The Port Authority of New York and New Jersey (PANYNJ) Board of Commissioners has officially authorized a $75 million investment for immediate upgrades to Terminal B at Newark Liberty International Airports (EWR). According to a recent press release, this funding represents the initial phase of a broader three-year, $200 million modernization initiative aimed at sustaining the aging facility.

This capital injection is designed to serve as a bridge measure. While the agency advances its long-term “EWR Vision Plan”, which includes the construction of a completely new Terminal B slated to open in the mid-2030s, current infrastructure requires immediate attention to handle existing passenger volumes. The $200 million program is funded through the Port Authority’s newly approved $45 billion 2026–2035 Capital Plan.

Work on the initial $75 million phase is scheduled to begin this year, prioritizing the most critical passenger-facing systems and high-traffic areas to ensure the terminal remains functional and comfortable over the next decade.

Bridging the Gap to a New Terminal B

Addressing Historic Overcapacity

Terminal B originally opened 53 years ago in 1973. According to Port Authority data, the facility was initially designed to accommodate approximately 6.8 million annual passengers. However, industry research and agency statistics indicate that in 2025, Terminal B served about 11.5 million passengers, operating at nearly double its intended capacity. The terminal currently serves as a primary hub for international carriers, U.S. Customs facilities, and domestic airlines including JetBlue, Delta, and Allegiant Air.

Phase One Priorities and Future Upgrades

The initial $75 million phase launching in 2026 targets the terminal’s most pressing operational needs. Based on the official project outline, this includes immediate renovations to high-traffic circulation spaces, terminal frontage, lighting, and restrooms. Furthermore, the agency will replace critical mechanical systems, including elevators, escalators, and passenger boarding bridges.

The remaining $125 million of the three-year program will be deployed in subsequent phases. These later stages will cover comprehensive gate area refreshes, featuring new seating, flooring, and lighting, alongside ADA accessibility improvements, HVAC system upgrades, and the refurbishment of aging baggage handling systems.

Leadership Perspectives and the EWR Vision Plan

The Terminal B interim upgrades are part of a massive infrastructure boom across the region, driven by newly installed leadership. New Jersey Governor Mikie Sherrill, who was sworn in earlier this year in January 2026, emphasized the economic impact of the project.

“These immediate improvements at Terminal B are an important first step toward improving the passenger experience, building our economy…” stated Gov. Sherrill in the official release.

Similarly, Kathryn Garcia, who was confirmed as the new Executive Director of PANYNJ in February 2026, highlighted the necessity of addressing everyday traveler pain points.

“We’re replacing what’s worn, upgrading what’s outdated, and making targeted improvements that will be immediately noticeable to anyone who travels through Terminal B,” Garcia noted, pointing to the focus on gate areas, restrooms, and escalators.

Port Authority Chairman Kevin O’Toole reinforced this sentiment, stating that the authorization is a commitment to current travelers, ensuring their experience today is treated with the same importance as the future terminal currently in development.

AirPro News analysis

We observe that the $200 million allocation acts as a highly necessary, albeit challenging, logistical bridge. Maintaining a 53-year-old, over-capacity facility while simultaneously planning its demolition and replacement requires careful capital management. The Port Authority is actively attempting to elevate Terminal B’s passenger experience to align closer to the standard set by the award-winning Terminal A, which opened in 2023. By focusing the $200 million on highly visible, customer-facing upgrades rather than deep structural overhauls, the agency is making a calculated move to relieve passenger frustration and maintain operational viability until the mid-2030s.

Frequently Asked Questions

When will the new Terminal B open?

According to the Port Authority’s EWR Vision Plan, the completely new Terminal B is expected to open in the mid-2030s. The current $200 million investment is an interim measure to maintain the existing 1973 facility until then.

What is included in the first phase of upgrades?

The initial $75 million phase, beginning in 2026, focuses on replacing critical elevators, escalators, and passenger boarding bridges, as well as upgrading restrooms, lighting, and high-traffic circulation spaces.

How is this project being funded?

The $200 million Terminal B modernization program is fully funded under the Port Authority’s record $45 billion 2026–2035 Capital Plan, which also includes the ongoing $3.5 billion replacement of the AirTrain Newark system.

Sources

• Metro Airport News / PANYNJ Press Release

This article is based on an official press release from Airbus, supplemented by comprehensive industry research data.

On June 2, 2026, Airbus successfully completed the maiden test flight of the A350-1000ULR (Ultra Long Range), officially marking the airborne debut of the world’s longest-range commercial aircraft. Taking off from Airbus facilities at Toulouse-Blagnac Airport in France, the aircraft, designated as Manufacturer Serial Number (MSN) 707, flew for 3 hours and 43 minutes.

According to the official Airbus press release, this milestone represents a critical step forward for the aerospace manufacturer. The aircraft is the first of 12 specially modified jets ordered by Australian flag carrier Qantas, serving as the cornerstone for the airline’s highly anticipated “Project Sunrise.” This initiative is designed to operate the world’s longest non-stop commercial flights, connecting Australia’s east coast directly to global hubs like London and New York.

We have reviewed the latest flight data and technical specifications to break down what this maiden flight means for the future of ultra-long-haul aviation.

Maiden Flight Details and Certification

During its inaugural flight, the A350-1000ULR reached a maximum altitude slightly above 41,000 feet, flying over France and the French Atlantic Coast. The mission was operated by a dedicated Airbus Flight Test crew, which included Experimental Test Pilots Thomas Wilhelm and Anthony Flynn, alongside a team of specialized flight and ground test engineers.

The crew conducted general aircraft performance checks and evaluated the architecture of the newly designed fuel system, utilizing specialized flight test instrumentation, according to industry research data.

The Path to Commercial Certification

This maiden flight kicks off a rigorous two-month certification campaign. Industry research indicates that the aircraft will undergo approximately 80 hours of flight testing to ensure all new systems meet stringent safety and performance standards. Following the conclusion of this test campaign, MSN 707 will be retrofitted to meet Qantas’ specific commercial cabin requirements.

Technical Innovations for Ultra-Long-Haul

To achieve the unprecedented range required for 22-hour non-stop flights, covering nearly 10,000 nautical miles, Airbus implemented several key structural and systemic modifications to the standard A350-1000 airframe.

The Rear Centre Tank and Cabin Systems

The most significant engineering modification is the integration of a Rear Centre Tank (RCT). According to technical data, this additional tank holds 20,000 liters (approximately 16 tonnes) of fuel, extending the aircraft’s operational range by an additional 1,000 nautical miles.

Furthermore, Airbus is currently certifying a new galley air-cooling system. This system utilizes lighter, more efficient refrigeration units specifically engineered to sustain ultra-long-haul missions. Throughout the flight-test phase, engineers will also meticulously evaluate the cabin’s ventilation and temperature control systems to ensure passenger comfort over extended periods.

Qantas’ Project Sunrise and Passenger Wellbeing

Project Sunrise has been in development for nearly a decade, aiming to conquer the “tyranny of distance” by eliminating stopovers between Australia and major global financial centers. Qantas placed a firm order for 12 Airbus A350-1000ULRs in May 2022 to make this vision a reality.

A Cabin Designed for 22 Hours in the Air

Because passengers will be airborne for up to 22 hours, Qantas collaborated with the University of Sydney’s Charles Perkins Centre to design a cabin focused on passenger wellbeing and jet lag mitigation. Research data confirms the aircraft will feature a low-density layout of just 238 seats across four classes: 6 First Class suites, 52 Business suites, 40 Premium Economy seats, and 140 Economy seats.

A standout feature of this configuration is a dedicated “Wellbeing Zone” available to all passengers, offering a designated space for guided movement exercises and premium refreshments to combat the physical toll of ultra-long-haul travel.

Supply Chain Realities and Delivery Timelines

While the maiden flight is a massive technological milestone, the broader project has faced recent timeline setbacks due to global manufacturing challenges.

Revised Commercial Launch

In late May 2026, Airbus and Qantas confirmed that the delivery of the first A350-1000ULR has been delayed to April 2027. This slip from the previously targeted late-2026 delivery is attributed to ongoing global supply chain disruptions affecting widebody aircraft production. Because Qantas requires at least three aircraft to reliably operate a daily ultra-long-haul schedule, the inaugural commercial Project Sunrise flights are now expected to launch in the second half of 2027.

AirPro News analysis

The successful maiden flight of MSN 707 solidifies Airbus’s dominance in the ultra-long-haul market, building seamlessly on the proven architecture of the A350-900ULR currently utilized by Singapore Airlines. However, the contrast between this technological triumph and the logistical reality of supply-chain-induced delays highlights a broader industry challenge. While aerospace manufacturers can engineer record-breaking, fuel-efficient airframes, delivering them on schedule remains a significant hurdle in the current macroeconomic climate. For Qantas, the delay means a longer wait to command a premium in the long-haul market, but the strategic value and market differentiation of Project Sunrise remain highly potent.

Frequently Asked Questions

What is the Airbus A350-1000ULR?

The A350-1000ULR (Ultra Long Range) is a modified version of the standard Airbus A350-1000. It features an additional 20,000-liter Rear Centre Tank, allowing it to fly nearly 10,000 nautical miles without refueling.

When will Qantas launch Project Sunrise flights?

Due to supply chain delays pushing the first aircraft delivery to April 2027, Qantas is expected to launch its inaugural commercial Project Sunrise flights in the second half of 2027.

How many passengers will the Qantas A350-1000ULR carry?

The aircraft will feature a premium-heavy, low-density layout accommodating 238 passengers across First, Business, Premium Economy, and Economy classes.

Sources: Airbus Press Release

This article is based on an official press release from SES.

On June 1, 2026, Luxembourg-based satellite telecommunications provider SES announced a major partnership with Mexican ultra-low-cost carrier Viva (formerly Viva Aerobus). According to the official press release, the collaboration will bring high-speed, multi-orbit satellite inflight connectivity (IFC) to the airline’s passengers. This development marks Viva as the first Airlines in Mexico and the broader Latin American region to implement SES’s advanced Electronically Steered Array (ESA) antenna technology.

We note that this upgrade is designed to provide seamless, gate-to-gate internet access. The service will support high-bandwidth activities such as streaming, cloud-based work, and general web browsing, fundamentally upgrading the digital passenger experience on the ultra-low-cost carrier.

Fleet Rollout and Active Installations

According to the SES press release, the connectivity solution is slated for installation on 100 Airbus narrowbody aircraft within Viva’s fleet. This rollout specifically targets 60 Airbus A320s and 40 Airbus A321s.

Industry reporting from Runway Girl Network confirms that the Wi-Fi service is already active and flying on 11 of Viva’s aircraft, including an A320 registered as XA-VAQ. The remaining installations will continue gradually. To provide context on the scale of this upgrade, Aviacionline reports that Viva currently operates a total fleet of 109 aircraft, meaning the vast majority of its young fleet will soon feature this advanced connectivity.

Technological Advancements: Multi-Orbit and ESA

The Multi-Orbit Advantage

Unlike traditional inflight Wi-Fi systems that rely on a single satellite orbit, the new SES solution utilizes a multi-orbit network. As detailed by Runway Girl Network, the hardware is powered by SES’s own Geostationary (GEO) satellite network working in tandem with Eutelsat’s OneWeb Low Earth Orbit (LEO) satellite service, for which SES acts as a distribution partner. This dual-orbit approach ensures consistent, low-latency, and reliable coverage regardless of the aircraft’s flight path or location.

Electronically Steered Array (ESA) Antennas

The physical hardware being installed on the Viva fleet represents a significant leap from traditional mechanically steered satellite dishes. The SES press release highlights that the new ESA antennas are highly aerodynamic, measuring less than seven centimeters in height. Because they feature no moving parts and maintain an extremely low profile, they significantly reduce aerodynamic drag. This characteristic is crucial for maintaining fuel efficiency, a vital operational metric for an ultra-low-cost carrier like Viva.

Strategic Shifts in the Low-Cost Market

The decision to invest in premium connectivity reflects a changing landscape for budget airlines. In the official press release, Viva’s leadership emphasized the necessity of digital integration for modern travelers.

“Connectivity today is not a luxury, it’s part of how people live, work, and travel. Our goal is to make flying fit seamlessly into our passengers’ digital lives, instead of forcing them to disconnect. With this service, being in the air no longer means being offline.”
Pablo Gómez Gallardo, Chief Digital Officer at Viva

SES also highlighted the broader regional implications of the Partnerships, noting the growing demand for reliable inflight internet across the Americas.

“Viva’s passengers will soon benefit from reliable, multi-orbit satellite connectivity that will provide the same fast and dependable internet access they enjoy at home no matter where or when they fly. SES’s partnerships with growing airlines like Viva highlight how carriers throughout the Americas are leading the way when it comes to the most advanced connectivity.”
Mike DeMarco, President of Mobility at SES

AirPro News analysis

We observe that this partnership underscores SES’s aggressive expansion into the commercial aviation sector across the Americas. SES has recently secured inflight connectivity contracts with major regional players, including the Abra Group (the holding company for Avianca, GOL, and Wamos Air), Air Canada, American Airlines, and LATAM. By offering highly consultative partnership models, SES is successfully targeting small, mid-sized, and low-cost carriers alongside legacy airlines.

Furthermore, Viva’s Investments signals a definitive shift in the ultra-low-cost carrier (LCC) business model. Historically, LCCs stripped away amenities like Wi-Fi to maintain rock-bottom ticket prices. Today, reliable connectivity is increasingly viewed as a baseline passenger expectation rather than a luxury perk. This move also ensures Viva remains highly competitive in the rapidly modernizing Mexican aviation market. For example, as reported by El Universal, legacy carrier Aeromexico recently formed an alliance with streaming platform ViX to offer free Wi-Fi on select flights for live sports. Viva’s multi-orbit upgrade positions it to compete directly on digital amenities without compromising its low-cost structure.

Frequently Asked Questions

What is multi-orbit satellite connectivity?
Multi-orbit connectivity uses satellites in different orbits, such as Geostationary (GEO) and Low Earth Orbit (LEO), to provide a more reliable, low-latency internet connection for passengers, ensuring coverage without dead zones.

How many Viva aircraft will feature the new Wi-Fi?
According to SES, the system will be installed on 100 Airbus narrowbody aircraft (60 A320s and 40 A321s). The service is already active on 11 of these aircraft.

Why are ESA antennas important for low-cost carriers?
Electronically Steered Array (ESA) antennas are extremely flat (under 7 cm) and have no moving parts. This reduces aerodynamic drag on the aircraft, which saves fuel and helps low-cost carriers keep operational costs down.

Sources:
SES Official Press Release