MRO's Archives - Page 55 of 134 - Aviation, Inflight and Aero Connectivity Consultants

Panasonic Announces New Software Engineering Center in India

Panasonic Avionics recently introduced a rapidly growing set of software development capabilities based in Pune, India. (Photo: Panasonic)

Panasonic Avionics, one of the aviation industry’s leaders in providing in-flight entertainment and connectivity systems, has announced a new global software development center in Pune, India. First entering the Indian market in 1972, the company hopes to expand its presence in south Asia.

Panasonic Avionics Corporation is a leading supplier of a variety of aviation products, focused mainly on providing reliable in-flight entertainment and communication systems to its customers. Many of the world’s leading airlines have equipped their fleet with Panasonic’s IFE systems, with over 15,000 commercial aircraft having been installed with its technology. With approximately 70% of the world’s IFE-equipped aircraft being powered by Panasonic, the company hopes to further assist airline clients earn more customer loyalty and ancillary revenue through its products.

Panasonic Avionics’ growth in India will allow it to better serve its customers. As Satyen Yadav, the Chief Technology Officer of Panasonic Avionics Corporation explained, “It’s an incredibly exciting time in our industry as our airline partners are looking to enhance the travel journey in new and exciting ways. As a trusted partner to the world’s leading airlines, our goal is to unlock the potential of IFEC with solutions that give airlines the same flexibility they enjoy with their web and mobile solutions so that they can maximize their net promoter score (NPS), increase customer loyalty, drive revenue, and optimize their operational efficiencies.”

The new infrastructure this software development center provides will foster innovation and play a pivotal role in finding better solutions to offer customers. Panasonic Avionics will invest in state-of-the-art labs that will be capable of testing new passenger experiences for a variety of aircraft, ranging from narrow-body to wide-body aircraft. Additionally, the company will create replica, full-scale cabins of single-aisle and twin-aisle aircraft that will enable researchers to test IFE software that can help improve an airline’s products. Panasonic’s new investment will also assist it in improving time to market for its offerings.

In addition to better serving customers, Yadav also believes the new edition will support existing locations and teams. He notes the excitement he has for the company’s Pune operation to “complement the excellent work of our US-based teams with the development and growth of our new capabilities in India. This combined group of skilled engineers is enabling us to grow and future-proof our software development capabilities and ensure the highest levels of reliability in our systems. This new expertise in India is already delivering a wide range of software-related services—everything from new OS platforms, mobile apps, interactive software, cloud and data engineering to automation and software architecture design.”

With competition in the airline industry intensifying, many have already begun improving their own on-board product to entice customers. Panasonic believes its new facility in Pune will help it better serve its customers as they look for new solutions to in-flight entertainment and connectivity.

The post Panasonic Announces New Software Engineering Center in India appeared first on Avionics International.

—————
Boost Internet Speed–
Free Business Hosting–
Free Email Account–
Dropcatch–
Free Secure Email–
Secure Email–
Cheap VOIP Calls–
Free Hosting–
Boost Inflight Wifi–
Premium Domains–
Free Domains

Universal Hydrogen and Hartzell Propeller Test Cleaner Technologies

Universal Hydrogen Co. flew a 40-passenger regional airliner using hydrogen fuel cell propulsion during a demonstration in early March. (Photo: Business Wire)

Recently, Universal Hydrogen and Hartzell Propeller showed significant progress toward hydrogen fuel cell-powered flight. The two companies collaborated to alter a De Havilland Dash 8 testbed, allowing it to be powered by both hydrogen fuel cells and traditional aviation fuel. With a successful first flight on March 2, 2023, the two companies’ collaboration has made promising steps toward making air travel cleaner and more sustainable.

Headquartered in the Los Angeles area, Universal Hydrogen has a mission to decarbonize the aviation industry while keeping flying affordable for passengers and operators. While it was founded in early 2020, the company has already reached some impressive milestones—namely the first flight of its partly hydrogen fuel cell-powered testbed aircraft earlier this month. The flight, which lasted for approximately 15 minutes, used hydrogen fuel cell propulsion and demonstrated the viability of clean fuel sources in the industry.

While this flight was operated under an FAA Special Airworthiness Certificate, the company hopes that the testing stage will last two years and that its new technology could enter into commercial service as early as 2025 with launch customers Connect Airlines and Amelia. Universal Hydrogen’s recent success has inspired confidence across the industry, as the company already has an order book for 247 aircraft conversions from 16 customers in different regions of the world.

The success of the Dash 8 testbed’s first flight was largely thanks to technology developed by Hartzell Propeller. As a part of Hartzell Aviation, Hartzell Propeller designs and manufactures propellers for aircraft in a variety of industry segments. Developed by Hartzell, the five-bladed propeller provided to support the testbed (dubbed “Lightning McClean” by Universal Hydrogen) has a 91-inch diameter and is made of carbon fiber. While it is smaller than the standard propeller that a Dash 8 is equipped with, it successfully provided the thrust necessary to keep the aircraft airborne after the jet fuel-powered engine was throttled back.

“During the second circuit over the airport, we were comfortable with the performance of the hydrogen powertrain, so we were able to throttle back the fossil fuel turbine engine to demonstrate cruise principally on hydrogen power,” remarked Alex Kroll, a former U.S. Air Force test pilot and the company’s chief test pilot. “The airplane handled beautifully, and the noise and vibrations from the fuel cell powertrain are significantly lower than from the conventional turbine engine.”

Hartzell Propeller is involved in several projects that aim to decarbonize the aviation industry, making this partnership just one of many of its attempts to make flying cleaner. As Hartzell Propeller President JJ Frigge explained, “This project with Universal Hydrogen is one of many programs where Hartzell Propeller is working with and supporting advanced air mobility manufacturers. Hartzell Propeller has been around for over a hundred years, and carbon-free flight can power our next century.”

In addition to providing the propeller, Hartzell also designed a customized governor for Universal Hydrogen. This device, which automatically changes the propeller blade pitch of an aircraft, helps the engine maintain a consistent RPM.

This first flight marks a significant milestone in the industry-wide attempt to make flying cleaner and more sustainable. It featured the largest hydrogen fuel cell-powered aircraft, as well as the largest aircraft to cruise primarily on hydrogen. If all goes according to Universal Hydrogen’s plan, the first ATR 72 to run solely on hydrogen using its technology could be in passenger service by 2025.

The post Universal Hydrogen and Hartzell Propeller Test Cleaner Technologies appeared first on Avionics International.

Airbus Sees Big Potential For “Auto’Mate” Technology After Tanker-Drone Test Flights

Airbus Defence & Space and Airbus UpNext achieved in-flight autonomous guidance and control of a drone. (Photo: Airbus)

Demonstrations of an Airbus A310 Multi-Role Tanker Transport (MRTT) autonomously guiding a drone went “even better than expected” and showed the potential for autonomous air-to-air refueling, according to an Airbus executive involved in directing the trials.

Two 6-hour test flights–conducted March 21 and 23–in which an A310 MRTT flying testbed outfitted with the “Auto’Mate” technology being developed by Airbus UpNext was able to take control of DT-25 drones in-flight and put them in a refueling position around 45 m. from the tanker.

UpNext is the Airbus Defence and Space unit charged with developing future flight technologies. Airbus Defence and Space said the test flights “demonstrate a significant breakthrough for future aerial operations involving manned and unmanned assets.”

The aircraft and the uncrewed aircraft system (UAS) took off from separate spots in Spain and “over the waters of the Gulf of Cadiz, the control of the drone transitioned from a ground station to the A310 MRTT, autonomously guiding the DT-25 to the in-flight refueling position,” according to Airbus.

Manuel Barriopedro, head of the Auto’Mate demonstrator program at Airbus UpNext, told Avionics International in an interview that the demonstrations move Airbus farther down the road toward enabling drones to be refueled in-flight. “The objective is clear: to perform fully autonomous air-to-air refueling operations,” he said.

The Auto’Mate project is focused on “three main technological bricks,” Barriopedro said. These include accurate relative navigation, intraflight communication between platforms and cooperative control algorithms.

“We established communication [between the drone and A310 MRTT] via data link at the moment the drone was launched,” Barriopedro explained. “At the beginning, the drone was controlled by the ground control station manually, but at one point, we decided to pass the control to the MRTT, and from that moment control was performed autonomously. Artificial intelligence algorithms and cooperative control were guiding the drone to different positions.”

At first, the drone was kept at a distance from the MRTT as security and safety parameters were verified. “Then when we were seeing that things were going well, we were approaching [the tanker aircraft with the drone] more and more and more as we moved through the two days of this campaign,” Barriopedro said.

He noted the technology also aims to enable the control of drones in formation flight. Airbus envisions air force operations where “mission aircraft will fly jointly with drone swarms.”

Barriopedro said air-to-air control of drones could have applications well beyond refueling and military operations. “We believe that we have a huge potential using these technologies in different fields in different scenarios,” he explained.

Airbus said it plans additional Auto’Mate flight tests later in 2023, “exploring the use of navigation sensors based on artificial intelligence and enhanced algorithms for autonomous formation flight.”

The post Airbus Sees Big Potential For “Auto’Mate” Technology After Tanker-Drone Test Flights appeared first on Avionics International.

Stéphan D’haene Takes Over as New CEO of Jetson

Stéphan D’haene, the new CEO of Jetson, discussed upcoming goals and key priorities for the company in an interview with Avionics International. (Photo: Jetson)

Last week, electric vertical take-off and landing (eVTOL) company Jetson announced the appointment of a new CEO—industry expert Stéphan D’haene. He previously served as the Chief Operating Officer at ICON Aircraft, and he held executive positions at BlackWing in Sweden and Porto Aviation Group in Italy. He also worked at BRP for 10 years on outdoor powered recreational products, he shared in an interview with Avionics International.

When D’haene first saw Jetson’s eVTOL, he recalls thinking, “This is amazing. It’s the future.” He adds that the Jetson ONE “is not an air taxi type of vehicle. It’s really a recreational vehicle targeted at passionate owner pilots.”

In his new role, he looks forward to bringing creativity and providing solutions based on his prior experience, as well as working with a strong and enthusiastic team of engineers. They are currently fine-tuning the latest iterations and modifications of the eVTOL. “Jetson has a very high ‘wow factor,’” he noted.

The company has already received 500 orders for the Jetson ONE. Two key objectives in the short-term, Stéphan shared, are to finalize the definition of the product and to begin mass production.

Although a lot of eVTOL developers are close to beginning mass production, including Jetson, none have made it quite yet, he remarked. Safety is top priority: “If safety means we get delayed two or three months with getting in production, then so be it,” he stated. “I have learned from working in the aviation industry that you cannot compromise on safety, and we will not.”

“The Jetson ONE has a race-car inspired safety cell that protects the pilot, can sustain continuous flight with the loss of one motor, has an auto land function, and multiple safety features to protect the pilot in case of an emergency.” (Photo: Jetson)

A big part of their focus is to determine add-ons for the aircraft that will further improve safety. He explained, “We have a redundant flight computer, we have redundant motors, we are integrating a parachute rescue system, and now we’re putting a lot of effort in fine-tuning the programming of the supportive autopilot so that when people fly it, they they cannot get themselves in difficult situations.”

Jetson’s team is considering various partnerships and collaborations and is in discussions with a couple of parties, but none have yet been made official.

Stéphan D’haene sees Jetson as a leader in the personal eVTOL category as the market evolves in the long-term. The FAA’s approach to regulations will dictate to a large degree how the larger market evolves, he commented. He mentioned the MOSAIC (Modernization of Special Airworthiness Certificates) project as a restructuring of the light-sport aircraft (LSA) category, and that Jetson is anticipating an update on that rulemaking.

A challenge is that if, for example, the company wanted to include a second seat in its aircraft, there isn’t existing regulation to support certification for that aircraft. “I believe Jetson has the engineering team and the capability to explore a new market opportunity opening and, if it makes sense, to offer a product in that category,” D’haene said. “But we believe that in the short term, the market for the single-seat recreational Jetson is big enough for a very interesting, sustainable business.”

Avionics interviewed Jetson’s Tomasz Patan, co-founder and Chief Technical Officer (CTO) of Jetson, last year to learn more about the new European headquarters in Italy and about the latest seed round. The systems in the aircraft include a minimalistic display screen “located in the front of the cockpit so the pilot always has a good view of the display,” Patan said. “It shows remaining battery capacity, remaining flight time, and some very basic information provided by the flight computer. You also have a very bright LED, a warning light, whenever there is a situation. This LED will basically show you when you should be heading back for landing.”

The post Stéphan D’haene Takes Over as New CEO of Jetson appeared first on Avionics International.

OPINION: Touchless Travel—The Trend the Pandemic Unconsciously Sparked

Tim Duncan, Principal Product Manager – Growth at Bottle Rocket Studios, writes about how the travel landscape has recovered and adapted in the wake of the pandemic. (Photo: Business Insider)

It has been three years since the U.S. went into lockdown, when air travel hit a standstill and our backyards had to suffice for a summer vacation spot. The travel space was obliterated as a result. In fact, airlines hemorrhaged $168 billion in economic losses in 2020. Although not fully recovered, air travel is certainly back in full force in 2023, and the appetite for it is insatiable.

The pandemic fueled a mass shift in customer behaviors and expectations across the board. This is happening across all industries, as customers now seek out seamless and immersive experiences, with as little human interaction as necessary in many situations. Airlines have been forced to realign their priorities and how they function in order to please the connected customer of today, and the result has been innovative and exciting.

Customers Are King

A trend that we are seeing across all industries is an embracing of the “customer-obsessed” culture. As the airline landscape has become increasingly saturated and fiercely competitive, businesses are now prioritizing customer experiences and raising the bar for expectations by putting their customers at the center of their delivery models, leadership, strategy, and operations. In 2023, customer loyalty is actually more valuable than customer acquisition. With these new priorities and behaviors, let’s dive into how this has impacted the travel space.

Touchless Travel

Over the last three years, air travel has generally become more expensive. Even in the past year, we have seen a 25% increase in its cost. This is due to a combination of factors including higher fuel prices, soaring demand, inflation, and of course, labor constraints. Profitable air travel is now therefore much more than just selling seats. Airlines need to explore more ways to draw customers in and retain them, adding value to their services in order to justify their higher prices.

With today’s everything-tech economy, customers now expect their travel experience to incorporate a multitude of easily accessible digital touchpoints to enhance their trip and make it as seamless as possible. The key to success now lies in leveraging channels of communication and creating a carefully crafted omnichannel experience, where humans and tech can work hand in hand. The mundane and time-consuming tasks such as booking seats or getting in line for security can be automated, while the more complex ones can be dealt with by human experts, who can focus on adding value and driving loyalty. This will create interactions that are personalized, seamless, and immersive.

Customers now use multiple communication channels interchangeably—be it a smartphone, tablet, or in-person kiosk. It has become vital for businesses to ensure that all of these work in unison to provide a seamless airport experience. For example, a customer may book their flight online through the provider’s website, then check in through an app, drop off their luggage at the desk, and have their boarding pass in their Apple Wallet. This creates a sense of interconnectivity, allowing a customer to choose how much or how little human interaction they want.

Last summer, labor constraints, delays, and cancellations fueled crowded lines across airports. The average wait time to get through security at Miami airport soared to 46 minutes. To alleviate this, some airports have introduced virtual options to get in line, where customers can book a time slot at security or check in to the line through an app or QR code, to avoid long waiting times and enable a smoother experience. Customers can get live updates and receive notifications on their place in the line, allowing them to remain connected and updated in real-time despite not physically being there. This can be used in any area of the airport which involves lining up so that passengers have more time to wine, dine, shop, and prepare for their flight.

The same goes for in-flight entertainment. Airlines continue to upgrade their in-flight Wi-Fi capabilities that allow passengers to watch movies, send a text message to their friends back at home, or order food and drinks, all from their own device. This allows minimum human contact for an onboard customer, and yet they are constantly connected throughout the duration of their flight. These types of digital experiences ultimately add value and will encourage customers to remain loyal to an airline.

The Future of Air Travel

With lockdowns, restrictions, Covid passports, and delays, the aviation industry had to rethink customer experience during the pandemic and its aftermath. As the stress inextricably linked with travel over the past few years finally wanes, airlines want to ensure they can provide a streamlined, seamless, and stress-free experience for their customers now and in the years to come. The incorporation of digital experiences is inevitably the way forward, and it is certain that touchpoints will become even more in sync in order to ensure summer travel takes off without turbulence.

Author Tim Duncan is the Principal Product Manager – Growth at Bottle Rocket Studios.

The post OPINION: Touchless Travel—The Trend the Pandemic Unconsciously Sparked appeared first on Avionics International.

Enabling the Future of Advanced Air Mobility and Drone Operations in the U.S.

A U.S. House hearing last week featured discussions about advanced air mobility and the future of unmanned aircraft systems, or UAS. It also served as a legislative hearing for The National Drone and Advanced Air Mobility Act. (Photo: Skydio)

A U.S. House hearing held last week on the topic of advanced air mobility featured a discussion of the future of unmanned aircraft systems, or UAS, in the United States. It also served as a legislative hearing for The National Drone and Advanced Air Mobility Act. This is a bill that would enable a coordinated Federal initiative to accelerate civilian UAS operations. The act would also support research and development related to advanced air mobility (AAM).

Space & Aeronautics Subcommittee Chairman Brian Babin explained in his opening remarks that enabling the next generation of UAS will require further research and development as well as improvements to the regulatory framework. “Commercial use of UAS and AAM have the potential to carry out a wide range of missions across a broad range of sectors, including agriculture, weather monitoring, critical infrastructure, transportation, public safety, and disaster relief,” he said.

House Rep. Babin warned that many U.S. companies are choosing to conduct R&D in other countries because of the delays in the process of integrating UAS into the national airspace. “We’re losing out on the economic benefits of having American businesses compete in this rapidly growing industry,” he added.

Chairman Frank Lucas remarked upon the incredible potential of UAS and AAM technologies in his opening statement. He mentioned both electric vertical take-off and landing (eVTOL) aircraft as well as electric short take-off and landing (eSTOL) vehicles as two examples of the transformational technology that has emerged.

Rep. Lucas previously introduced the National Drone and Advance Air Mobility Initiative Act. He stated his plans to reintroduce the bill, which would establish an initiative for coordinating UAS activities in the U.S. The bill would also help to expand the necessary workforce for this industry.

“The demand for UAS is growing exponentially,” he explained. “In 2018, the drone services market was worth less than $5 billion. But it’s predicted to grow to more than $63 billion by 2025. The market for Advanced Air Mobility is expected to increase to $115 billion by 2035, creating more than 280,000 new jobs.”

Congresswoman Zoe Lofgren, Ranking Member of the House Science, Space, and Technology Committee, also spoke during last week’s hearing. “Aviation is critical to this country’s economy and global leadership,” she remarked. “Significant economic and societal benefits are at stake.”

Rep. Lofgren underscored applications for drones such as detecting and responding to wildfires, a key issue facing many parts of the country today. Drones also make it possible to conduct industrial inspections more safely and to perform environmental monitoring, she noted.

Also speaking at the hearing as a witness was Dr. Jamey Jacob, Executive Director of the Oklahoma Institute for Research and Education as well as the Williams Chair in Energy and Professor of Aerospace Engineering at Oklahoma State University. He commented that the university has been able to use UAS to improve weather observations and forecasting thanks to support from programs like the NASA University Leadership Initiative and the National Science Foundation National Robotics Initiative, as well as projects with the FAA. Their work, along with efforts by other universities, will help to accelerate the adoption of solutions for advanced air mobility in urban settings. Advanced capabilities in weather forecasting are also immensely useful during natural disasters such as floods, tornadoes, and hurricanes, Dr. Jacob shared.

“We have founded the LaunchPad AAM Center and Flight Range with the Osage Nation and Tulsa Innovation Laboratories to develop novel programs to support small business innovation and provide unique flight-testing solutions, helping to bridge this divide,” he explained.

“Facilities such as the Choctaw Nation of Oklahoma test site as part of the FAA BEYOND program are critical to U.S. capabilities,” Dr. Jacob added. “Further development of these and other facilities that allow testing of this technology to evaluate use cases and performance is much needed to provide crucial safety data for the FAA, such as advancing beyond visual line of sight drone operations.”

Dr. Parimal Kopardekar, Director of the NASA Aeronautics Research Institute, stated during the hearing, “NASA invests in aeronautics research to address the most critical pressing challenges by developing and transferring key technologies to the FAA and industry.”

He explained that UAS traffic management, or UTM, will enable safe, scaled-up operations of small drones in low-altitude airspace. NASA is collaborating with the FAA and industry leaders to research topics like airspace integration, aircraft noise levels, community acceptance, and safety.

“NASA Aeronautics has committed significant resources to ensure that UAS and AAM concepts and technologies will mature, scale, and be safely operationalized,” Dr. Parimal Kopardekar remarked. “U.S. leadership in this sector cannot be taken for granted, as other countries are closely following our progress and seeking to surpass us.”

The post Enabling the Future of Advanced Air Mobility and Drone Operations in the U.S. appeared first on Avionics International.

Delta Chooses Viasat to Provide In-Flight Connectivity

Viasat’s in-flight connectivity solution will be installed on more than 1,000 Delta Air Lines aircraft. (Photo: Delta)

Delta Air Lines just announced that it selected Viasat to provide in-flight connectivity to its fleet. The Atlanta-based carrier recently made headlines for announcing that it would provide all SkyMiles Members with free Wi-Fi on almost all domestic flights. This industry-leading decision will be supported by its new partnership with Viasat; their collaboration means that Viasat will provide connectivity on over one thousand aircraft within the Delta fleet.

Viasat is a global communications company that has helped consumers, businesses, militaries and governments to communicate more efficiently and reliably. While it has a diverse list of clients, Viasat already has a strong presence in the airline industry, where it provides in-flight connectivity for several major carriers. These customers include American Airlines, JetBlue Airways, United Airlines, and more recently, Southwest Airlines. The addition of Delta to their extensive list of airline partners highlights the benefit an experienced and tested company can bring to such a dynamic industry.

With the partnership, Viasat will provide connectivity on a wide range of aircraft within Delta’s fleet. This includes widebody aircraft like its Airbus A330, Airbus A350, and Boeing 767 models. Viasat will also be installed on smaller, narrowbody aircraft with new deliveries, including the Airbus A220 and the Boeing 737 MAX 10, for which the airline recently placed a sizable order. By the end of the year, 700 existing aircraft will be equipped with Viasat Wi-Fi.

Don Buchman, Viasat’s Vice President and General Manager of Commercial Aviation, demonstrated enthusiasm and confidence in their partnership with Delta when he explained, “We are honored to continue expanding as the technology provider supporting Delta’s mission to offer fast, free Wi-Fi as part of its evolved customer experience. The speed and scale at which we have reached this milestone together—now with more than 1,000 aircraft planned—has been astounding and is a tribute to our collaboration.”

Delta’s aircraft will be equipped with Viasat’s Ka-band IFC system, which is designed for compatibility with both the company’s network of satellites and improved systems like the upcoming three-satellite ViaSat-3 constellation. This system, which is scheduled to launch in April of this year, will have more than 1 terabit per second of throughput capacity, making it the highest-capacity broadband satellite of all time. ViaSat-3 will provide Delta with high-quality connectivity by combining throughput capacity with the ability to shift this capacity to meet demand where it is most concentrated.

As demand for air travel returns, airlines across the world are turning to updated technology to win over customers. Viasat will assist Delta in best serving its customers by providing consistent connectivity that will allow Delta to continue to provide its customers with a pleasant on-board experience.

The post Delta Chooses Viasat to Provide In-Flight Connectivity appeared first on Avionics International.

AAR To Support New Acquisition Trax’s Aviation Software Sales

AAR has acquired Trax, a provider of aircraft MRO and fleet management software, in a $120M deal. (Photo: Trax USA Corp.)

AAR Corp.’s $120 million acquisition of aviation MRO and fleet management software firm Trax USA Corp., announced this week, is part of the Illinois-based aviation aftermarket solutions provider’s effort to build up digital capabilities, according to an AAR executive.

Miami-based Trax provides primarily airlines (it also has MRO and government customers) with an enterprise resource planning (ERP) system that “manages and tracks every element that goes into aircraft maintenance, so it is inventory management, materials management and purchasing, personnel time task cards and financials,” Dylan Wolin, AAR VP-strategic and corporate development, told Avionics International in an interview. “It’s a really comprehensive system for managing everything that goes into maintenance.”

AAR will not utilize the software in its own MRO hangars, at least initially, but will support Trax in terms of sales, often to the same customer base as AAR is serving, Wolin said.

“We are going to make sure we’re keeping the Trax brand and the Trax entity in the marketplace,” he noted. “There’s not going to be a rebranding. AAR will be supporting Trax behind the scenes and making certain introductions. But in terms of both the personnel and the identity in the marketplace, those things will remain unchanged.”

Trax has 110 employees.

AAR may eventually utilize the Trax software in its maintenance hangars, but that was not the impetus behind the acquisition, Wolin said.

“It’s really about driving more sales for Trax with customers they’re not reaching today,” Wolin explained, “and making it more seamless for customers to be able to pair utilization of the Trax software with the procurement of hardware from us. So, for example, an airline using the Trax portal to monitor inventory levels and identify parts needed then would be able to seamlessly source parts from AAR, or from somewhere else for that matter.”

The combination with AAR will “open doors for Trax with some of our airline customers,” he explained. “They’re a small company, and bringing the credibility of AAR should be helpful.”

In a presentation detailing the transaction, AAR described Trax, founded in 1999, as the “leading third-party provider of mobile and cloud MRO solutions for maintenance efficiency, cost reduction and information flow between airlines, lessors and MROs.” Trax software supports around 5,000 aircraft and “creates the system of record required for airlines, MROs and government aircraft operators by the FAA and other regulators,” according to AAR.

AAR Chairman, President, and CEO John Holmes said when announcing the transaction that “we believe we can support Trax’s continued growth by investing in its platforms.”

The post AAR To Support New Acquisition Trax’s Aviation Software Sales appeared first on Avionics International.

New AI Sytem Offers Potential Air Traffic Management Solutions

A new artificial intelligence technology created at Mälardalens University in Sweden could assist air traffic controllers by calculating delay lengths and predicting various interruptions. (Photo: Pixabay/CC0 Public Domain)

A new artificial intelligence technology created at Mälardalens University (MDU) in Sweden is promising to help air traffic controllers by calculating delay lengths and predicting various interruptions. This system, in addition to predicting disruptions and communicating necessary updates to customers, can even help prevent disruptions from occurring.

The AI system prototype was developed by researchers at MDU and is aimed at helping operators in air traffic management (ATM) to handle airspaces and aircraft more efficiently. It will do so through helping operators create and maintain optimized traffic flows while monitoring aircraft positions. Additionally, the system has the ability to identify potential collisions and provide the needed guidance to avoid such accidents. While it does provide efficient solutions, this system also supplies explanations for why its suggestions are optimal for the conditions.

In addition to monitoring and analyzing traffic in real time, this system is also predictive. The system developed three machine learning algorithms, allowing it to provide transparency and thus delay predictions on single runways. It is built in an environment using XAI (Explainable Artificial Intelligence) and utilizes both 2D and 3D maps to visualize a wide range of possible solutions before identifying the best one. It supplies pilots with information needed for them to keep safe distance between their aircraft and other air traffic—while providing guidance to air traffic control as well.

This system was developed as a part of the Artimation project at MDU, and was shaped using input from human end-users. This will allow it to improve existing infrastructure within the industry. As Mobyen Uddin Ahmed, Professor of Artificial Intelligence at MDU, explained, “The project results will improve the functionality, acceptance and the reliability of AI systems in general, but also meet global goals such as the improvement of industry, innovation and infrastructure in society.”

While this new AI system has taken promising steps toward improving the aviation industry, the project can also help advance AI research and application across a variety of industries. “The results from the project will also be useful for other AI researchers, who can take advantage of the research when it comes to the transparency and explainability of AI methods,” explained Shahina Begum, Professor of Artificial Intelligence at MDU. “In addition, technology providers will benefit from the results, which will hopefully lead to AI systems that will become more communicative and reliable for human users.”

As the skies grow more crowded, efficient and safe air traffic management will be critical to accommodate such an important and growing industry. The work done at Mälardalens University through its Artimation project promises to help air traffic controllers and aircraft operators fly in a safer and more efficient manner.

The post New AI Sytem Offers Potential Air Traffic Management Solutions appeared first on Avionics International.

“Plate Lines” Could Safely Allow for More Aircraft to Land in Shorter Intervals

SESAR partners have demonstrated a reduction in wake vortices at large airports by using a system with a series of parallel metal plates. (Photo: Getty)

Europe’s largest aviation research initiative has successfully tested a technology that could allow airports to safely boost runway throughput to accommodate an expected increase in air traffic.

Partners within the Single European Sky Air Traffic Modernization Research (SESAR) effort recently demonstrated the effectiveness of a system to reduce wake vortices at large airports using a series of parallel metal plates.

Even beyond renewed air traffic following COVID-19 strictures, air traffic is expected to continue to grow in coming years, but aircraft capacity already is constrained at many large airports. Airports need to improve runway throughput while maintaining safety levels to meet the uptick in demand.

That is the goal of SORT, or Safety Optimized Runway Throughput, which hosted a visitor day in February at the Vienna Airport in Austria. There, SESAR experts tested what they call “plate lines,” developed by the German Aerospace Center.

The plate lines were shown to effectively tamp down wake vortices, a major concern for small and medium-sized airplanes landing in proximity with large passenger airliners. The larger jets can create a circulating air vortex behind them that can destabilize following aircraft. For that reason, aircraft must be spaced far enough apart not to encounter these potentially hazardous conditions.

Small and medium-sized aircraft currently have to maintain a distance of 10 kilometers (6 miles) from larger aircraft flying ahead of them in order to ensure safety. Lines of vertical, parallel plates placed at the head of a runway could allow for shorter spacing between aircraft.

“A plate line can be set up to attenuate the circulating vortices in front of a runway more quickly allowing the wake vortices to decay much more quickly,” according to SESAR. “Testing revealed that wake vortex lifetime in ground proximity can be reduced by up to 37 percent. Plate Lines can be installed at busy airports in a timely manner to improve both safety and runway capacity at large airports. In the near future, plate Lines could be combined with the RECAT-EU-PWS procedure, which is expected to be approved by EASA (European Aviation Safety Agency) this year.”

The plate lines were installed and tested at Vienna Airport in collaboration with Austro Control. The visitor day also included a visit to the plate prototype located at the testing ground Rauchenwarth, alongside presentations in the Vienna Tower.

The post “Plate Lines” Could Safely Allow for More Aircraft to Land in Shorter Intervals appeared first on Avionics International.

Category Archives: MRO’s