Commercial Aviation
United Airlines Launches Starlink Wi-Fi Fleet Upgrade
FAA-approved Starlink upgrade delivers high-speed free Wi-Fi across United’s fleet, setting new aviation connectivity standards.

United Airlines Accelerates In-Flight Connectivity With Starlink
In an era where constant connectivity shapes modern travel expectations, United Airlines has taken a decisive leap forward. The Federal Aviation Administration’s recent approval of Starlink installations marks a pivotal moment for both the carrier and commercial aviation. As passengers increasingly demand seamless streaming, video calls, and real-time productivity tools at 35,000 feet, United’s fleet-wide upgrade positions it as an industry frontrunner.
This $180 million initiative comes as airlines globally compete to transform aircraft cabins into digital hubs. With 72% of travelers considering Wi-Fi quality when booking flights according to Inmarsat’s 2023 survey, United’s partnership with SpaceX’s satellite network could redefine competitive standards. The airline plans to complete installations across 300+ regional jets by December 2025, starting with 40 aircraft monthly.
FAA Certification Breakthrough
The Supplemental Type Certificate (STC) for Embraer 175 aircraft clears regulatory hurdles that previously slowed aviation tech adoption. Unlike traditional certification processes requiring 6-12 months, United achieved approval in under eight months through close FAA collaboration. This accelerated timeline reflects both regulatory flexibility and the proven safety of Starlink’s phased array antenna technology.
United’s engineering teams developed a novel installation protocol reducing ground time from 10 to 4 days per aircraft. By pre-fabricating component kits and training 120 specialized technicians, the airline minimizes operational disruptions. “This isn’t just about faster internet – it’s about rethinking aircraft modification processes,” explains aviation tech analyst Mark Dombroff.
“The Starlink system’s 85-pound footprint changes the fuel efficiency equation. For regional jets burning 400 gallons hourly, every pound saved translates to measurable cost reductions.” – Aviation Week Performance Report
Technical Superiority and Cost Benefits
Starlink’s second-generation satellites provide 250 Mbps speeds through 12,000+ low-earth orbit units, compared to traditional geostationary systems’ 5 Mbps. The system’s laser interlinks maintain connectivity during severe weather where older systems falter. United projects 23% fewer connectivity-related customer complaints based on Hawaiian Airlines’ Starlink trial data.
Operational savings prove equally compelling. The 215-pound weight reduction per aircraft saves 54,000 gallons annually across the regional fleet – equivalent to $162,000 at current fuel prices. Maintenance costs drop 40% due to the system’s solid-state design, eliminating moving parts prone to failure in traditional mechanically-steered antennas.
Transforming the Passenger Experience
United’s free Starlink access for MileagePlus members disrupts an industry where 89% of carriers charge $8-$25 for basic Wi-Fi. The policy mirrors Delta’s 2024 “Connectivity Included” program but extends to regional routes often underserved. Passengers can simultaneously stream 4K video on three devices – a first for U.S. regional jets.
Industry-Wide Implications
Competitors face mounting pressure as Qatar Airways and SAS announce similar Starlink deployments. Alaska Airlines’ pending decision could create a domino effect among mid-tier carriers. “This isn’t an amenity arms race – it’s infrastructure modernization,” notes Travel Tech Association’s Gina Phillips. “Airlines treating Wi-Fi as profit centers will struggle against those baking it into operational costs.”
Regulatory bodies anticipate broader impacts. The FAA’s new AC 20-189 guidelines, streamlining STC processes for satellite systems, emerged partly from United’s project. Europe’s EASA plans comparable reforms, potentially accelerating global fleet upgrades.
“We’re not just installing routers – we’re future-proofing our fleet for the next generation of passenger needs.” – Grant Milstead, United VP of Digital Technology
Conclusion
United’s Starlink deployment signals a paradigm shift in aviation connectivity strategies. By prioritizing system-wide upgrades over piecemeal implementations, the airline positions itself as both technological leader and customer experience pioneer. The operational efficiencies gained through lighter hardware and faster installations create a blueprint for competitors.
Looking ahead, industry analysts predict 85% of global widebody fleets will adopt LEO satellite systems by 2030. As Starlink’s constellation grows to 42,000 satellites, airlines may unlock new revenue through premium connectivity tiers and in-flight e-commerce integrations. United’s gamble on free access could redefine passenger expectations as fundamentally as the jet age itself.
FAQ
Will Starlink Wi-Fi remain free indefinitely?
United currently guarantees free access for MileagePlus members through 2026, with plans to reassess based on adoption rates and operational costs.
Which aircraft types get Starlink first?
Installation begins with Embraer 175 regional jets in May 2025, followed by CRJ-550s and mainline Boeing 737 MAX aircraft through Q4 2025.
How does 250 Mbps compare to home internet?
The speed surpasses 68% of U.S. home broadband connections, enabling 40+ simultaneous 4K streams per aircraft.
Sources:
Simple Flying,
Fox Business,
Fortune
Photo Credit: aerolatinnews.com
Aircraft Orders & Deliveries
Embraer Delivers First RECARO-Equipped E175 to American Airlines
Embraer delivered the first E175 with new RECARO seats to American Airlines on October 19, 2026, in São José dos Campos.

Embraer has delivered the first Embraer E175 regional jet equipped with new-generation RECARO passenger seats to American Airlines. The handover marks a tangible step in the carrier’s broader initiative to align its regional cabin experience with its mainline fleet.
The October 19, 2026, delivery from Embraer’s facility in São José dos Campos, Brazil, introduces an updated interior designed to maximize personal space and knee room. According to the manufacturer’s press release, the seating upgrade brings the E175’s main cabin environment closer to the standards of the newer Embraer E2 family.
Upgrading the regional cabin environment
The integration of RECARO Aircraft Seating products into the E175 platform represents a shift in how airlines approach regional jet interiors. While Embraer’s official communications refer generally to new-generation RECARO passenger seats, aviation industry observers note the released images suggest the installation of the RECARO R2 model. The primary focus of the redesign is optimizing the available cabin footprint to enhance passenger comfort on shorter feeder routes.
American Airlines is the first United States-based carrier to introduce RECARO seating on the Embraer E175. The airline views the cabin update as a critical component of its customer service strategy, aiming to eliminate the historical disparity in comfort between regional and mainline flights.
“As the first U.S. airline to introduce RECARO seats on Embraer E175 aircraft, we’re continuing to raise the bar for regional travel,” said Rhonda Crawford, Senior Vice President of Customer Experience Design and Strategy at American Airlines. “Our goal is to deliver the elevated experience customers want, while creating greater consistency across the American travel experience.”
American Airlines’ fleet modernization strategy
The delivery follows a significant fleet commitment made by American Airlines earlier in the decade. On March 4, 2024, the carrier placed a firm order for 90 Embraer E175 aircraft, configured with 76 seats in a dual-class layout. The agreement also included purchase rights for an additional 43 jets.
This procurement strategy was designed to phase out the airline’s aging 50-seat, single-class regional jets by the end of the decade. Replacing these older airframes with larger, dual-class E175s allows American Airlines to offer premium seating options and better match the capacity and comfort levels expected by passengers connecting to mainline flights.
Building on the aircraft order, American Airlines announced a comprehensive regional fleet cabin modernization program on September 30, 2025. The phased rollout includes refreshed interiors, the installation of fast Wi-Fi, and the addition of in-seat power across its regional network. The newly delivered RECARO-equipped E175 is the first direct realization of this interior refresh initiative.
The enduring market position of the E175
Despite the introduction of the newer Embraer E2 family, the first-generation E175 remains a cornerstone of the North American regional aviation market. Embraer continues to invest heavily in the legacy platform to ensure it meets contemporary operational and passenger expectations.
Recent upgrades to the E175 program include enhanced data connectivity, next-generation weather radar systems, and the revised cabin interiors seen in the American Airlines delivery. These continuous improvements are intended to keep the aircraft competitive and reliable for operators.
“The E175 has built an unmatched reputation by continuously evolving to meet the needs of airlines and passengers,” said Arjan Meijer, President and CEO of Embraer Commercial Aviation. “The introduction of our new RECARO seats demonstrates our commitment to investing in the platform and delivering enhancements that improve passenger experience while creating additional value for operators.”
The sustained demand for the E175 in the United States is largely driven by pilot union scope clauses. These contractual agreements restrict the operation of heavier, higher-capacity aircraft by regional airline affiliates. The E175 fits precisely within these regulatory and contractual boundaries, making it the benchmark regional jet for U.S. network carriers.
Embraer, founded in 1969 and headquartered in Brazil, has delivered over 9,000 aircraft across its commercial, executive, defense, and agricultural divisions. The company maintains its position as the leading global manufacturer of commercial jets with a capacity of up to 150 seats.
Photo Credit: Embraer
Route Development
OKC Airport Plans 25-Year Expansion to 20 Million Passengers
Will Rogers International Airport unveils a phased master plan to quadruple capacity to 20 million annual passengers by 2050.

Oklahoma City officials have unveiled a 25-year master plan for Will Rogers International Airport (OKC) designed to quadruple annual passenger capacity to 20 million. The phased expansion aims to accommodate rapid regional growth and prepare the facility for international traffic ahead of the 2028 Summer Olympics.
Announced on October 13 in a city press release, the “Cleared for Takeoff” initiative outlines a demand-driven approach to infrastructure investment. Rather than relying on strict calendar dates, major construction phases will be triggered by specific passenger volume milestones, ensuring the airport scales its landside and airside facilities in step with actual utilization.
Phased infrastructure triggers
Will Rogers International Airport currently serves a baseline of 4.6 million passengers annually. The new master plan establishes a roadmap to handle future demand through three primary expansion phases.
Phase 1 will activate when annual passenger traffic approaches the 6 million mark. This initial stage focuses heavily on landside improvements, including the addition of 1,538 new parking spaces housed within a five-level structure. Phase 2 will commence when the airport reaches 8 million annual passengers. This stage includes an approximate 550-foot extension of the curbside frontage and expands the terminal to support between 24 and 26 gates. Notably, this phase incorporates at least one designated position for widebody aircraft.
The fully realized Phase 3 vision scales the facility to a total of 40 gates and widens the curbside layout to six lanes. Director of Airports Jeff Mulder stated in the release that the plan outlines the trajectory for long-term growth.
“This is a monumental step toward balancing our landside facilities with airside terminal capacity, elevating passenger processing, and ensuring Oklahoma City remains seamlessly connected to the global economy,” Mulder said.
Preparing for international traffic and LA28
The long-term expansion strategy follows a 25% increase in passenger traffic at the airport over the past decade, according to reporting by KGOU. Local leaders are prioritizing infrastructure to maintain momentum in air service development.
“We have to plan and prepare for that growth at our airport, because we never want to decline new air service due to inadequate infrastructure,” Oklahoma City Mayor David Holt told KGOU.
While the major terminal expansions are tied to future passenger milestones, several near-term upgrade projects are already underway. Terminal flooring upgrades began in September 2026, and a rehabilitation of Terminal Drive is scheduled to commence in mid-October 2026. The airport anticipates completing restroom renovations by December 2027, followed by the conclusion of the flooring upgrades in January 2028 and the Terminal Drive project in February 2028.
These immediate improvements align with Oklahoma City’s preparations to host the canoe slalom and softball events for the LA28 Olympic Games, scheduled for July 14 to 30, 2028. To support the anticipated influx of international visitors, the airport recently constructed a new customs area. This facility will process the airport’s first nonstop international flights, which are expected to launch in November 2026.
AirPro News analysis
The inclusion of widebody gates and international customs facilities at Will Rogers International Airport reflects a broader strategic shift among mid-sized US regional airports. As secondary cities experience sustained population and economic growth, local aviation authorities are investing heavily to bypass traditional hub-and-spoke constraints and secure direct international connectivity. For Oklahoma City, the impending 2028 Olympic events serve as a catalyst to accelerate these capabilities, positioning the airport to handle larger aircraft and diverse global traffic long after the games conclude.
Photo Credit: OKC Airport
Route Development
SITA to Acquire Collins Aerospace Airport Solutions from RTX
SITA agrees to acquire Collins Aerospace Airport Solutions, including MUSE platform and biometric kiosks, with closing expected in H1 2027.

Aviation technology specialist SITA has agreed to acquire Collins Aerospace Airport Solutions, absorbing the terminal operations, passenger processing, and baggage management business unit from RTX Corporation. The acquisition consolidates a highly competitive sector of the aviation IT market, bringing a major portfolio of airport resource management software under the Geneva-based company’s umbrella.
Announced on October 15, 2026, the transaction expands SITA’s capabilities in delivering integrated technology solutions for airports and airlines globally. The deal encompasses Collins Aerospace’s physical passenger touchpoints, including check-in systems, self-service kiosks, and automated bag drops, alongside the back-end networks that power them.
Integrating passenger touchpoints
Collins Aerospace Airport Solutions provides critical infrastructure for airports worldwide. The acquired portfolio includes the MUSE common-use platform and its virtualized counterpart vMUSE, which allow multiple airlines to share the same check-in desks and gate equipment. The deal also includes vPad biometric kiosks, VeriPax passenger validation systems, and AirVue flight information display systems (FIDS).
In a press release issued today, SITA Chief Executive Officer David Lavorel stated that the acquisition extends the company’s offerings and reinforces its role as a primary technology partner for the aviation sector. He noted that as air transport grows, the industry requires technology and innovation to connect each part of the passenger journey so disruptions can be prevented or resolved quickly.
Nathalie Altwegg, SITA Senior Vice President for Airports, emphasized the operational integration required by modern airport operators.
“Ask an airport what it wants from a technology provider, and the answer is a trusted partner. That means understanding its environment, working closely with its teams, and being there when support is needed.”
The transaction is expected to close in the first half of 2027, subject to customary closing conditions and regulatory approvals. Financial terms and the exact deal value have not been publicly disclosed by SITA or RTX Corporation.
A history of airport IT consolidation
The smart airport and passenger processing market is undergoing rapid modernization, driven by demand for contactless biometric solutions and automated baggage systems. Airports are increasingly relying on these technologies to handle growing passenger traffic efficiently without requiring new physical terminal construction.
SITA has actively expanded its footprint in this sector through targeted acquisitions. In 2024, the company acquired major self-bag drop vendor Materna IPS to build out its passenger processing portfolio. The integration of Collins Aerospace Airport Solutions represents the next phase of this expansion strategy.
Competitors in the airport systems market are making similar moves to capture market share. In April 2026, Amadeus announced its intent to acquire IDEMIA Public Security for €1.2 billion to scale its own biometric identity capabilities. The market is now largely defined by these large-scale integrators competing to offer end-to-end solutions from curb to gate.
Infrastructure resilience and shared networks
The consolidation of airport IT systems also highlights the critical nature of shared infrastructure. Common-use platforms like MUSE are essential for daily airport operations, but their widespread adoption creates centralized points of vulnerability.
In September 2025, the Collins Aerospace MUSE platform experienced a ransomware attack that disrupted check-in and boarding systems at major European airports. The incident underscored the operational risks associated with shared airport IT networks. Bringing these systems under SITA’s management consolidates the oversight of these vital networks, placing the responsibility for cybersecurity and system resilience squarely on the Swiss technology provider.
AirPro News analysis
The acquisition of Collins Aerospace Airport Solutions by SITA signals a tightening concentration of power in the airport IT sector. With Amadeus absorbing IDEMIA and SITA integrating both Materna IPS and now the Collins airport unit, the market is increasingly dominated by a duopoly of massive integrators capable of offering comprehensive biometric and baggage solutions.
For airports and airlines, this consolidation promises more seamless integration across the passenger journey, potentially reducing the friction of managing multiple vendor contracts. However, it also raises the stakes for system reliability. As fewer vendors control the critical infrastructure of global air travel, any localized software failure or cyber incident has the potential to cascade across multiple airports and operators simultaneously.
Photo Credit: SITA
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