide-body aircraft.
A significant turning point came in 2013 when JetBlue launched Fly-Fi, a free in-flight Wi-Fi service powered by Viasat’s Ka-band satellite technology. This marked a shift toward more efficient, cost-effective solutions capable of supporting streaming and real-time communication. The introduction of Ka-band technology enabled higher bandwidth and better coverage, making in-flight connectivity viable for a broader range of aircraft.
As smartphones became ubiquitous and passenger expectations evolved, airlines began to explore new business models for in-flight connectivity. Norwegian Air Shuttle, for example, offered free Wi-Fi on European routes as early as 2011. By 2017, Qantas had introduced free Wi-Fi on select domestic flights, with passenger uptake increasing steadily over time.
Market Adoption and Passenger Expectations
In recent years, in-flight connectivity has transitioned from a premium offering to a standard expectation among passengers. Surveys indicate that over 75% of passengers consider Wi-Fi availability when choosing an airline. Airlines have responded by investing in scalable, high-speed solutions that support streaming, messaging, and cloud-based applications.
Adoption rates vary by region and aircraft type. Qantas, for instance, reported 90% passenger engagement on its newer Airbus A220 aircraft equipped with advanced connectivity. Similarly, JetBlue’s Fly-Fi service has become a key differentiator in the competitive U.S. domestic market. These trends reflect a broader shift toward digital-first travel experiences.
Despite growing demand, challenges remain. Retrofitting older aircraft with modern connectivity systems can be costly and time-consuming. Additionally, regulatory hurdles and spectrum allocation issues continue to impact deployment in certain regions. Nevertheless, the trajectory of in-flight connectivity is clear: it is becoming an essential component of the modern airline experience.
“The convergence of smartphone ubiquity and satellite innovation transformed connectivity from luxury to expectation.”
Technological Innovation: Viasat Amara and the Future of IFC
Introducing Viasat Amara
Viasat’s Amara platform, launched in 2025, represents a new generation of in-flight connectivity solutions. It features multi-orbit satellite capabilities, allowing seamless transitions between geostationary (GEO), highly elliptical (HEO), and low-earth orbit (LEO) satellites. This ensures consistent coverage and bandwidth, even on challenging flight paths.
Amara’s architecture includes application-level optimization, enabling efficient data compression and prioritization. This allows passengers to stream high-definition video, participate in video calls, and use cloud-based applications without noticeable lag. The system also supports real-time traffic management and per-passenger quality of service (QoS) customization.
One of Amara’s key advantages is its scalability. Airlines can upgrade existing systems via software updates, avoiding costly hardware replacements. The upcoming Aera ESA terminal, scheduled for release in 2028, will further reduce installation time and support dual-beam LEO/GEO capabilities, making it a future-proof solution for evolving connectivity needs.
Supporting Infrastructure and Compatibility
Viasat’s global Ka-band network underpins the Amara platform, providing high-speed internet access across major flight corridors. The system is compatible with a wide range of aircraft, including regional jets like the Embraer E190. Installation involves integrating a radome and antenna system, typically requiring a three-week retrofit period per aircraft.
Amara also includes support for ad-supported services through Viasat Ads, allowing airlines to offer free messaging and basic browsing in exchange for targeted advertising. This model aligns with broader trends in digital monetization and provides an additional revenue stream for carriers.
By addressing key challenges such as bandwidth symmetry and installation downtime, Amara positions itself as a leading solution in the competitive IFC market. Its flexibility and performance make it an attractive option for airlines seeking to enhance passenger experience without incurring excessive costs.
“Passengers expect to stream movies as at home. Our collaboration with Aeromexico and Embraer creates exceptional experiences at 30,000 feet.”, Don Buchman, SVP & GM, Viasat Aviation
Aeromexico’s Strategic Implementation on the E190 Fleet
Project Scope and Objectives
Aeromexico’s initiative involves retrofitting 34 Embraer E190 aircraft with Viasat’s Amara system. These aircraft are primarily used on short-haul routes operated by Aeromexico Connect, the airline’s regional subsidiary. The goal is to provide consistent, high-quality connectivity across the domestic and regional network.
As of mid-2025, six aircraft have been successfully upgraded, with the remainder scheduled for completion by 2027. The project aims to position Aeromexico as a leader in passenger experience within Latin America, offering both free messaging and premium internet packages.
The E190’s technical specifications, such as its 100-seat capacity and 2,800 km range, make it well-suited for this type of retrofit. The aircraft’s design allows for efficient installation of the Ka-band antenna and supporting hardware, minimizing downtime and operational disruption.
Business Model and Passenger Experience
Aeromexico’s connectivity offering is structured around an ad-supported model. Passengers can access free messaging services, including popular apps, in exchange for viewing targeted advertisements. For those seeking more robust connectivity, premium packages are available for purchase, enabling streaming and full internet access.
This dual-tier model reflects a growing trend in the industry, balancing accessibility with monetization. It also aligns with regional market dynamics, where price sensitivity and digital engagement are key factors. By leveraging Viasat Ads, Aeromexico can offset connectivity costs while enhancing passenger satisfaction.
Initial data from connected aircraft indicates strong passenger engagement, with up to 90% of users accessing the Wi-Fi service during flights. Streaming accounts for a significant portion of usage, highlighting the importance of high-bandwidth capabilities in modern IFC systems.
Conclusion: Implications and Future Outlook
Aeromexico’s partnership with Embraer and Viasat represents a transformative step for in-flight connectivity in Latin America. By equipping its E190 fleet with the Amara platform, the airline is not only enhancing passenger experience but also establishing a scalable, revenue-generating model for digital services. This initiative sets a new benchmark for regional carriers in emerging markets.
Looking ahead, the success of this project could influence broader industry adoption of multi-orbit connectivity solutions. As technology continues to evolve and passenger expectations rise, airlines will need to invest in flexible, high-performance systems that can adapt to changing demands. Aeromexico’s strategy provides a compelling case study in how to navigate this complex landscape effectively.
FAQ
What is Viasat Amara?
Viasat Amara is a next-generation in-flight connectivity platform offering multi-orbit satellite coverage and high-speed internet access for commercial aircraft.
How many Aeromexico E190 aircraft are being equipped with Wi-Fi?
A total of 34 Embraer E190 aircraft are being retrofitted, with six already completed as of mid-2025.
When will the full Aeromexico E190 fleet be connected?
The entire fleet is expected to be equipped with Viasat’s Amara system by 2027.
Is the Wi-Fi service free for passengers?
Aeromexico offers ad-supported free messaging and browsing, with premium internet packages available for purchase.
What are the technical capabilities of the Amara system?
Amara supports multi-orbit satellite connectivity, application-level optimization, and scalable performance for high-demand applications like streaming and cloud computing.
Sources:
Embraer,
Viasat,
Aeromexico,
Stratview Research,
APEX
Aircraft Orders & Deliveries
GDHF Leases Two Airbus H160 Helicopters to Skyjets International
GD Helicopter Finance has delivered two new Airbus H160s on lease to Skyjets International, an Aviaman Aerotek subsidiary, for India.

GD Helicopter Finance (GDHF) has delivered two factory-new Airbus H160 helicopters on lease to Skyjets International Private Limited, a wholly owned subsidiary of Aviaman Aerotek, for multi-role operations in India. The two leases start a new partnership between the Dublin-based lessor and Aviaman, which is launching a helicopters division.
GDHF announced the deliveries in a press release dated November 12, 2026. It said the leases extend its presence in the Indian helicopter market and support its strategy of building a large portfolio of multi-mission helicopters and partnering with high-quality operators.
What the parties said
“We are pleased to welcome Aviaman as a new GDHF customer,” said Peter Jiang, Chairman of GDHF. He said that completing two deliveries within a week showed the strength of the partnership and GDHF’s ability to act quickly, and described the H160 as a capable, cost-efficient, multi-mission helicopter.
Kannan Balaji, CEO of Skyjets International, said the launch of the helicopters division is a milestone for Aviaman. He said demand for modern vertical lift solutions is growing across India and the region, and that the H160 will let Aviaman develop new multi-mission capabilities for the Indian market.
“We are delighted to welcome Aviaman to the global family of H160 operators,” said Régis Magnac, Head of Energy, Leasing and Global Accounts at Airbus Helicopters. He thanked GDHF for its continued trust in the H160 and said Airbus looks forward to supporting Aviaman as it brings the helicopters into service.
The lessor and the operator
GDHF describes itself as an Ireland-based helicopter finance company that is growing a portfolio of new-technology, multi-mission helicopters through order books, leased worldwide for offshore oil and gas, wind, emergency medical services, search and rescue, government, corporate and parapublic missions. Its website lists the Airbus H160, H175 and H225 and the Leonardo AW189 among the types it offers.
The India deliveries follow other GDHF activity in 2026. The company’s news page lists a June 2026 item titled “GDHF Delivers Two Airbus H160 Helicopters” and an October 2026 announcement of a finance agreement of more than €125 million, which AirPro News covered as GDHF’s €125 million fleet financing. GDHF also lists items on the H160’s introduction at NHV Group, the operator whose acquisition it announced in December 2025, and AirPro News reported on NHV’s leased H160 additions.
Aviaman Aerotek describes itself as an integrated aviation services company serving the general aviation market. Through Skyjets International, it provides commercial charter, maintenance and fleet management services. The release does not give the lease terms, the helicopters’ registrations or where in India they will be based.
Commercial Aviation
Lufthansa A350-1000 Brings Starlink Wi-Fi to Long-Haul on December 3
Lufthansa’s first A350-1000, D-AIFA, will be the group’s first long-haul jet with free Starlink Wi-Fi, starting December 3 on Munich to Tokyo.

Lufthansa (LH) will open service with its first Airbus A350-1000 on December 3, 2026, and the aircraft, D-AIFA “Deutschland”, will be the first long-haul aircraft in the Lufthansa Group to carry the group’s Wi-Fi powered by Starlink. The connection is free for Miles & More members and Travel ID users in every travel class, from the inaugural flight to Tokyo onward.
The Lufthansa Group disclosed the long-haul debut of the service in a press release dated November 10, 2026, which marked the delivery of the A350-1000 as its 700th Airbus aircraft. AirPro News covered the aircraft’s handover as its 700th Airbus; the group’s own release added the Starlink debut and its free access terms. The group’s Starlink rollout began in August on an Airbus A320neo.
What passengers get on the new flagship
According to the November 10 release, the “Deutschland” will offer the new Lufthansa Group Wi-Fi powered by Starlink from its inaugural flight on December 3. Carsten Spohr, CEO of the Lufthansa Group, attended the handover. “With our first A350-1000, Lufthansa is taking delivery of the world’s most modern long-haul aircraft,” Spohr said. He added that guests can look forward to the new Allegris premium cabin in all travel classes and that the aircraft uses up to 30 percent less fuel per passenger.
The service itself is the one the group has been installing since August. In its August 10, 2026, launch release, the Lufthansa Group said the low-Earth-orbit satellite system supports video streaming, cloud-based work and other high-speed applications, and that passengers will in many cases see speeds above their home or office connections. In January, the group described Starlink as the fastest in-flight internet connection in the industry.
The group also set terms of use based on passenger surveys. Passengers are asked to wear headphones for audio and video, to avoid voice and video calls and not to broadcast live streams. The Wi-Fi portal offers web browsing, destination information, group information and a range of eJournals, with flight-related information and services to be added later. Mastercard sponsors the service, as it did the earlier FlyNet product.
How the group’s Starlink rollout has progressed
The Lufthansa Group announced its collaboration with Starlink on January 13, 2026, saying it would equip its roughly 850 aircraft with high-speed broadband internet, covering both the existing fleet and all new aircraft. The release set the start of a gradual rollout for the second half of 2026 and the completion of the entire fleet by 2029. Dieter Vranckx, Chief Commercial Officer of the Lufthansa Group, said the company was “not only investing in the best product on the market,” but also in passenger satisfaction.
The launch followed in August. On August 10, 2026, the group said SWISS, Austrian Airlines, Brussels Airlines, ITA Airways, Edelweiss, Discover Airlines, Air Dolomiti, Lufthansa City Airlines and Eurowings were preparing to introduce the technology alongside Lufthansa, as AirPro News reported on the group’s Starlink launch in August. “Our product promise doesn’t end with the seats or the menu,” Vranckx said in that release.
The first flight with the system took place on August 19, 2026. Airbus A320neo D-AINM, known as “November Mike”, flew from Frankfurt to Rome as flight LH234 at 12:15 p.m., and Jens Ritter, CEO of Lufthansa Airlines, activated the system in flight. “With Starlink, we will offer the fastest connectivity from take-off to landing,” Ritter said. The group said up to ten more A320-family aircraft operated by Lufthansa and Lufthansa City Airlines were scheduled to receive the service before the end of 2026, with installation mainly at Lufthansa Technik in Berlin during scheduled technical checks.
The A350-1000 and its first routes
The November 10 release said the aircraft would be transferred to Munich on November 11, 2026, ahead of the inaugural flight from Munich Airport (MUC) to Tokyo Haneda International Airport (HND) on December 3. In an October 15, 2026, release announcing Tokyo as the first A350-1000 destination, Lufthansa said Shanghai and Singapore would follow in the following weeks, with all of those flights using the Allegris cabin and alternating between the A350-1000 and the A350-900.
The A350-1000 is 73.80 meters long, seven meters longer than the A350-900, and seats 300 passengers in four classes: three to four First Class seats (two individual suites and one “Suite Plus”), 49 Business Class seats including eight suites, 35 Premium Economy seats and 212 Economy seats. Heiko Reitz, member of the Lufthansa Airlines Board and Hub Manager Munich, said in October that the new flagship has 40 percent more Business and Premium Economy seats. “To put it simply: The A350-1000 strengthens our premium hub in Munich,” Reitz said.
The Lufthansa Group has ordered 15 A350-1000 aircraft for delivery by 2030, and the first ten will fly for the Lufthansa core brand from the Munich hub. Lufthansa already flies the smaller A350-900: AirPro Atlas data, which counts aircraft seen flying since October 15, 2026, lists 31 A350-900s under the Lufthansa (DLH) code. D-AIFA is also the seventh aircraft in the special livery marking the airline’s 100th anniversary.
What to watch next
The next milestone is the December 3 Munich to Tokyo/Haneda flight, the first long-haul service with the group’s Starlink Wi-Fi. On the narrowbody side, the group’s August schedule calls for up to ten more A320-family aircraft to be fitted before the end of 2026, and the Lufthansa Group has said all of its approximately 850 aircraft are to have the technology by 2029. Spohr also used the November 10 release to describe the Airbus relationship. “Our partnership is a prime example of what Europe can achieve when it works together,” he said.
Commercial Aviation
Port Authority 2027 Budget Funds JFK Terminal 1 and AirTrain Newark
The Port Authority of New York and New Jersey proposed a $10.3 billion 2027 budget, with $4 billion in capital spending for JFK, Newark and more.

The Port Authority of New York and New Jersey has proposed a $10.3 billion budget for 2027 that includes $4 billion in capital spending, with funding to complete the first phase of the new Terminal 1 at John F. Kennedy International Airport (JFK) and to keep building a new AirTrain Newark at Newark Liberty International Airport (EWR).
The bistate agency unveiled the proposal in a press release dated November 11, 2026. The budget consists of $4.5 billion for operating expenses, $4 billion for annual capital spending, $1.7 billion for debt service and $0.1 billion in deferred expenses. The Board of Commissioners plans to seek adoption at its meeting on December 17, 2026, after a public comment period that runs until December 15, 2026.
What the 2027 budget funds at the airports
At JFK, the proposed capital funding covers the ongoing redevelopment, including completion of the first phase of the new Terminal 1 and a new ground transportation center, according to the release. At Newark Liberty, construction of the new AirTrain Newark continues. The agency describes it as a wholly new system, designed to meet increasing passenger demand, that will replace an aging system past its useful life.
Planning and design work continues for a new Terminal B at Newark Liberty and for the Terminal A gate expansion. The budget also covers the first year of operation of a new entry point to the Newark Liberty International Airport Train Station, served by AirTrain Newark, Amtrak and NJ TRANSIT, which the agency says will expand transit and airport access for historically underserved areas of Newark and Elizabeth. At LaGuardia Airport (LGA), mass transit access improvements continue.
Port Authority Executive Director Kathryn Garcia said:
“From building a new Midtown Bus Terminal to transforming JFK and Newark airports, we are delivering the modern transportation infrastructure that supports the growth and development of this region.”
Chairman Kevin O’Toole said the proposal gives equal weight to two priorities: advancing what he called generational transformations of the transportation network, and investing in state-of-good-repair projects for legacy facilities in both states.
Where the airport programs stand
The 2027 proposal follows the $45 billion 2026-2035 capital plan, which the agency proposed in November 2025. In that plan, the Port Authority said it was in the midst of a more than $50 billion wholesale remaking of its three major airports, anchored by public-private partnerships with airline and development partners.
At JFK, the capital plan listed the $4.2 billion Terminal 6 and the $9.5 billion New Terminal One as the anchor projects of the redevelopment, with more than $15 billion of the $19 billion program privately financed. The plan said the first gates of the new international terminals 1 and 6 were scheduled to open in 2026, and it called for a transformation of AirTrain JFK with new train cars to double capacity. In the November 11, 2026 release, the agency said the two new JFK terminals are approaching completion and will open to passengers soon.
At Newark Liberty, the capital plan put the new AirTrain Newark at $3.5 billion and provided funding to set up a public-private partnership to design and build the new Terminal B. It also proposed funding for a third major taxiway to reduce flight delays and a new, simplified roadway network. The $2.7 billion Terminal A opened under the previous 2017-2025 capital plan.
At LaGuardia, where $8 billion was invested through public-private partnerships at Terminal B and Terminal C under the previous plan, the capital plan calls for replacing the 85-year-old Terminal A while respecting the landmark status of its rotunda. The 2027 budget release notes that LaGuardia was named the nation’s best airport by the Forbes Travel Guide for a third year in a row.
Fares, security and the rest of the budget
Under policies adopted by the Board of Commissioners in 2008, 2011 and 2019, automatic inflation-based adjustments to bridge and tunnel tolls and to AirTrain fares are scheduled to take effect in 2027, according to the release. Separately, the PATH single-ride fare will rise by 25 cents to $3.50 on January 3, 2027, under the previously approved capital plan.
The proposed operating budget of $4.5 billion is a 5.7 percent increase over the 2026 operating expense budget, after new assets and other priorities are included. It allocates more than $1.1 billion to security, which the agency calls its largest-ever allocation, including new technology to address cybersecurity threats, and funds 120 new cadets for the Port Authority Police Department (PAPD) ahead of upcoming retirements.
The operating budget also includes nearly $1 billion for maintenance, among it an incremental $25 million for major repairs to address the impact of extreme weather on legacy facilities. Outside the airports, capital funding goes to the replacement of the Port Authority Bus Terminal with a new Midtown Bus Terminal, the Restoring the George program at the George Washington Bridge, PATH track and railcar work, and the Port Street Corridor Improvement project at Port Newark. The agency projects 121 million vehicles at its bridges and tunnels, 67 million PATH riders and 9 million twenty-foot equivalent units (TEUs) at the seaport in 2027.
A year earlier, the agency’s proposed 2026 budget totaled $10.1 billion, including $4.1 billion in capital funding, and projected a record of more than 148 million passengers at its airports in 2026. The Port Authority is self-funded and receives no revenue from New York state, New Jersey or New York City; about 65 percent of its revenues come from sources other than tolls and fares, such as lease payments and third-party fees.
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