Defense & Military
Indian Air Force Aircraft Incidents Highlight Aging Fleet Challenges

Indian Air Force Aircraft Incidents: A Closer Look at Safety and Maintenance
The Indian Air Force faced rare back-to-back aviation incidents on March 7, 2025, when an AN-32 transport aircraft crash-landed in West Bengal and a Jaguar fighter jet went down in Haryana. These events highlight critical questions about aircraft maintenance, pilot training protocols, and the challenges of managing aging military fleets. With no casualties reported in either incident, the focus shifts to understanding systemic factors behind such occurrences.
Military aviation safety remains paramount for air forces worldwide. For India – which operates one of the largest fleets of Soviet-era and Western-origin aircraft – these incidents underscore the balancing act between operational readiness and technological obsolescence. The AN-32 and Jaguar crashes occurred during routine missions, raising concerns about maintenance practices and upgrade timelines.
The Dual Incidents: What Happened
At Bagdogra Airport, the AN-32 transport plane experienced a crash landing during what officials describe as a “controlled emergency.” The Soviet-designed turboprop – workhorse of IAF’s transport fleet since 1984 – sustained significant damage but left its crew unharmed. Meanwhile, 1,500 km northwest in Ambala, a Jaguar fighter jet plunged into forested terrain after developing mid-flight system failures.
The Jaguar incident proved particularly dramatic. The pilot reportedly followed emergency protocols to steer the £20 million aircraft away from populated areas before ejecting at 3:45 PM local time. This marks the seventh Jaguar crash since 2019, with the fleet’s serviceability rate hovering around 60% according to 2023 parliamentary reports.
“Aircraft age isn’t just a number – it’s cumulative stress on airframes and avionics. The IAF’s challenge lies in extending service life while maintaining safety margins.” – Defense Analyst IDSA Report (2024)
Aging Fleet Challenges
The IAF’s 121-strong Jaguar fleet entered service in 1979, with initial retirement planned for 2010. Despite £1.2 billion DARIN III upgrades improving navigation and attack capabilities, fundamental limitations persist. The Adour Mk 811 engines produce 8,400 lbs thrust – 30% less than modern fighters – forcing pilots into risky low-altitude sorties.
Maintenance crews face unique pressures. Jaguar squadrons reportedly cannibalize 3-4 retired jets annually for spare parts. The AN-32 fleet isn’t exempt – 40% of India’s 100+ transports require engine overhauls every 5,000 flight hours. Delays in acquiring 56 C-295 replacements from Airbus exacerbate these pressures.
Budget constraints further complicate matters. The defense ministry allocated £16.7 billion for aircraft modernization in 2025-26 – 18% below military requests. This forces triage between critical upgrades like AESA radars for Jaguars and next-gen acquisitions like Tejas Mk2 fighters.
Safety Systems in Focus
Both incidents validated certain safety measures. The Jaguar’s Martin-Baker Mk 16L ejection seat functioned flawlessly, saving the pilot within 2.3 seconds of activation. AN-32 crews benefit from enhanced crashworthiness standards – the cabin’s reinforced structure likely prevented injuries despite heavy impact.
However, systemic issues remain. The AN-32’s last major avionics upgrade occurred in 2015, leaving it without modern terrain avoidance systems. Jaguars lack auto-ground collision avoidance technology standard in Rafale and Sukhoi-30 fleets. IAF plans to retrofit these features face funding and timeline uncertainties.
Future Implications
These incidents accelerate discussions about fleet modernization. The Jaguar phase-out schedule (2028-2031) now faces calls for revision, with HAL Tejas Mk1A production ramping up to 24 jets annually. Parallel efforts to indigenize components – like replacing 40% of Jaguar’s imported parts by 2026 – aim to reduce maintenance bottlenecks.
Long-term solutions require strategic planning. The IAF’s proposed “Mixed Fleet Strategy” combines accelerated retirements with mid-life upgrades for select platforms. However, with 13 fighter squadrons below sanctioned strength, balancing capability gaps and safety remains a complex equation.
FAQ
Question: Why did two IAF aircraft crash on the same day?
Answer: While coincidental timing raises concerns, preliminary reports indicate separate technical causes – landing gear issues for the AN-32 and avionics failure for the Jaguar.
Question: How old are the crashed aircraft? strong>Question: What safety systems prevented casualties? Sources: Times of India, IDSA Report 2024, Indian Defence Ministry
Answer: The AN-32 entered service in 1984 (41 years old), while the Jagu
Answer: Ejection seats in fighters and reinforced airframe designs in transports, combined with pilot training, minimized risks.
Defense & Military
Skyeton Opens First U.S. Raybird UAS Facility in Fayetteville NC
Skyeton Inc. invests $3.1M to open a Raybird UAS manufacturing facility in Fayetteville, NC, creating 162 jobs.

Skyeton, Inc., the United States subsidiary of Ukrainian-tied Skyeton Holdings, will establish its first flagship U.S. manufacturing facility in Fayetteville, North Carolina, localizing production of its Raybird unmanned aerial system (UAS).
The North Carolina Department of Commerce announced the $3.1 million investment on July 27, 2026. The project will create 162 jobs and establish a domestic supply chain for a drone platform that has accumulated significant operational experience in Eastern Europe.
Localizing Defense Production and the Raybird UAS
The Raybird is a long-endurance UAS utilized extensively in Ukraine for deep reconnaissance, border monitoring, and 3D mapping. According to the state commerce department, the platform has logged 350,000 combat-proven flight hours.
“Expanding our manufacturing footprint in North Carolina is about more than opening a new facility. It’s about strengthening America’s defense industrial base, creating high-quality American jobs, and delivering combat-proven capabilities closer to the warfighters we exist to serve,” said Rigoberto (Quito) Sáez, CEO of Skyeton, Inc.
Facility Specifications and Site Selection
Skyeton evaluated potential sites in Nevada and Oklahoma under the economic development code name “Project Odesa” before selecting North Carolina. The company will occupy a 28,479-square-foot building at 223 Dedication Drive in Fayetteville. This location returns a portion of the former Black & Decker power tool factory campus to active industrial use.
Economic Impact and State Incentives
The Fayetteville facility is projected to add $11.4 million in annual payroll to the local economy. The 162 new positions will offer an average annual salary of $70,759, which exceeds the current Cumberland County average of $49,382.
Grant Funding and Local Support
To facilitate the expansion, Skyeton received a $500,000 performance-based grant from the One North Carolina Fund. Local incentives were approved by the City of Fayetteville and the Cumberland County Board of Commissioners in June and July 2026.
“We’re proud to welcome Skyeton to a state with such a proud military tradition and advanced manufacturing base,” North Carolina Governor Josh Stein stated in the press release. “By combining our manufacturing workforce, the skillsets of our transitioning military personnel, a central East Coast location, and a strategic transportation infrastructure, North Carolina continues to rise to the top ranks as the best place to do business, especially in the aerospace and defense sectors.”
North Carolina Commerce Secretary Lee Lilley echoed the sentiment, noting that state investments in research and industry partnerships have created an environment where defense innovation companies can support national security while growing their business operations.
AirPro News analysis
The decision by Skyeton to establish a U.S. manufacturing base highlights a growing trend among defense aerospace companies with combat-proven technology in Ukraine. By localizing production in the United States, foreign-tied defense firms position themselves more favorably for U.S. Department of Defense procurement contracts, which often require strict domestic supply-chain compliance. Choosing Fayetteville places the facility adjacent to Fort Liberty, providing the company direct access to a workforce of transitioning military personnel with relevant tactical and aviation experience. We expect to see similar localization efforts from other international UAS manufacturers seeking to convert overseas operational success into long-term U.S. defense contracts.
Photo Credit: Skyeton
Defense & Military
Hermeus Quarterhorse Mk 2.1 Achieves Mach 1.21 Supersonic Flight
Hermeus reached Mach 1.21 with the Quarterhorse Mk 2.1 on May 26, 2026, backed by a $219M DIU contract.

Hermeus achieved its first uncrewed supersonic flight on May 26, 2026, when the Quarterhorse Mk 2.1 reached Mach 1.21 over the White Sands Missile Range in New Mexico. The flight testing was conducted from Spaceport America.
The milestone flight, detailed in a series of company press releases, coincided with a $159 million contracts modification from the Defense Innovation Unit (DIU) announced on May 28, 2026. The expanded agreement raises the total contract ceiling to $219 million, funding further high-Mach flight and high-speed payload release demonstrations for the U.S. Air Force (USAF) and U.S. Navy (USN).
Supersonic flight and rapid prototyping
The Quarterhorse Mk 2.1 reached supersonic speeds on its third test flight. The event occurred exactly 364 days after the maiden flight of the company’s first aircraft, the Mk 1. Hermeus is utilizing a rapid iteration strategy, with the Mk 2.1 serving as the first of three planned F-16-scale supersonic uncrewed aircraft. Subsequent variants, designated Mk 2.2 and Mk 2.3, are slated for future testing.
The Quarterhorse Mk 2.1 is powered by a Pratt & Whitney F100 engine. Former Chief Executive Officer AJ Piplica stated that the U.S. Department of Defense is closely monitoring the program’s speed and development timeline.
“This flight demonstrates a pace of execution that is extremely rare in modern aviation,” Piplica said. “This program is about moving high-Mach capability out of the lab and into an operationally relevant environment. By delivering flight-ready aircraft and demonstrating payload release at speed, we will prove this technology can create a decisive military advantage on a timeline that matters.”
Defense Innovation Unit contract expansion
The financial backing from the DIU underscores growing military interest in operationalizing hypersonic and high-Mach technologies. The $159 million modification secures funding for flight tests scheduled throughout 2026 and 2027.
Major General Joe “Solo” Kunkel, Military Deputy for the DIU, emphasized the strategic necessity of the technology for future military operations.
“As you look towards the future, and the military problems we’re facing, the issues are generally around time and distance, and how do you get to these far-off places at a timeframe that matters,” Kunkel said. “I care about the warfighting capability, providing advantage to our partners and us in the fight, and making sure that we can walk into every fight with swagger.”
Executive leadership transition
To manage the transition from prototyping to scaled operations, Hermeus restructured its executive team in mid-2026. Zach Shore assumed the role of Chief Executive Officer on June 1, 2026, succeeding co-founder AJ Piplica, who transitioned to Executive Chairman. The company subsequently appointed Sameer Rao as Chief Financial Officer on July 22, 2026.
Shore noted that the company is managing more parallel lines of effort than at any previous point in its history. He stated his focus remains on delivering capabilities to the military by executing flight campaigns and scaling the business effectively. The leadership changes follow a $350 million Series C funding round, bringing the total private capital raised by Hermeus to more than $500 million.
AirPro News analysis
The 364-day turnaround between the maiden flight of the Quarterhorse Mk 1 and the supersonic flight of the Mk 2.1 validates the hardware-rich, rapid-iteration approach Hermeus has championed. We view the $159 million DIU contract modification as a strong signal that the U.S. Department of Defense is willing to bypass traditional, decades-long procurement cycles in favor of venture-backed aerospace models. By utilizing proven propulsion systems like the Pratt & Whitney F100 engine in uncrewed, scalable airframes, Hermeus reduces developmental risk while accelerating the timeline for fielding high-speed payload delivery systems.
Sources: Hermeus
Photo Credit: Hermeus
Defense & Military
A-10C Thunderbolt II Final Flight at Davis-Monthan AFB
The U.S. Air Force completed the A-10C Warthog’s final flight at Davis-Monthan AFB on July 29, 2026.

The United States Air-Forces completed the final flight of the A-10C Thunderbolt II at Davis-Monthan Air Force Base on July 29, 2026, closing a nearly 50-year chapter of close air support operations and training at the Arizona installation. The departure marks a definitive step in the military branch’s broader divestment strategy for the aging attack aircraft, shifting resources toward newer platforms.
Announced in a July 31, 2026, press release by the 355th Wing Public Affairs office, the final flight was conducted by the 357th Fighter Squadron. Davis-Monthan has historically served as the primary training hub for A-10 pilots and a central base for the aircraft’s operational deployment.
End of an era at Davis-Monthan
The A-10C Thunderbolt II, colloquially known as the Warthog, has been a fixture on the ramp at Davis-Monthan for five decades. The 355th Operations Group and the 357th Fighter Squadron oversaw the final departure, which involved a ceremonial “fini flight” to mark the end of the airframe’s tenure at the base.
Leadership at the installation acknowledged the historical weight of the transition. Lt. Col. Rodney Dwyer, commander of the 355th Operations Group, noted the visual impact of the divestment on the facility.
“We’ve always had A-10s on the ramp; for the last 50 years they’ve been on the ramp. To see the sunshades get torn down, to see the jets divest, fewer and fewer A-10s out there … it’s definitely bittersweet,” Dwyer stated in the release.
Chief Master Sgt. Dave Anderson Jr., the Senior Enlisted Leader for the 355th Operations Group, emphasized the cultural legacy the aircraft leaves behind for the maintenance and support personnel who sustained it. He described the A-10 community as a mindset rather than just a collection of people or equipment, expressing hope that the attack aviation culture would continue to influence other airframes and organizations within the Air Force.
Infrastructure and training closures
The final flight follows a series of structural shutdowns for the A-10 program across the Air Force. The infrastructure supporting the aircraft has been systematically deactivated over the past year.
On April 3, 2026, the 357th Fighter Squadron graduated its final class of A-10 student pilots at Davis-Monthan, effectively closing the Training pipeline for new aviators on the platform. The base subsequently hosted its final public A-10 Range Day at the Barry M. Goldwater Range on June 24 and 25, 2026.
Prior to the training pipeline closure, the Air Force officially concluded A-10 depot-level maintenance in February 2026. This milestone was marked by the deactivation of the 571st Aircraft Maintenance Squadron at Hill Air Force Base in Utah, signaling the end of major structural overhauls and long-term sustainment for the fleet.
Legislative friction over divestment
The Air Force has actively pursued the retirement of the A-10 fleet to reallocate funding and personnel toward modernization efforts, specifically the Lockheed Martin F-35A Lightning II program. However, the divestment strategy has faced consistent resistance from lawmakers.
According to reporting by Military.com, Congress has repeatedly intervened to slow the retirement of the close air support aircraft. The fiscal year 2026 National Defense Authorization Act (NDAA) included provisions extending the A-10’s service life to 2030. The legislation also barred the Air Force from reducing the active fleet below 103 aircraft through September 2026.
AirPro News analysis
We observe a stark disconnect between legislative mandates and operational reality regarding the A-10C Thunderbolt II. While Congress has legally extended the aircraft’s service life to 2030, the Air Force has effectively dismantled the foundational infrastructure required to sustain the fleet.
By closing the pilot training pipeline at Davis-Monthan and terminating depot-level maintenance at Hill Air Force Base, the military has created a scenario where the remaining airframes will become increasingly difficult to operate and maintain. Without a steady influx of new pilots and the capacity for heavy maintenance, the statutory minimum of 103 aircraft becomes a paper metric rather than a measure of combat readiness. The final flight at Davis-Monthan signals that the operational end of the A-10 is proceeding on the ground, regardless of the ongoing debates in Washington.
Sources: U.S. Air Force
Photo Credit: U.S. Air Force
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