Euronext:AIR

Airbus has delivered the first A321XLR aircraft to Air Canada, marking a key milestone in the airline’s fleet renewal and network expansion strategy. The aircraft, part of an order of 30 units, will enable Air Canada to operate longer-range routes more efficiently, including non-stop transatlantic flights from cities such as Montreal and Toronto.

The A321XLR offers up to 4,700 nautical miles of range and around 30% lower fuel burn per seat compared to previous-generation aircraft, supporting improved economics and reduced emissions. The delivery also makes Air Canada the first operator of the model in Canada.

Airbus highlighted strong demand for the aircraft, with more than 500 orders globally, as airlines seek flexible and fuel-efficient solutions for long-haul and secondary routes.
Airbus highlighted the critical role of U.S. Coast Guard MH-65 helicopters in rescue operations during severe floods in Texas in 2025, showcasing their performance in extreme conditions. The helicopters were deployed to evacuate stranded residents as rising waters cut off access routes and overwhelmed local infrastructure.

During one operation near Kerrville, a Coast Guard crew successfully rescued 15 campers and assisted 169 others, navigating hazardous weather, low visibility, and difficult terrain. The mission involved prolonged flight operations, coordination with multiple aircraft, and complex landing and evacuation procedures.

Airbus emphasized the reliability and capability of the MH-65 platform in high-risk search and rescue missions, noting its importance in supporting emergency response and saving lives in challenging environments.
Airbus and Partners Launch NH90 Block 2 Upgrade Study

NATO helicopter agency NAHEMA has signed a contract with NHIndustries — the consortium of Airbus, Leonardo, and GKN Aerospace — to begin a two-year architecture study for the NH90 Block 2 upgrade programme. The study aims to define the next major evolution of the widely deployed military helicopter for the 2040+ operational environment.

The Block 2 upgrade is set to introduce modular avionics, greater configuration commonality across variants, improved maintenance and performance, and new capabilities in collaborative combat, connectivity, and crewed-uncrewed teaming. The study will run in parallel with European Next Generation Rotorcraft Technologies (ENGRT) initiatives and build on the ongoing Block 1 programme.

The NH90, which recently surpassed 500,000 flight hours across its operational life, is currently in service with numerous NATO nations in both naval and tactical roles. Airbus said the Block 2 contract marks a decisive step in keeping the platform at the forefront of European defence capability for decades ahead.
Airbus introduced its “Smart Catering” solution, an AI-driven system designed to reduce in-flight food waste and improve operational efficiency.

The technology uses camera-based AI on crew devices to automatically track meal and beverage consumption in real time, providing accurate inventory updates without adding workload for cabin crew.

Tested in 2025 with Virgin Atlantic on A330 and A350 flights, the system demonstrated the ability to analyze passenger consumption patterns and optimize catering supply. The solution also offers features such as real-time stock visibility, dietary information, and route-level data analytics.

Airbus estimates that such AI-driven tools could achieve double-digit reductions in avoidable food waste, addressing a major issue in aviation where up to 20% of onboard food goes unused.

Overall, Smart Catering represents a step toward more sustainable airline operations, combining digitalization and data analytics to reduce waste while maintaining service quality.
Airbus highlighted the life-saving capabilities of its Airbus H125 through recent high-altitude rescue operations in the Andes mountains.

In separate missions in Chile and Argentina, operators Rotortec Helicopters and Helicopters AR successfully carried out rescues at altitudes approaching and exceeding 6,000 metres. One operation involved evacuating a stranded climber from Mount Aconcagua using a precision hoist, while another saved a missing trekker after two days in extreme conditions.

The missions demonstrated the H125’s ability to maintain lift and performance in thin air and harsh environments where many helicopters reach operational limits. Its power and maneuverability enabled critical interventions, including hovering rescues and operations on steep terrain where landing was not possible.

Airbus emphasized that the combination of advanced aircraft capabilities and skilled crews remains essential for search-and-rescue missions in extreme conditions, reinforcing the H125’s role in high-altitude emergency response.
Airbus SE announced that Vietnam Helicopter Corporation has ordered three H225 helicopters to support the expansion of its offshore energy operations.

The aircraft will be used for missions including offshore transport, search and rescue, and utility operations, while also replacing older helicopters in the fleet. The order builds on a long-standing partnership between Airbus and VNH spanning more than 40 years.

Airbus said the H225 is designed for high performance in demanding environments, offering strong range, payload capacity, and advanced safety systems.

The deal reflects VNH’s strategy to modernize its fleet and strengthen operational capacity in offshore energy services.
Airbus has launched a new wholly owned subsidiary, Skywise, combining its Skywise digital platform with Navblue solutions to strengthen its digital services offering.

The new entity will integrate flight, technical, and ground operations tools into a unified platform, serving both Airbus and non-Airbus fleets. With around 750 employees across multiple global locations, Skywise aims to deliver end-to-end, interoperable digital solutions for airline operations.

Airbus stated that the move reflects the rapid growth of digital services in aviation, with the Skywise platform already connecting over 12,000 aircraft worldwide.

The initiative is part of Airbus’ broader strategy to expand services revenue and enhance lifecycle management through data-driven optimization, improving efficiency, performance, and operational resilience for airline customers.
Airbus reported new milestones in the testing of its Racer high-speed helicopter demonstrator, highlighting advances in speed, efficiency, and maneuverability.

The aircraft has logged over 50 flight hours and achieved a cruise speed of 440 km/h while consuming around 25% less fuel than conventional helicopters. Recent tests also demonstrated complex capabilities such as 14-degree slope landings and high-speed maneuvering with 2g turns.

The Racer showed strong vertical performance, reaching 10,000 feet in under three minutes with a climb rate of 3,600 feet per minute—approximately twice that of traditional rotorcraft.

Developed under the Clean Sky 2 program, the demonstrator combines rotorcraft and fixed-wing features, enabling both high speed and agility without compromising stability or efficiency. Military pilots from several European countries have also tested the aircraft, indicating growing confidence in its operational potential.

Airbus plans further testing of features such as “Eco-Mode,” which could reduce fuel consumption by an additional 15%, and noise optimization technologies aimed at lowering the aircraft’s acoustic footprint.

The company stated that the Racer represents a significant step toward next-generation helicopters capable of combining speed, efficiency, and mission versatility.
Airbus has deployed a virtual reality H125 helicopter simulator in Nepal to enhance pilot training and improve flight safety in challenging mountainous conditions.

The initiative, part of the “Safety First in the Himalayas” program, brought together aviation authorities, operators, and safety experts to address the region’s high-risk flying environment. Around 30 pilots from local operators received intensive training using the simulator.

The VR-based system enables realistic simulation of emergency scenarios and high-altitude operations, allowing pilots to practice critical decision-making without operational risk. Training sessions combined emergency procedures with mountain flying techniques under expert supervision.

Airbus said the program demonstrates its commitment to aviation safety and plans to replicate similar training initiatives in other regions facing complex operating conditions.
Airbus tests integrated digital system to enhance wildfire response

March 26, 2026 — Airbus announced the successful completion of a first-of-its-kind trial integrating aircraft, helicopters, drones, and ground teams to improve forest firefighting operations.

The system connects multiple assets through real-time communication and AI-driven data processing, enabling faster detection, coordinated response, and more precise water drops.

During the trial in France, drones and aircraft captured real-time imagery, which was analyzed alongside environmental data such as wind and terrain to optimize flight paths and firefighting actions.

Airbus said the solution significantly reduces the time between fire detection and suppression while improving operational efficiency and coordination between air and ground crews.

The initiative is part of Airbus’s broader effort to develop advanced digital ecosystems for emergency response and address the growing global challenge of wildfires.
Video Thumbnail
12-03-25The Investor
Video Thumbnail
06-16-25WS News
Video Thumbnail
06-04-25The Investor
Video Thumbnail
04-02-25The Investor
Video Thumbnail
03-09-25The Investor