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Avionics Snags Stall the C919’s Path to Certification

COMAC C919

Global Avionics Round-Up from Aircraft Value News (AVN)

COMAC C919

The Commercial Aircraft Corporation of China, Ltd. (COMAC) C919 airliner aircraft. (Photo: COMAC)

The conversation around China’s COMAC C919 has once again shifted from engineering milestones to regulatory limbo.

The C919, billed as Beijing’s answer to the Airbus A320neo and Boeing 737 MAX, has been in service with Chinese carriers for nearly two years. The C919’s order book is strong within China and affiliated markets, but the aircraft’s true potential lies in whether it can win over regulators abroad.

Without international certification, the C919 remains largely confined to domestic skies. European regulators in August 2025 confirmed during the summer that formal certification by the European Union Aviation Safety Agency (EASA) is unlikely before 2028 and could slip as far as 2031. That timeline sent a clear signal to investors, lessors, and appraisers: the aircraft’s global value trajectory remains uncertain.

At the heart of the challenge is avionics compliance. The C919’s flight control, navigation, and communication systems blend indigenous Chinese technology with Western components. Harmonizing those systems to satisfy the exhaustive standards of Europe’s regulators is a painstaking process.

Every line of code and every interface must be proven safe, redundant, and interoperable. Even seemingly minor details, such as how an onboard computer prioritizes warnings or how cybersecurity protocols are handled, can become stumbling blocks.

Certification delays are not unusual in commercial aviation. The A380 and 787 both endured years of extra scrutiny. What makes the C919 different is the geopolitical backdrop. Regulators can’t escape the reality that technology transfer, export controls, and political rivalries shape their decisions as much as engineering.

For EASA to approve a Chinese airliner implies trust in not only the aircraft’s avionics but also the institutions that oversee their maintenance and compliance. That trust has not yet been fully built.

The Pressure on Values

For lessors, this delay complicates portfolio planning. On one hand the C919 offers an attractive cost profile. The aircraft is priced lower than its Western rivals, and Chinese carriers are enthusiastic about deploying it on high-density domestic routes. That ensures a strong baseline of demand.

On the other hand, the aircraft’s confinement to China and friendly markets makes it a captive asset. A leased C919 can’t easily be repositioned to Europe or North America if a lessee defaults or if an airline shifts capacity. That lack of liquidity reduces the aircraft’s appeal to global leasing firms that prize flexibility.

Values reflect that reality. Appraisers who once modeled residuals assuming certification by the late 2020s are now revising assumptions downward. The aircraft is being treated less like a global narrowbody and more like a regionalized one.

Market values for the C919 outside China remain sharply discounted compared to A320neos or 737 MAXs. Lease rates follow suit. A C919 can achieve competitive rates in China where demand is high, but outside that ecosystem lessors must accept lower yields.

The irony is that within China the delay may actually support values. Domestic carriers have limited access to Western narrowbodies due to production bottlenecks and political restrictions. The C919 therefore fills a gap. As long as Chinese airlines continue to expand, the C919 will enjoy solid lease rates at home. The issue is not domestic value but global liquidity.

Looking ahead, the question is whether certification will arrive at all. If EASA grants approval by the early 2030s, the C919 could still carve out a role in secondary markets, particularly in Africa, Southeast Asia, and the Middle East.

If not, the C919 may remain a domestic workhorse with limited global presence. Either scenario reshapes the calculus for lessors. Aircraft values hinge not only on performance but on fungibility across markets. Until certification uncertainty clears, the C919 will continue to trade at a discount outside China and at a premium inside it.

The August announcement did not change the aircraft’s technical profile. It still offers modern avionics, efficient engines, and a competitive range. What it did change was the timeline.

Investors now know that a long wait lies ahead before the C919 can be considered a truly global asset. That reality underscores how in aviation, regulatory approval is as critical to value as thrust or fuel burn.

This article first appeared in Aircraft Value News.

John Persinos is the editor-in-chief of Aircraft Value News.

The post Avionics Snags Stall the C919’s Path to Certification appeared first on Avionics International.

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New 800- to 1,500-Pound Thrust Class Engines for Munitions and CCA under Development by Pratt & Whitney

Pictured is a Pratt & Whitney photo of its F135 engine for the F-35 fighter.

Pictured is a Pratt & Whitney photo of its F135 engine for the F-35 fighter.

Pictured is a Pratt & Whitney photo of its F135 engine for the F-35 fighter.

RTX‘s Pratt & Whitney said on Sept. 22 that it is developing a new 500 to 1,800 pounds of thrust class of engines to power munitions and U.S. Air Force Collaborative Combat Aircraft (CCA).

Jill Albertelli, president of Pratt & Whitney’s military engines business, said that the company’s GATORWORKS is developing the engine class and emphasizing “development speed and affordability.”

“The scalability of the architecture, the commonality across models, and the use of additive manufacturing will allow us to significantly reduce development and production timelines as we look at existing and future applications with customers,” she said in a statement.

The company said that is to run “a second series of tests” next year “to further validate key design features” and that the company will market the engines domestically and internationally.

The General Atomics YFQ-42A Gambit is competing against the Anduril Industries YFQ-44A Fury, which carries a Williams International FJ44 engine, for CCA Increment 1. General Atomics said in August that the YFQ-42A had its debut flight at Edwards AFB, Calif. The company has not disclosed which engine it is using for the YFQ-42A.

General Atomics and Anduril have said that they believe the use of commercial engines for CCA can lead to significant savings.

A version of this story originally appeared in affiliate publication Defense Daily.

The post New 800- to 1,500-Pound Thrust Class Engines for Munitions and CCA under Development by Pratt & Whitney appeared first on Avionics International.

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Beehive Plans Altitude Testing Of Frenzy Engine For UAVs In October, Flight Tests In Early ‘26

First fire of Beehive Industries’ Frenzy engine. (Photo: Beehive.)

First fire of Beehive Industries’ Frenzy engine. (Photo: Beehive.)

First fire of Beehive Industries’ Frenzy engine. (Photo: Beehive.)

Beehive Industries, a propulsion startup firm, said on Sept. 22 it’s ramping up testing of its Frenzy line of additively-manufactured engines, with plans to conduct altitude testing of a 200-pound version in October before moving to flight testing early next year. 

Gordie Follin, Beehive’s chief product officer, told sister publication Defense Daily the company anticipates the Air Force would next move the Frenzy engine into production following successful flight testing and that the system could power UAVs used for Air Launched Effects and counter-drone purposes. 

“I think what Frenzy allows you to do is to be able to produce higher quantities of these types of systems. They also have better performance, which means it can extend the range, so now you can engage your adversaries from farther away. And they’re also lower cost, so that allows you to be able to purchase them in higher quantities than what you’ve been able to do in the past,” Follin said.

Beehive is working on the low-cost Frenzy engine under a $12.4 million agreement with the University of Dayton Research Institute (UDRI) sponsored by the Air Force, noting it first introduced the capability last December. 

“The Frenzy engines, designed for immediate usability after long-term storage of over 10 years, are poised to revolutionize UAV operations by offering class-leading efficiency at a fraction of the cost of traditionally manufactured engines,” Beehive said in a statement.

Since initiating work on Frenzy, Beehive said it has “accelerated the development process,” to include achieving a first engine to test milestone within five months and then testing a new engine every six weeks. 

“This unprecedented speed highlights Beehive’s ability to compress traditional development timelines from years to months, a feat made possible by its innovative design and production techniques,” Beehive said.

The 200-pound version of the Frenzy engine has completed acceptance testing and will be shipped soon to the Air Force Research Laboratory’s facility in Ohio for the upcoming altitude testing.

For next year’s planned flight testing, Follin said he could not disclose what air vehicle will be used for that demonstration. 

The four different Frenzy engines tested to date range from five to eight inches in diameter and 100 to 300 pounds, with each of the systems having completed performance and operability validation, durability validation and environmental stress testing, according to Beehive. 

“Each engine individually surpassed better-than-target power, better-than-target Specific Fuel Consumption and more than a full mission of operational durability; collectively, they accumulated more than 20 hours of runtime,” Beehive said. “Far from being mere demonstrations, these engines have already met or exceeded all product requirements.”

Follin noted that part of its contract with UDRI is intended to demonstrate that the Beehive design could be manufactured by a third party. 

“So UDRI will be owning that part of the scope of work as Beehive is going to deliver to them the engine design, and they’re going to manufacture it to prove that it can be made independent of [the] Beehive manufacture process,” Follin told Defense Daily.

A version of this story originally appeared in affiliate publication Defense Daily.

The post Beehive Plans Altitude Testing Of Frenzy Engine For UAVs In October, Flight Tests In Early ‘26 appeared first on Avionics International.

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GE Aerospace, Kratos Begin Altitude Testing For New GEK800 Small Engine

The GE Aerospace-Kratos GEK800 800-pound thrust turbojet engine. (Photo: Kratos)

The GE Aerospace-Kratos GEK800 800-pound thrust turbojet engine. (Photo: Kratos)

The GE Aerospace-Kratos GEK800 800-pound thrust turbojet engine. (Photo: Kratos)

GE Aerospace and Kratos Defense & Security Solutions have begun altitude testing for their new low-cost GEK800 turbofan engine, designed to power cruise missiles and unmanned platforms in the Collaborative Combat Aircraft (CCA) space.

“Altitude testing is the next milestone in demonstrating our commitment to delivering high-performance, affordable jet engines to support our defense customers,” Stacey Rock, president of Kratos Turbine Technologies, said in a statement. “Our team is uniquely positioned to bring these advanced designs into high-rate production to support the rising demand for propulsion systems for cruise missiles and CCA-type aircraft.”

GE Aerospace noted it began working with Kratos on the 800-pound GEK800 engine in 2023, and that the firms have already completed more than 50 engine starts in ground testing to date.

“The GEK800 engine has performed well and exceeded our expectations in its ground testing to date,” Mark Rettig, vice president and general manager of GE Aerospace’s Edison Works Advanced Programs, said in a statement. 

Steve “Doogie” Russell, vice president and general manager at GE Aerospace Edison Works, told reporters during a June briefing that the aim with the GEK800 is to develop an engine for cruise missiles that can “meet or beat” the current price of around “a couple hundred [thousand] while offering “enhanced performance.”

Rock said during the same briefing that work on the GEK800 began with a mix of internal funding and some support from the Air Force with an aim for further development of a capability for the advanced cruise missile market.

“I think it’s pretty widely known that there are not a large number of engines that are available in that class for these systems. And with the numbers that are being projected [for what is] going to be produced in the coming years, there was a strong pull for an alternate engine,” Rock said at the time.

Rettig said that the altitude testing with the GEK800 at Purdue University’s Maurice J. Zucrow Laboratories will collect data “on the engine’s performance in a range of altitudes to assess its operability in simulated real-world conditions.”

“The altitude testing will focus on an altitude window between 5,000-35,000 feet and is anticipated to be completed by the end of the year,” GE Aerospace said in a statement. 

Craig Young, GE Aerospace’s executive engineering director for hypersonic propulsion and small UAV engines, told reporters in June the plan is to build the first GEK800 product engine by December or January and a second engine a month a half later.

At the June briefing, GE Aerospace and Kratos officials detailed plans to expand their work together with the development of a scaled-up, 1,500-pound GEK1500, which is slated for an initial prototype demo in 2026.

Russell said then that the pursuit of the larger GEK1500 follows the Pentagon’s interest in “portable combat mass,” such as CCAs, and was “based on discussions with where we think the government may or may not be going but also [in talking] with various platform providers, both the more traditional ones and the more disruptive type of platform providers.”

The Air Force has been developing uncrewed CCAs it envisions as drone “wingmen” supporting future manned fighters.

Kratos has said it will open a 50,000 square-foot facility in Bristow, Oklahoma by mid-2026 to manufacture the family of turbofan engines it is developing with GE Aerospace, and it will begin with an initial focus on the GEK800.

A version of this story originally appeared in affiliate publication Defense Daily.

The post GE Aerospace, Kratos Begin Altitude Testing For New GEK800 Small Engine appeared first on Avionics International.

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Boeing Moves To Relocate Super Hornet Service Life Modification Work Away From St. Louis

One of the first two Boeing F/A-18E/F Super Hornets with the first increment of Service Life Modification (SLM) improvements delivered back to the U.S. Navy. The SLM improves computing power, displays and lifetime flight hours. (Photo: Boeing)

One of the first two Boeing F/A-18E/F Super Hornets with the first increment of Service Life Modification (SLM) improvements delivered back to the U.S. Navy. The SLM improves computing power, displays and lifetime flight hours. (Photo: Boeing)

One of the first two Boeing F/A-18E/F Super Hornets with the first increment of Service Life Modification (SLM) improvements delivered back to the U.S. Navy. The SLM improves computing power, displays and lifetime flight hours. (Photo: Boeing)

Boeing on Sept. 24 announced it is relocating its F/A-18E/F Super Hornet Service Life Modification (SLM) work out of its St. Louis region facilities and it plans to wrap up remaining SLM work there by 2027.

The company said decisions on where to transfer the St. Louis-area work is not final yet, but they are starting case studies for moving it to their San Antonio, Texas and Jacksonville, Fla., sites. Boeing already currently performs some of the SLM work in San Antonio and in partnership with the Navy at Fleet Readiness Center (FRC) Southwest in San Diego. Other F/A-18 modification work also currently occurs at the Jacksonville facility.

In 2022 the Navy opened the third SLM line at FRC Southwest with Boeing as a way to increase the pace of SLM work in part to help the Navy manage and reduce its strike fighter shortfall.

The company said the shift in work is part of its expansion and transition plans to support future programs, so the St. Louis region facilities will be shifting more primarily to production of new aircraft over this kind of SLM work.

“Our expansion plans across the St. Louis site triggered the execution of a multi-year strategic plan, requiring the relocation of some work. Given we are already successfully conducting SLM at other locations, this move is logical so we can continue to meet our customers commitments while ensuring we are well poised for future work,” Dan Gillian, vice president and general manager of air dominance and senior St. Louis site executive, said in a statement.

“We have worked with the Navy for years to improve SLM while growing in San Antonio and FRC Southwest. Delivering multiple fighters and capabilities from multiple locations is what we do, and we will continue that work on the Super Hornets for the life of the fleet,” Mark Sears, Boeing Fighters vice president, added.

Boeing’s St Louis region already produces the F-15EX, T-7A Red Hawk Advanced Pilot Training System aircraft, MQ-25 Stingray carrier-based unmanned tanker aircraft, Joint Direct Attack Munition (JDAM) and other munitions production lines. In March Boeing won the down-select to ultimately produce the Air Force F-47 sixth-generation fighter. 

The company noted the current St. Louis SLM team members will support these programs as SLM work shifts to other sites.

The SLM process adds Block III capabilities and 4,000 flight hours to the current Block II Super Hornet fighters in service with the Navy. The work is expected to continue though the mid-2030s. The flight hour lifetime increase occurs in two increments, first increasing maximum flight hours from 6,000 to 7,500 and later boosting it further to 10,000 flight hours.

Last year, Boeing noted it finished the upgrade and life extension of the first two Block II Super Hornets one and a half months ahead of schedule, with the St. Louis production line working one month ahead and the San Antonio line working two months ahead of schedule.

This decision comes amid a continuing strike at Boeing’s St. Louis area defense operations by the over 3,200-member machinists union. On Sept. 12 the strike continued after the union members voted against the company’s latest contract offer.

The union is striking over the recommendation of their leadership, which previously reached a tentative deal to increase wages and benefits.

A version of this story originally appeared in affiliate publication Defense Daily.

The post Boeing Moves To Relocate Super Hornet Service Life Modification Work Away From St. Louis appeared first on Avionics International.

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Global Avionics Faces Tech Transformation and Rapid Growth

Global Avionics Round-Up from Aircraft Value News (AVN)

A comparison of the A330neo and A350 provided by Airbus.

The global avionics industry is undergoing a sweeping transformation, fueled by rapid advances in technology, surging demand for air travel, and aggressive modernization programs across both commercial and military aviation.

Analysts see no slowdown in sight. According to the Business Research Company, the global avionics market is expected to reach about USD 90.5 billion in 2025, up from USD 84.35 billion in 2024, marking a compound annual growth rate of 7.3%.

By 2029, the avionics market is projected to climb to USD 120.72 billion, sustaining a CAGR of 7.5%. The growth underscores the pivotal role of advanced avionics in boosting aircraft performance, efficiency, and safety.

Drivers Behind the Boom

At the heart of this expansion are several converging trends. Technology is leading the way, as artificial intelligence (AI), machine learning, predictive maintenance, and data analytics reshape how avionics systems function. These tools enable real-time monitoring, smarter decision-making, and more reliable operations.

Airlines and defense organizations are also investing heavily in modernizing their fleets, both to meet strict regulatory standards and to wring more efficiency from fuel consumption. In North America especially, the combination of defense spending and large-scale fleet upgrades has made modernization a defining growth engine.

The global rebound in air traffic is another critical factor, particularly in Asia-Pacific, where surging passenger volumes are driving demand for new aircraft. Military programs add yet another layer of momentum, as governments worldwide ramp up defense capabilities with next-generation avionics, including advanced flight management, communication, and surveillance systems.

Regional Perspectives

North America continues to dominate the market thanks to its robust defense sector and extensive fleet renewal efforts in commercial aviation.

Asia-Pacific, however, is emerging as the fastest-growing region, propelled by strong economic development and soaring demand for both civil and military aircraft.

Europe, meanwhile, is steadily expanding its market share through a combination of regulatory pushes for safety and efficiency and active modernization of its aviation fleets.

Technology Defining the Future

The avionics landscape of tomorrow is being shaped by a series of groundbreaking technologies. Autonomous flight systems are advancing rapidly, promising to reduce human error while improving efficiency and safety.

The rise of electric and hybrid-electric propulsion is also forcing the development of specialized avionics to manage these emerging platforms. With increased connectivity in the cockpit and beyond, cybersecurity has become a top priority, as safeguarding avionics systems against evolving threats is essential to maintaining operational integrity.

At the same time, augmented and virtual reality are finding their way into flight decks and training programs, giving pilots sharper situational awareness and more immersive instruction.

Challenges on the Horizon

Yet even with such a promising outlook, the industry must navigate persistent challenges. Supply chain disruptions continue to affect the timely delivery of critical components.

Regulatory compliance demands constant investment in research and development, as evolving standards require avionics providers to adapt quickly. Integration, too, poses hurdles: marrying new technologies with legacy aircraft systems can be costly and technically complex.

Still, the trajectory remains strong. The global avionics sector is not only growing, it’s redefining the very nature of aviation. With AI, autonomous operations, and electric propulsion pushing the boundaries, the industry is on course for a new era that promises to transform how aircraft fly, how militaries defend, and how passengers experience the skies.

This article originally appeared in Aircraft Value News.

John Persinos is the editor-in-chief of Aircraft Value News.

The post Global Avionics Faces Tech Transformation and Rapid Growth appeared first on Avionics International.

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These Cutting-Edge Avionics Are Poised to Transform Business Jets in 2026

Global Avionics Round-Up from Aircraft Value News (AVN)

(Photo: Embraer)

The landscape of business aviation is being reshaped by groundbreaking avionics technologies that enhance safety, efficiency, and pilot experience. From artificial intelligence (AI)-driven flight decks to intuitive touch interfaces, these innovations are setting new standards for the industry.

Let’s take a look at the emerging bizjet avionics technologies that are poised to transform the industry next year and beyond.

AI-Powered Flight Decks: The Future of Autonomous Flight

One of the most significant advancements is the integration of AI into flight management systems. For instance, Embraer, in collaboration with Bombardier, recently unveiled a concept for a fully autonomous business jet.

This aircraft features AI-driven flight controls, eliminating the need for a traditional cockpit and allowing for innovative cabin configurations, such as a forward lounge. The design also incorporates sustainable propulsion systems, including options for sustainable aviation fuel (SAF), electrification, or hydrogen power.

While this concept is still in the early stages, it signals a shift towards AI-assisted flight operations, enhancing safety and operational efficiency.

Advanced Connectivity and Real-Time Data Sharing

Modern business jets are increasingly equipped with advanced connectivity solutions that enable real-time data sharing between the aircraft and ground operations. These systems allow for continuous monitoring of aircraft performance, enabling proactive maintenance and reducing downtime.

Passengers can enjoy high-speed Internet access, facilitating seamless communication and productivity during flights.

Retrofit Solutions: Bringing New Technology to Existing Aircraft

Recognizing the demand for technological upgrades, several companies are offering retrofit solutions to modernize existing aircraft.

For example, Collins Aerospace’s Pro Line Fusion system provides a comprehensive avionics suite that enhances situational awareness and simplifies flight management. These retrofit options allow operators to extend the lifespan of their aircraft while incorporating the latest technological advancements.

Sustainable Avionics: Green Technologies for a Cleaner Future

Sustainability is a growing focus in business aviation, with manufacturers developing avionics systems that support green technologies.

For instance, the aforementioned Embraer-Bombardier concept emphasizes the use of sustainable propulsion systems, aligning with industry efforts to reduce carbon emissions.

Advancements in avionics are facilitating the integration of alternative fuels and energy-efficient systems, contributing to a more sustainable aviation industry.

Enhanced Situational Awareness: Safer and Smarter Cockpits

Modern avionics systems are designed to provide pilots with enhanced situational awareness, improving safety and decision-making.

Systems like Honeywell’s Primus Epic and Collins Aerospace’s Pro Line Fusion offer integrated flight management, synthetic vision, and advanced weather radar capabilities. These features allow pilots to better anticipate and respond to changing flight conditions, reducing the risk of accidents and improving overall flight safety.

Looking Ahead: The Future of Business Jet Avionics

These advancements in avionics technology are setting the stage for a new era in business aviation. As AI continues to evolve, we can expect even more sophisticated flight management systems that further enhance safety and efficiency. Meanwhile, the push towards sustainability will drive the development of greener technologies, ensuring that future aircraft are both technologically advanced and environmentally responsible.

This article originally appeared in Aircraft Value News.

John Persinos is the editor-in-chief of Aircraft Value News.

The post These Cutting-Edge Avionics Are Poised to Transform Business Jets in 2026 appeared first on Avionics International.

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Skyward Signals: Satellites Continue to Revolutionize Commercial Avionics

Global Avionics Round-Up from Aircraft Value News (AVN)

GPS III satellites are to feature improved accuracy, service life, and anti-jamming capabilities (Lockheed Martin Photo)

Satellite technology has become a cornerstone of commercial aviation, enhancing navigation precision, in-flight connectivity, and operational efficiency.

From GPS augmentation systems to real-time communication networks, these advancements are reshaping how aircraft navigate and communicate.

Below are the latest developments in this overarching theme, pinpointing which aircraft models are most affected.

Precision Navigation: The Role of Satellite-Based Augmentation Systems

Satellite-Based Augmentation Systems (SBAS) play a crucial role in enhancing the accuracy and reliability of GPS signals. These systems provide corrections to GPS signals, improving navigation precision, especially in challenging environments like mountainous regions or areas with limited ground-based infrastructure.

For instance, the European Geostationary Navigation Overlay Service (EGNOS) and the U.S. Wide Area Augmentation System (WAAS) are integral to ensuring precise navigation across Europe and North America, respectively.

Aircraft equipped with SBAS-compatible avionics, such as Collins Aerospace’s GLU-2100 and GPS-4000S receivers, benefit from enhanced navigation capabilities. These systems enable aircraft to perform more accurate approaches and landings, reducing the reliance on ground-based navigation aids and increasing operational efficiency.

In-Flight Connectivity: The Advent of Low Earth Orbit Satellites

The introduction of Low Earth Orbit (LEO) satellites has revolutionized in-flight connectivity. Companies like SpaceX’s Starlink and OneWeb are deploying constellations of LEO satellites to provide high-speed Internet access to aircraft worldwide.

This connectivity enables real-time communication between aircraft and ground control, enhancing situational awareness and operational decision-making.

Business jets, including the Gulfstream G700 and Dassault Falcon 10X, are at the forefront of adopting LEO satellite connectivity. These aircraft offer passengers seamless Internet access during flights, allowing for continuous communication and entertainment options.

The integration of LEO satellite systems into these aircraft represents a significant leap forward in passenger experience and operational capabilities.

Security Challenges: GPS Jamming and Spoofing Threats

With the increasing reliance on satellite-based systems, concerns over GPS jamming and spoofing have escalated. These malicious activities can disrupt aircraft navigation systems, leading to potential safety hazards. Incidents of GPS interference have been reported globally, with some attributed to geopolitical tensions.

To mitigate these risks, avionics manufacturers are developing advanced security protocols and backup navigation systems. For example, the integration of inertial reference systems and alternative positioning technologies can provide redundancy in the event of GPS signal loss.

The implementation of anti-jamming technologies and secure communication channels enhances the resilience of satellite-based systems against malicious interference.

Aircraft Most Affected by Satellite Avionics Advancements
  • Boeing 737 MAX: Equipped with advanced avionics systems that support satellite-based navigation and communication, enhancing operational efficiency and safety.
  • Bombardier Global 5000: Features integrated satellite communication systems, enabling real-time data exchange and improving situational awareness.
  • Gulfstream G700: Adopts LEO satellite connectivity, providing passengers with high-speed Internet access and enhancing the overall flight experience.
  • Dassault Falcon 10X: Incorporates satellite-based communication systems, allowing for seamless connectivity and improved operational capabilities.
  • Airbus A350 & Boeing 787 Dreamliner: Enhanced with anti-jamming technologies and secure communication channels to safeguard against GPS interference and ensure reliable navigation.
  • ATR-72 & DeHavilland Dash 8: Utilize SBAS systems like GAGAN for precise navigation in regions lacking traditional ground-based infrastructure.
Looking Ahead: The Future of Satellite Avionics

As satellite technology continues to evolve, its integration into commercial avionics will further transform the aviation industry. Advancements in satellite communication systems, navigation technologies, and security protocols will enhance the safety, efficiency, and experience of air travel.

The ongoing development and deployment of satellite constellations, coupled with innovations in avionics systems, promise a future where aircraft are more connected, resilient, and capable than ever before.

The advancements in satellite technology are significantly impacting commercial avionics, leading to improved navigation precision, enhanced in-flight connectivity, and increased security measures.

This article originally appeared in Aircraft Value News.

John Persinos is the editor-in-chief of Aircraft Value News.

The post Skyward Signals: Satellites Continue to Revolutionize Commercial Avionics appeared first on Avionics International.

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Boeing Says MQ-28 Demonstrations Prove Operational Effectiveness

The uncrewed MQ-28 platforms and digital versions have now completed 150 hours and 20,000+ hours of virtual testing. (Boeing photo)

The uncrewed MQ-28 platforms and digital versions have now completed 150 hours and 20,000+ hours of virtual testing. (Boeing photo)

The uncrewed MQ-28 platforms and digital versions have now completed 150 hours and 20,000+ hours of virtual testing. (Boeing photo)

Boeing on Sept. 1 said it and the Royal Australian Air Force have proven the “operational viability” of the MQ-28 Collaborative Combat Aircraft (CCA) through a series of capability demonstrations that concluded in June, four months ahead of schedule.

The demonstrations consisted of operationally relevant missions using the autonomous CCA to add to and complement the effectiveness of crewed platforms, Boeing said.

The demonstrations of the Ghost Bat loyal wingman drone “validated autonomous behaviors and mission execution, multi-ship operations to provide combat mass, deployment operations to RAAF Base Tindal, teaming with and E-7A Wedgetail airborne early warning and control aircraft, and data fusion and sharing data between multiple MQ-28 aircraft and transmission of that data to a crewed platform,” Boeing said.

The unmanned aircraft’s capabilities that have been demonstrated and validated this year will be included in the Block 2 MQ-28 aircraft that is in production, “forming the basis of an initial operational capability for the RAAF and allied partners,” Boeing said.

The drone, which was developed between Boeing and the RAAF, has more than 150 hours of flight testing, and another 20,000-plus hours of virtual testing, the company said.

“Completing this work early allows us to accelerate the next phases of development, engage and assess, with an air-to-air weapon shot planned for later this year or in early 2026,” Glen Ferguson, MQ-28 global program director, said in a statement. “The demonstrations have proven the maturity of MQ-28’s capabilities and the utility of CCA’s and their application to the future force mix.”

Boeing’s Phantom Works chief last month said a Ghost Bat later this year would fire a missile against an aerial target, a new requirement of the system (Defense Daily, Aug. 29).

In the U.S., Anduril Industries and General Atomics are competing for the first increment of the Air Force’s CCA program.

A version of this story originally appeared in affiliate publication Defense Daily.

The post Boeing Says MQ-28 Demonstrations Prove Operational Effectiveness appeared first on Avionics International.

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MQ-4C Approved For Initial Use Despite Deficiencies That Could Prevent Mission Success, Says Pentagon Auditor

An MQ-4C is shown after its arrival in Guam (U.S. Navy Photo)

The Navy “failed to effectively manage the operational capabilities” of the MQ-4C Triton unmanned aircraft program, declaring Initial Operation Capability (IOC) before undergoing an initial testing phase despite having several important deficiencies, according to a new report from the Department of Defense Office of Inspector General (DOD OIG).

The auditors found the Navy specifically did not correct deficiencies at two separate stages because the service determined the Triton was still beneficial to the fleet, leading to it declaring IOC in August 2023 before even conducting Initial Operational Test and Evaluation (IOT&E).

MQ-4C is a long-endurance Intelligence, Surveillance and Reconnaissance (ISR) unmanned aircraft that aids in signals intelligence (SIGINT), communications relay and search and rescue operations. It is operated from ground stations staffed by five crewmembers. It replaces the legacy EP-3E ARIES II aircraft for SIGINT needs and the law states the Navy could not retire the old aircraft until it could replace it with an equivalent or superior capability. 

According to the Navy’s FY 2024 budget documents, the service plans to procure 27 total MQ-4Cs and the report said prime contractor Northrop Grumman [NOC] reported that, as of March, 20 aircraft were delivered.

Notably, the DOD OIG report said the Navy retired its legacy SIGINT platform in 2024 without verifying if the MQ-4C SIGINT capabilities are operationally effective and suitable, causing a “potential capability gap.”

The program began Developmental Testing and Evaluation (DT&E) in June 2012, which is used to verify if system design is satisfactory and if all technical and contract requirements have been met. 

Deficiencies found during the process can include technical issues or discrepancies in design, material, construction or software that could lead to a malfunction, failure or just unsatisfactory performance. They are rated on a five-part scale, from those that cause mission risk that preclude accomplishment of primary and secondary missions that prohibit further flights or testing all the way down to deficiencies with no significant impact on missions but should be avoided in future designs.

Air Test and Evaluation Squadron Two Zero (VX‑20) is responsible for the Triton’s DT&E.

The Navy then conducted limited Operational Testing and Evaluation in July 2023 and October 2024, which means field testing under realistic conditions to determine the effectiveness and stability of the systems in combat. This phase uses a range of four categories for deficiencies ranging from severe that preclude mission accomplishment to minor with no significant impact.

In the third stage of testing and evaluation, the Director Operational Test and Evaluation (DOT&E), known as the Pentagon’s independent weapons tester, typically oversees IOT&E to determine if systems are operationally effective and suitable, measuring the overall ability of a system to accomplish the mission when used by representative personnel in the planned environment or expected use of the system.

Despite going through the first two phases while racking up deficiencies that need correcting, the report said the Navy “did not effectively manage the operational capabilities” of the aircraft. Specifically, the program office PMA-262 did not correct DT&E deficiencies, which would preclude the Navy from conducting IOT&E. It also did not correct OT&E deficiencies reported in interim operational test reports.

While the OIG report redacts the number of each kind of deficiency, the spacing implies there are possible triple digit open DT&E deficiencies and double-digit open OT&E deficiencies. 

Because the Navy still approved initial use despite the open deficiencies, the DOD OIG said 20 MQ-4Cs have been delivered by March, which include deficiencies “that could prevent them from accomplishing missions.”

It noted the Navy has already spent $83 million to retrofit two Tritons to the latest version and will need to spend more to retrofit them further to correct the deficiencies in addition to ultimately retrofitting the full fleet.

The report said Navy officials argued waiting for the full IOT&E results could cause delay in delivering capabilities to the field and it developed a comprehensive corrective action plan and then fixed DT&E deficiencies, so the Navy declared IOC in August 2023 without completion IOT&E.

Although Program Executive Office, Unmanned Aviation and Strike Weapons (PEO U&W) “certified IOT&E readiness, DOT&E still did not approve the MQ-4C Triton program IOT&E test plan, citing immature SIGINT systems and related deficiencies that precluded operationally representative testing.”

The report continued that while DOT&E sent the Navy a memorandum in January 2023 identifying four SIGINT-related criteria that had to be met for IOT&E and Navy officials said all deficiencies preventing the approval of IOT&E were corrected,” the Pentagon’s weapons tester and DT&E tester VX-20 did not agree that a redacted number of “critical Part *I and Part **I deficiencies [the two highest levels] were corrected. Additionally, the Navy did not demonstrate whether the SIGINT capabilities were achieved and validated by [Operational Test and Evaluation Force (OPTEVFOR)] in an operational environment.”

DOT&E also did not approve MQ-4C for IOT&E based on immaturity in its SIGINT systems starting in early 2023 and, as of the FY 2024 DOT&E report, the weapons tester said operational effectiveness of MQ-4C for its primary SIGINT missions “remained unknown.”

As of February, DOT&E still did not approve MQ-4C to proceed with IOT&E because it did not meet entrance criteria and several DT&E and OT&E deficiencies were still open.

DOTE’s FY 2024 report found the MQ-4C is not likely to be operationally suitable and the OPTEVFOR reported the Triton is only available to conduct intelligence missions some redacted fraction of the time.

DOD OIG made several recommendations for the Assistant Secretary of the Navy for Research, Development, and Acquisition to take corrective actions like meeting IOT&E entrance criteria, address the remaining deficiencies, and develop guidance to more generally limit IOC declarations before completing IOT&E. Navy officials largely concurred and said PMA-262 is on track to release software in September to correct remaining deficiencies.

A version of this story originally appeared in affiliate publication Defense Daily.

The post MQ-4C Approved For Initial Use Despite Deficiencies That Could Prevent Mission Success, Says Pentagon Auditor appeared first on Avionics International.

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