Commercial Aviation
Delta Air Lines Engine Replacement Program Addresses Safety and Costs
Delta Air Lines replaces engines on Airbus fleet to improve safety, tackle fume events, and reduce tariffs amid Pratt & Whitney engine challenges.
Delta Air Lines has embarked on a large-scale engine replacement initiative across its Airbus fleet, marking a significant move in the U.S. aviation sector. The airline is addressing a convergence of critical challenges: toxic fume events, tariff avoidance, and reliability concerns with Pratt & Whitney engines. These efforts, spanning over 300 aircraft and requiring substantial investment, underscore the complexity of balancing safety, economic, and operational priorities in today’s airline industry.
This article explores the multifaceted context behind Delta’s engine replacement programs. We examine the historical and technical background, the specific actions Delta is taking, the broader engine reliability crisis, and the economic, health, and regulatory ramifications. By breaking down these developments, we aim to provide a clear, fact-based overview of how one of the world’s largest airlines is responding to unprecedented industry challenges.
The implications of Delta’s actions extend beyond its own operations, highlighting systemic issues in commercial aviation and prompting innovations in maintenance, regulatory oversight, and global supply chain management.
Aircraft engine maintenance has always been a cornerstone of aviation safety and reliability. Engines are among the most expensive and technically complex components of a Commercial-Aircraft, with maintenance cycles that can cost millions of dollars over their service life. Traditionally, airlines have relied on scheduled maintenance based on flight hours or cycles, intervening reactively when issues arise.
Most modern jets, except for the Boeing 787, use a “bleed air” system. This system draws compressed air from the engines for cabin pressurization, air conditioning, and anti-icing. However, this design can allow contaminants, such as engine oil or hydraulic fluid, to enter the cabin air if seals fail or parts malfunction. While this system has been standard for decades, heightened awareness of health impacts and improved detection have brought increased scrutiny to so-called “fume events.”
The global aircraft maintenance, repair, and overhaul (MRO) industry is a major economic sector, with annual spending estimated to exceed $100 billion. For Airlines, maintenance is among the largest operating costs, often running into millions annually per aircraft. This economic reality, combined with stricter safety regulations and the pressure to maximize aircraft utilization, is pushing airlines toward more proactive maintenance strategies.
Delta, through its Delta TechOps division, is a recognized leader in aircraft maintenance. The division not only handles Delta’s own fleet of over 900 aircraft but also provides services to more than 150 other aviation customers globally. This extensive infrastructure enables Delta to undertake fleet-wide modifications and engine replacement programs that might be logistically or financially prohibitive for other carriers.
Delta has launched multiple engine replacement programs targeting both safety and operational efficiency. The most notable effort involves replacing auxiliary power units (APUs) on its Airbus A320 series aircraft. This move addresses an uptick in toxic fume incidents that have affected both crew and passengers. Delta reports that it is about 90% complete with upgrades across its 310 Airbus A320 series aircraft, including 76 of the latest generation models. The APU replacement initiative, which began in 2022 and was publicly acknowledged following a Wall Street Journal investigation, is one of the most ambitious safety responses by a U.S. airline in recent years. The APU, essentially a small engine in the aircraft tail, powers systems when the plane is on the ground and starts the main engines. On the Airbus A320 series, a design flaw has heightened the risk of cabin air contamination by engine oil.
The scale of Delta’s program reflects the seriousness of the problem. Over the last 25 years, thousands of fume events have been reported to the Federal Aviation Administration (FAA), with the frequency increasing in line with the popularity of the Airbus A320 family. These events have been linked to symptoms ranging from temporary illness to long-term neurological damage among crew and passengers.
Delta is also employing a separate strategy to avoid import tariffs. By removing U.S.-built Pratt & Whitney engines from new Airbus aircraft in Europe and shipping them back to the U.S. separately, Delta sidesteps the 10% tariff on European-built aircraft. This approach also allows Delta to use these engines as replacements for problematic units in its existing fleet, maximizing operational flexibility.
“The decision to undertake such a massive replacement program reflects the severity of the fume event problem. Thousands of these incidents have been reported to the Federal Aviation Administration over the past 25 years, with the rate of incidents increasing in recent years due in part to the growth in sales of Airbus’s A320 family of aircraft.”
The Pratt & Whitney geared turbofan (GTF) engine crisis has become a major industry-wide issue, affecting hundreds of aircraft and costing airlines billions in lost revenue and compensation. In July 2023, a critical powder metal defect was discovered, requiring the inspection of 1,200 engines out of 3,000 A320neo power plants produced between 2015 and 2021.
The FAA issued an airworthiness directive mandating inspections for micro-cracks that could indicate metal fatigue. This move had significant financial repercussions, including a notable drop in RTX Corporation’s stock price and a projected $500 million reduction in 2023 cash flow to cover inspection costs.
Airlines have reported severe operational impacts. JetBlue disclosed that GTF engine inspections and repairs can take up to 360 days, far longer than typical maintenance cycles. Wizz Air, operating an all-Airbus fleet, expects to have dozens of aircraft grounded until at least 2027 due to engine shortages. Spirit Airlines has also been heavily affected, grounding many jets and securing compensation agreements from Pratt & Whitney.
These engine issues have led to what experts describe as “MRO congestion,” with maintenance facilities overwhelmed by the volume of engines needing service. Airlines are carrying more spare engines than ever before and facing unprecedented disruptions to their operations.
“JetBlue Airways has provided particularly detailed insight into the severity of the GTF engine maintenance crisis. The airline’s February 2025 SEC filing revealed that Pratt & Whitney GTF engines require an unprecedented 360 days to complete inspection and repair cycles.”
The financial implications of Delta’s engine replacement efforts, and the broader GTF engine crisis, are substantial. For Delta, replacing APUs alone represents a significant capital outlay. Depending on the model, each APU exchange can cost between $601,000 and $753,000. With 310 aircraft involved, the direct hardware cost could exceed $200 million, not including installation and downtime. Airline economics are further strained by aircraft groundings. For example, JetBlue estimated that grounding 11 PW1000G-equipped Airbus planes cost about $1.2 million per day in lost revenue. Maintenance shop visits for modern engines can cost over $10 million and keep an engine offline for up to nine months.
Delta’s APEX (Advanced Predictive Engine) program offers a counterpoint, leveraging advanced analytics to improve maintenance forecasting. This has allowed Delta to reduce engine turnaround times and achieve significant cost savings, highlighting the value of proactive, technology-driven maintenance strategies.
Tariff avoidance strategies also play a role in managing costs. By separating the importation of engines and airframes, Delta can minimize tariff exposure, a crucial consideration given the 10% duty on European-built aircraft.
Fume events, where cabin air is contaminated by engine oil or hydraulic fluids, pose serious health risks. Exposure can cause symptoms ranging from headaches and nausea to long-term neurological damage. The chemical Tricresyl Phosphate (TCP), found in engine oils, is particularly toxic even at low levels.
Several legal cases have established a link between fume exposure and permanent health effects. For instance, a JetBlue captain was awarded compensation in 2020 for brain damage after a fume event. Other cases have resulted in settlements for affected crew members, though many are resolved quietly out of court.
The growing frequency of reported fume events, especially on Airbus A320 family aircraft, has drawn regulatory and public attention. These incidents have prompted calls for design changes and more rigorous monitoring of cabin air quality.
“Hot jet engine oil releases vaporized Tricresyl Phosphate (TCP), a highly toxic organophosphate chemical in the same family as sarin nerve gas. Even small amounts of TCP are extremely toxic to the human body, and exposure can result in symptoms including stomach cramps, muscle weakness, flu-like symptoms, and delayed problems with gait, balance, and tingling or numbness.”
The challenges Delta faces are not unique. Airlines globally are grappling with the same engine reliability and safety issues, particularly those operating Airbus A320neo family aircraft. The crisis has exposed vulnerabilities in aircraft design, manufacturing quality, and global supply chains.
Manufacturers are responding with investments in new production technologies and engine upgrades. Pratt & Whitney’s GTF Advantage engine, for example, promises improved durability and efficiency, while additive manufacturing repairs are being developed to speed up maintenance. Airlines are increasingly turning to predictive maintenance powered by AI. Delta’s APEX program is a leading example, but other carriers are adopting similar systems to anticipate failures and schedule maintenance proactively.
The MRO sector is also evolving, with larger providers like Delta TechOps positioned to benefit from increased demand for advanced maintenance services.
Regulatory agencies are stepping up oversight in response to these challenges. The FAA has issued directives for both engine inspections (in response to the GTF crisis) and for structural inspections on Airbus aircraft (such as the A220’s slat track corrosion issue).
Legal cases related to fume events are establishing new precedents for compensation and airline liability. Workers’ compensation rulings, such as the 2020 Oregon case involving a JetBlue pilot, are highlighting occupational health hazards and prompting calls for more robust safety measures.
The global nature of aviation adds complexity to regulatory responses, requiring coordination among authorities in different countries. As legal and regulatory frameworks evolve, airlines and manufacturers are under increasing pressure to address both technical defects and occupational health risks.
The aviation industry’s response to these challenges is driving innovation in predictive maintenance, engine design, and cabin air safety. Artificial intelligence is enabling airlines to transition from reactive to proactive maintenance, reducing disruptions and improving safety.
Pratt & Whitney’s next-generation GTF Advantage engine is expected to double the time between overhauls and improve fuel efficiency. Manufacturing improvements, such as additive repairs and enhanced quality control, aim to reduce future defect rates.
Alternative aircraft designs, such as the Boeing 787’s electric compressors (which eliminate bleed air from engines), may offer long-term solutions to fume event risks. While retrofitting existing fleets is impractical, future aircraft are likely to incorporate these advances. “Delta’s APEX program, which won Aviation Week’s Innovation Award in 2024, demonstrates the potential for these technologies to dramatically reduce maintenance-related disruptions.”
Delta Air Lines’ engine replacement programs exemplify the multifaceted challenges facing modern aviation. By addressing toxic fume incidents, engine reliability, and tariff impacts, Delta is navigating a complex landscape where safety, economics, and operational efficiency intersect.
The airline’s proactive approach, combined with industry-wide innovations in predictive maintenance and engine design, is shaping the future of commercial aviation. As regulatory frameworks evolve and new technologies mature, airlines that adapt quickly and effectively will be best positioned to ensure safety, reliability, and long-term competitiveness.
Q: Why is Delta replacing engines and APUs on its Airbus aircraft? Q: What is the main issue with Pratt & Whitney GTF engines? Q: How is Delta managing the economic impact of these replacements? Q: Are fume events unique to Delta or Airbus aircraft? Q: What are the long-term solutions for these engine and air quality issues?
Delta Air Lines Engine Replacement Programs: Navigating Safety, Economic, and Operational Challenges in Modern Aviation
Background and Historical Context of Aircraft Engine Maintenance
Delta’s Comprehensive Engine Replacement Programs
The Pratt & Whitney GTF Engine Crisis
Economic and Operational Impact Analysis
Health and Safety Implications of Fume Events
Industry-Wide Implications and Response Strategies
Regulatory and Legal Landscape Evolution
Future Outlook and Technological Solutions
Conclusion and Strategic Implications
FAQ
A: Delta is replacing engines and APUs to address toxic fume incidents, improve operational reliability, and avoid tariffs on imported aircraft components.
A: The main issue is a powder metal defect that requires extensive inspections and has led to prolonged aircraft groundings and costly maintenance.
A: Delta uses advanced predictive maintenance programs and tariff avoidance strategies to minimize costs and operational disruptions.
A: No, fume events have been reported across multiple airlines and aircraft types, but the Airbus A320 family has been particularly affected due to design factors.
A: Long-term solutions include advanced engine designs, improved manufacturing processes, predictive maintenance, and, for future aircraft, alternative systems that eliminate bleed air.
Sources
Photo Credit: Delta Airlines
Commercial Aviation
Hopscotch Air Partners with Euroairlines for Scheduled Flight Marketing
Hopscotch Air teams with Euroairlines to market flights on global distribution systems, expanding access through major online travel agencies.
This article is based on an official press release from Hopscotch Air.
Hopscotch Air, a regional air mobility company operating in the Northeast United States, has signed a new agreement with Euroairlines to market its flights through major online travel agencies (OTAs) and traditional travel networks. The partnership marks a significant step for the New York-based operator as it seeks to expand its visibility and passenger base.
According to an official press release from Hopscotch Air, the new scheduled service will be marketed under Euroairlines’ IATA code (Q4) while being operated by Hopscotch Air (O2). This integration allows the regional carrier to debut on the global distribution system (GDS) this spring, offering travelers more streamlined booking options for its flights.
Initially, the scheduled flights will be based on Hopscotch Air’s existing on-demand schedule, specifically utilizing “empty-leg” flights. The company plans to introduce dedicated scheduled flights at a later date, with most routes featuring Westchester County Airport (KHPN) as a primary hub in the New York metropolitan region.
The collaboration with Euroairlines is designed to bridge the gap between private regional aviation and commercial booking platforms. By leveraging Euroairlines’ established distribution network, Hopscotch Air can now reach passengers who typically book through standard online travel agencies.
Euroairlines, founded in Spain in 2000, specializes in connecting airlines through robust distribution services supported by top travel agencies and GDS platforms. The company operates under IATA plate Q4-291 and maintains a global presence with offices in major hubs including Madrid, New York, Miami, and São Paulo.
“To partner with a well-established, global airline that makes it easier for us to have access to the online travel agencies is a terrific step forward for our company,” said Andrew Schmertz, CEO of Hopscotch Air, in the company’s press release.
Euroairlines leadership also highlighted the mutual benefits of the partnership, noting the operational advantages of the new agreement.
“The agreement with Hopscotch Air allows us to offer passengers more flexible travel options while optimizing our operations,” stated Antonio López-Lázaro, CEO of Euroairlines. “Integrating these flights into the global distribution system expands our route network and reinforces our commitment to innovation and sustainability.”
Hopscotch Air, a wholly owned subsidiary of Hopscotch Go Corporation, launched in 2009 and operates as an FAA-certificated regional air mobility company. The carrier currently performs approximately 1,000 revenue legs annually, providing an alternative to traditional commercial flights and expensive private charters. The company’s fleet consists of technologically advanced Cirrus SR22 aircraft, which are flown from primary bases in New York and Boston. These single-engine piston aircraft are designed to offer affordable, on-demand aviation to regional destinations that are often underserved by major commercial airlines.
The Euroairlines agreement arrives during a period of active expansion for Hopscotch Air. Industry reporting by ch-aviation indicates that the carrier is pursuing a commuter air carrier certificate to support a planned expansion into dedicated scheduled services.
According to recent filings and industry estimates from Aviation International News, Hopscotch Go Corporation has filed a Regulation A Offering Circular with the U.S. Securities and Exchange Commission to raise capital. The company intends to use these funds to expand its fleet of Cirrus aircraft, increase pilot staffing, and potentially acquire larger aircraft, such as the Cessna Grand Caravan or Tecnam P2012, to support its scheduled service ambitions.
By securing GDS distribution through Euroairlines now, Hopscotch Air is laying the critical digital infrastructure needed to fill seats once its dedicated scheduled routes and larger aircraft come online. This strategy mirrors a broader industry trend where regional air mobility providers are increasingly integrating with traditional airline booking systems to capture a wider segment of the traveling public.
Hopscotch Air has partnered with Euroairlines to market its flights through major online travel agencies and global distribution systems using Euroairlines’ IATA code (Q4).
Initially, the company will offer scheduled flights based on its “empty-leg” on-demand schedule. It plans to introduce specific scheduled flights later, primarily connecting through Westchester County Airport (KHPN).
Hopscotch Air operates a fleet of Cirrus SR22 single-engine piston aircraft from its bases in New York and Boston.
Sources: Hopscotch Air Press Release
Expanding access through global distribution
Hopscotch Air’s operational footprint
AirPro News analysis
Frequently Asked Questions
What is the new agreement between Hopscotch Air and Euroairlines?
What types of flights will Hopscotch Air offer on these platforms?
What aircraft does Hopscotch Air operate?
Photo Credit: Hopscotch Air
Commercial Aviation
American Airlines Plans Major In-Flight Wi-Fi and Entertainment Upgrade
American Airlines evaluates Starlink and Amazon Leo for Wi-Fi upgrades, considers returning seatback screens with Amazon content by 2027.
American Airlines is evaluating a massive overhaul of its in-flight entertainment and connectivity (IFEC) systems. According to reporting by CNBC, the carrier is in active discussions with low Earth orbit (LEO) satellite providers, including SpaceX’s Starlink and Amazon’s Leo network, to significantly upgrade its Wi-Fi capabilities.
In a major strategic pivot, the airline is also weighing the reintroduction of seatback screens across its narrow-body fleet. This move would reverse a nearly decade-old cost-cutting measure that relied heavily on passengers bringing their own devices to stream content.
The potential upgrades highlight a broader industry shift toward premium passenger experiences and high-speed, ground-like internet in the sky. We are seeing Airlines increasingly view connectivity not just as a standard perk, but as a critical competitive advantage in capturing high-value travelers.
The aviation industry is rapidly transitioning from legacy geostationary satellite systems to LEO networks, which offer significantly lower latency and higher bandwidth. American Airlines currently relies on traditional providers Viasat and Intelsat for its onboard internet, but the carrier is now looking to future-proof its fleet.
SpaceX’s Starlink currently dominates the LEO market with over 10,000 satellites in orbit. Major U.S. competitors, including United Airlines and Alaska Airlines, have already committed to outfitting their fleets with Starlink technology. Meanwhile, Amazon’s Leo network (formerly Project Kuiper) is emerging as a formidable challenger. Though it is still in its early deployment phase with roughly 150 satellites as of late 2025, Amazon plans to launch over 3,200 in total. JetBlue has already announced plans to adopt Amazon’s network starting in 2027.
American Airlines CEO Robert Isom confirmed that the carrier is evaluating multiple vendors to ensure reliability and avoid dependence on a single provider.
“We’re making sure that American is going to have the best connectivity options,” Isom stated, emphasizing the airline’s focus on fast, dependable internet.
The high-stakes competition between the tech giants has sparked public commentary from industry leaders. Commenting on American’s talks with Amazon, SpaceX CEO Elon Musk issued a warning on the social media platform X:
“American Airlines will lose a lot of customers if their connectivity solution fails.”
Similarly, Starlink VP of Engineering Michael Nicolls took a competitive jab at the ongoing negotiations, suggesting passengers should only fly on airlines with good connectivity, adding that there is currently only one reliable source available. FCC Chair Brendan Carr also recently weighed in on Amazon’s deployment challenges, noting that the company might fall roughly 1,000 satellites short of meeting its upcoming deployment milestone. Nearly ten years ago, American Airlines made the controversial decision to remove seatback screens from its narrow-body planes. The rationale was to reduce aircraft weight, save on fuel, and cut maintenance costs, operating under the assumption that passengers preferred the “Bring Your Own Device” model.
Now, according to the CNBC report, the airline is seriously considering reinstalling screens on over 790 Boeing and Airbus single-aisle jets. A final decision on this capital-intensive initiative could arrive as early as April 2026.
Beyond hardware upgrades, American is exploring a unique content partnership with Amazon to supply entertainment for the potential new seatback screens. While the airline currently partners with Apple to offer Apple Music and Apple TV+ content, a new deal could integrate Amazon Prime Video and Amazon Music directly into the passenger experience.
Furthermore, the integration might allow passengers to shop on Amazon using their AAdvantage loyalty miles while in flight. This would create a novel e-commerce ecosystem in the sky, blending in-flight entertainment with retail opportunities.
Upgrading an entire fleet is a monumental and highly capital-intensive task. If American Airlines selects Amazon Leo, a fleetwide rollout would likely not occur until closer to 2027, aligning with the network’s expected commercial readiness.
Retrofitting nearly 800 aircraft with new LEO antennas and seatback screens will require significant financial investment and several years of scheduled maintenance downtime to complete. However, the successful implementation of LEO Wi-Fi would drastically improve the passenger experience, allowing for seamless video streaming, live gaming, and video conferencing.
The core narrative emerging from these developments is American Airlines pivoting from a strict cost-cutting mindset to a premium customer experience Strategy. For years, the removal of seatback screens was a point of contention for passengers who compared American’s domestic product unfavorably to competitors like Delta Air Lines, which retained and continuously upgraded its seatback entertainment.
The rivalry between Elon Musk’s Starlink and Jeff Bezos’s Amazon Leo serves as a compelling backdrop. By pitting the two satellite providers against each other, American Airlines is likely seeking leverage to secure the best possible pricing, bandwidth guarantees, and service-level agreements. Additionally, the potential integration of AAdvantage miles with Amazon e-commerce represents a highly innovative ancillary revenue stream. If executed correctly, this retail integration could help offset the massive capital expenditure required for the hardware retrofits, turning a traditional cost center into a revenue generator. When will American Airlines make a decision on seatback screens? Which airlines are already using Starlink or Amazon Leo? How many satellites do Starlink and Amazon Leo currently have? Sources: CNBC
The Battle for High-Speed In-Flight Wi-Fi
Executive Perspectives and Industry Rivalry
The Return of Seatback Screens and Amazon Integration
A Potential E-Commerce Hub at 35,000 Feet
Timeline and Implementation Challenges
AirPro News analysis
Frequently Asked Questions (FAQ)
According to industry reports, a final decision regarding the reinstallation of seatback screens on narrow-body jets could be made as early as April 2026.
United Airlines and Alaska Airlines have committed to outfitting their fleets with SpaceX’s Starlink. JetBlue has announced plans to deploy Amazon’s Leo network starting in 2027.
Starlink currently operates over 10,000 satellites in low Earth orbit. Amazon Leo is in its early deployment phase with roughly 150 satellites as of late 2025, though it plans to launch over 3,200.
Photo Credit: American Airlines
Route Development
Lufthansa and Munich Airport Extend Partnership with Terminal 2 Expansion
Lufthansa Group and Munich Airport extend joint venture to 2056, planning Terminal 2 expansion and Frankfurt cargo investments.
This article is based on an official press release from Lufthansa Group.
Lufthansa Group and Munich Airport (FMG) have announced a significant extension of their joint venture, committing to a partnership that will now run through 2056. According to an official press release from the airline, the agreement paves the way for major infrastructure investments, most notably the expansion of Terminal 2’s satellite building.
The planned expansion will introduce a new “T-Pier” connecting to the east of the existing satellite facility. This development is designed to accommodate the airline’s growing long-haul fleet and solidify Munich’s position as a premier European aviation hub.
Beyond Munich, the Lufthansa Group also outlined ongoing investments at its primary hub in Frankfurt, signaling a broader strategy to enhance operational efficiency and cargo capacity across Germany’s largest airports.
The centerpiece of the renewed agreement is the construction of the T-Pier, which is scheduled to open in 2035. Based on the company’s announcement, this addition will increase Terminal 2’s handling capacity by an additional 10 million passengers annually. The terminal, which is used exclusively by Lufthansa Group and its partner airlines, already served more than 32 million passengers in 2025.
The joint venture between Lufthansa and Munich Airport is unique in Europe, with the two entities sharing operational responsibility for the infrastructure. Currently, Munich Airport holds a 60 percent stake in the Terminal 2 operating company, while the Lufthansa Group holds the remaining 40 percent.
Company and regional leaders emphasized the strategic importance of the expansion. Carsten Spohr, Chairman of the Executive Board and CEO of Deutsche Lufthansa AG, highlighted the value of the long-term partnership.
“This investment in the future is far more than an infrastructure project, it is a clear commitment to Bavaria as a gateway to the world, to Germany as a business location, and to the global competitiveness of European aviation hubs,” Spohr stated in the press release.
Bavarian Minister-President Dr. Markus Söder also praised the development, noting in the release that the state government strongly supports the aviation sector and will continue to advocate for infrastructure expansion and a reduction in air traffic taxes. While Munich is set for significant passenger capacity growth, the Lufthansa Group is simultaneously advancing projects at Frankfurt Airport. According to the release, Lufthansa Cargo is investing over 600 million euros in a new cargo handling center at the Frankfurt hub.
Additionally, with Frankfurt’s Terminal 3 scheduled to open in April 2026, the airline group is focusing on optimizing its core operations in the northern part of the airport. Earlier this month, Lufthansa Group, alongside Fraport and FraAlliance, launched the “Campus North” project to improve operational efficiency and the passenger experience around Terminal 1.
The dual investments in Munich and Frankfurt underscore Lufthansa Group’s commitment to a multi-hub strategy. By securing the Munich joint venture through 2056, the airline ensures long-term stability for its passenger operations and long-haul fleet expansion. Meanwhile, the 600 million euro cargo investment in Frankfurt highlights the growing importance of freight operations in the airline’s overall revenue mix. We view these parallel developments as a calculated effort to maintain competitiveness against other major European and Middle Eastern hub carriers, ensuring that Germany remains a central node in global aviation.
According to the Lufthansa Group, the T-Pier is scheduled to open in 2035.
The expansion is expected to increase Terminal 2’s handling capacity by an additional 10 million passengers per year.
Munich Airport holds a 60 percent stake in the Terminal 2 operating company, while the Lufthansa Group holds a 40 percent stake.
Expanding Capacity at Munich Airport
The New T-Pier Project
Leadership Perspectives
Strategic Developments in Frankfurt
Cargo and Terminal Upgrades
AirPro News analysis
Frequently Asked Questions
When will the new T-Pier at Munich Airport open?
How many additional passengers will the T-Pier accommodate?
What is the ownership structure of Terminal 2 at Munich Airport?
Sources
Photo Credit: Lufthansa
-
Commercial Aviation5 days agoeasyJet to Fit Ultra-Lightweight Mirus Kestrel Seats on 237 New Aircraft
-
Regulations & Safety4 days agoAir Canada Express Flight 8646 Collision at LaGuardia Airport Investigated
-
Regulations & Safety6 days agoAir Canada Express Jet Collides with Fire Truck at LaGuardia Airport
-
Business Aviation2 days agoJacksonville Begins Otto Aerospace Facility for Phantom 3500 Jets
-
Regulations & Safety2 days agoHelicopter Crash Near Kalalau Beach Kauai Kills Three