Regulations & Safety
NTSB Preliminary Report on Endeavor Air Ground Collision at LaGuardia
NTSB releases preliminary findings on Endeavor Air’s ground collision at LaGuardia Airport, highlighting communication and human factors.
In the world of commercial aviation, safety is the paramount objective, built upon layers of procedure, technology, and human performance. When incidents occur, they are scrutinized to reinforce and improve this system. On October 1, 2025, an event at New York’s LaGuardia Airport (LGA) put this process into motion when two Endeavor Air aircraft, operating as Delta Connection, collided on the ground. The incident, while resulting in only one minor injury, triggered a full-scale investigation by the National Transportation Safety Board (NTSB).
The collision involved Endeavor Air flight 5155, a Bombardier CRJ-900 preparing for departure to Roanoke, and Endeavor Air flight 5047, another CRJ-900 that had just arrived from Charlotte. The event occurred at a low speed at the intersection of taxiways M and A. While ground incidents are not uncommon, a collision between two Commercial-Aircraft resulting in substantial damage warrants a thorough and transparent investigation. The NTSB’s role is not to assign blame but to meticulously uncover the factual sequence of events and determine a probable cause to prevent future occurrences.
The agency recently released its preliminary report, offering the first official, fact-based look into the circumstances surrounding the collision. This report is a critical first step, compiling data from flight recorders, air traffic control communications, airport surveillance, and crew interviews. It provides a timeline and a factual basis for the ongoing investigation, allowing us to break down the known elements of the incident while the NTSB continues its comprehensive analysis.
The NTSB’s preliminary report provides a clear, moment-by-moment account of the events leading up to the collision. By examining air traffic control (ATC) transcripts and data from the aircraft, we can reconstruct the timeline and understand the instructions given to each flight crew. The clarity of these communications is a focal point of the investigation.
According to the report, at 9:54:23 PM Eastern Daylight Time, the ground controller at LaGuardia instructed the crew of flight 5047 (the arriving aircraft) to taxi to their gate via taxiway B to taxiway M. The flight crew correctly read back these instructions, indicating a clear understanding of their cleared path. This part of the sequence appears routine and without any ambiguity.
Just over a minute later, at 9:55:37 PM, the same ground controller issued taxi instructions to flight 5155 (the departing aircraft). The clearance was to taxi to runway 13 via taxiways A to E and to hold short of runway 4. Critically, the instruction included the directive to “give way to another Endeavor Air airplane at taxiway M.” At 9:55:41 PM, the crew of flight 5155 read back the controller’s instructions. The collision occurred approximately one minute later, at 9:56:40 PM.
The investigation’s focus sharpens on the period between the readback and the impact. Airports surveillance video captured the event, showing flight 5047 turning onto taxiway M and coming to an abrupt stop as it neared the intersection with taxiway A. Approximately two seconds later, the right wing of the eastbound flight 5155 struck the nose of the stationary flight 5047.
Interviews with the flight crews provide crucial, albeit differing, perspectives. The crew of the arriving flight, 5047, stated their taxi was normal. The captain reported seeing the other aircraft approaching from his left and brought his plane to a stop. A few seconds later, their aircraft was struck. Their account aligns with the sequence of events captured by airport surveillance footage. The account from the flight deck of the departing flight, 5155, is more complex. The first officer told investigators he recalled hearing the full taxi clearance and did not find it confusing. However, the captain’s recollection was different. He recalled the instruction to taxi and hold short of runway 4 but stated he did not recall hearing the specific instruction to “give way” to the other aircraft at taxiway M.
The captain [of flight 5155] stated he was focused on calculating performance numbers for landing at the destination airport. He saw flight 5047 to the right, attempted to veer left, and applied the brakes immediately before the collision.
This discrepancy in recollection is a central point in the preliminary report. Human factors, including cockpit workload and situational awareness, will likely be a significant area of focus as the NTSB continues its analysis. The data from the Cockpit Voice Recorders (CVR) and Flight Data Recorders (FDR) from both aircraft were successfully recovered and will be instrumental in building a complete picture of the actions and conversations inside each cockpit.
In the immediate aftermath of the collision, the priority was the safety of the 93 passengers and crew members across both aircraft. Emergency protocols were activated, and while the incident was low-speed, the damage to the multi-million dollar aircraft was significant. The subsequent investigation now involves a methodical process of evidence collection and analysis by the NTSB and other involved parties.
The NTSB classified the damage to both aircraft as “substantial.” Flight 5155, with registration N902XJ, sustained heavy damage to its right wing. The report specifies that the outboard slat, the aileron, and the wing tip separated from the aircraft. Flight 5047, registration N480PX, incurred major damage to its nose and the captain’s windshield, which was directly impacted by the other plane’s wing.
Fortunately, the human cost was minimal. A single flight attendant aboard flight 5155 reported a minor injury and was transported to a hospital for evaluation. No other injuries were reported among any of the passengers or crew. Passengers from both flights were deplaned on the taxiway and transported by bus back to the terminal, a standard procedure to ensure safety after such an event.
The weather at the time of the incident was not a factor. The meteorological report for LaGuardia indicated clear skies and visibility of 10 statute miles, ensuring that visual conditions were optimal for ground operations.
The NTSB’s investigation is a collaborative effort. The agency is leading the inquiry, with participation from several other organizations, including the FAA, the aircraft operator Endeavor Air, the Air Line Pilots Association (ALPA), and the National Air Traffic Controllers Association (NATCA). This multi-party approach ensures that expertise from all facets of the operation,piloting, air traffic control, and airline procedures,is brought to bear on the investigation.
The preliminary report is just the first public document in a process that can take 12 to 24 months to complete. Investigators will continue to synchronize the data from the flight recorders with ATC transcripts and surveillance video. They will conduct further interviews and analyze airline training protocols, airport signage, and any other factors that could have contributed to the incident. The ultimate goal is to produce a final report that not only identifies a probable cause but also issues safety recommendations aimed at preventing a recurrence. These recommendations can influence everything from pilot training and ATC phraseology to airport taxiway design. Every incident is treated as a learning opportunity to further strengthen the safety of the national airspace system.
The NTSB’s preliminary report on the LaGuardia ground collision successfully establishes a baseline of facts. It confirms that a clear instruction to “give way” was issued by air traffic control and read back by the departing flight’s crew. It also documents the captain’s lack of recollection of this critical command, highlighting a potential breakdown in situational awareness. The report meticulously details the physical damage and confirms the fortunate absence of serious injuries.
As the investigation moves forward, the focus will shift from “what happened” to “why it happened.” The final analysis will delve deeper into human factors, cockpit resource management, and operational pressures. The findings could have broad implications, potentially leading to new recommendations for training on high-workload phases of flight, even during ground operations. For now, the report stands as a testament to a transparent and methodical investigative process designed to ensure that every flight is a safe one.
Question: What caused the collision between the two Endeavor Air planes at LaGuardia? Question: Was anyone seriously injured in the incident? Question: What happens next in the NTSB’s investigation?
NTSB Releases Preliminary Findings on LaGuardia Ground Collision
A Factual Breakdown of the Collision
Air Traffic Control Communications and Crew Actions
Two Different Perspectives
The Aftermath and Investigation
Assessing the Damage and Human Impact
The Investigative Path Forward
Preliminary Findings and Future Implications
FAQ
Answer: The NTSB has not yet determined a probable cause. The preliminary report is a statement of facts collected so far. It notes that air traffic control instructed the departing aircraft (flight 5155) to “give way” to the arriving aircraft (flight 5047), but a collision still occurred. The full investigation is ongoing.
Answer: No. According to the NTSB, one flight attendant sustained minor injuries. There were no reported injuries to any of the passengers or other crew members on either aircraft.
Answer: The NTSB will continue to analyze all evidence, including the cockpit voice and flight data recorders, surveillance video, and interviews. This process typically takes 12 to 24 months. A final report will eventually be published, which will include an official probable cause and may contain safety recommendations to prevent similar incidents.
Sources
Photo Credit: NTSB
Regulations & Safety
Europe Faces Shortfall in Aerial Firefighting Amid Rising Wildfires
Avincis report reveals Europe’s firefighting fleet and pilot shortages amid record 2025 wildfires, urging urgent investment and regulatory reforms.
This article is based on an official press release from Avincis.
Europe is facing a critical shortfall in its aerial firefighting capabilities, leaving the continent dangerously unprepared for increasingly severe wildfire seasons. According to a new report commissioned by Avincis, the largest European emergency aerial services operator, urgent reforms and investments are required to expand the region’s firefighting fleet and pilot workforce.
The findings were presented at the Aerial Fire Fighting Series: Global Conference and Exhibition in Rome, Italy. In a company press release, Avincis noted that the call to action follows a devastating 2025 fire season, during which more than 1.03 million hectares burned across the European Union, the highest figure on record. The release highlighted that 81 percent of this damage was concentrated in just five countries.
The Avincis report identifies the size and age of Europe’s current aerial firefighting fleet as a primary operational vulnerability. While the industry has welcomed the European Parliament’s 2024 commitment of €600 million to procure 22 DHC-515 amphibious aircraft from De Havilland Canada, experts warn this is not enough. Deliveries for these aircraft are staggered between 2027 and 2030 across six countries, but demand for aerial firefighting capacity is already outpacing supply, particularly during the peak summer months.
To address the shortfall, the report advocates for bulk procurement frameworks that would allow manufacturers to open secondary production lines and speed up delivery timelines. However, regulatory and bureaucratic hurdles remain a significant bottleneck for the aviation industry.
“We’re trying to start a second production line, but government bureaucracies are very slow. That’s not just for our aircraft, but any firefighting asset.”
Beyond the lack of available aircraft, the European firefighting sector is grappling with a severe shortage of qualified personnel. According to the Avincis press release, foreign pilots seeking to work within the European Union face up to 12 license conversion examinations under European Union Aviation Safety Agency (EASA) regulations. This contrasts sharply with the one or two exams required in the United States or Australia.
Furthermore, rising defense budgets across Europe are drawing experienced aviation professionals into military aircraft careers. At the same time, a generation of seasoned firefighting pilots is nearing retirement, and there are not enough new recruits entering the pipeline to replace them. The report estimates that closing this workforce gap will take at least a decade, necessitating immediate action.
“While we’ve got to develop new aircraft, we’ve also got to work out means of getting more people into the industry, and of helping maintain aircraft for longevity. There is a need for not only good, robust aircraft, but robust crews to operate these aircraft.”
The current model of public investment in Europe is heavily skewed toward emergency response rather than proactive preparedness. The Avincis report urges governments to transition away from this reactive approach and commit to sustained funding. This funding is essential to expand fleet capacity, streamline pilot training, and enhance cross-border coordination. “Wildfire seasons are getting longer, global aircraft availability is shrinking, and the traditional model of moving aircraft around the world is no longer reliable. If Europe wants to remain prepared, it must invest now in new aircraft, remove regulatory barriers and build a year-round aerial firefighting capability before the situation deteriorates further.”
We observe that the structural challenges highlighted by Avincis reflect a broader global strain on specialized aviation sectors. The combination of stringent EASA licensing requirements and supply chain bottlenecks creates a perfect storm for European emergency services. As climate patterns shift and wildfire seasons extend beyond traditional summer months, the reliance on seasonal, reactive contracting is proving unsustainable. The push for bulk procurement and streamlined certification could set a precedent for how the European Union handles specialized aviation assets in the future, provided member states can align their regulatory frameworks.
According to the Avincis press release, more than 1.03 million hectares burned across the European Union in 2025, setting a new record.
In 2024, the European Parliament committed €600 million to procure 22 DHC-515 amphibious firefighting aircraft across six countries, with deliveries expected between 2027 and 2030.
The shortage is driven by a combination of retiring veteran pilots, competition from military aviation due to rising defense budgets, and stringent EASA regulations that require foreign pilots to pass upwards of 12 license conversion exams.
Aging Fleets and Bureaucratic Delays
A Deepening Shortage of Pilots
Moving Toward Year-Round Preparedness
AirPro News analysis
Frequently Asked Questions
How many hectares burned in the EU during the 2025 wildfire season?
What is the European Parliament doing to address the aircraft shortage?
Why is there a shortage of aerial firefighting pilots in Europe?
Sources
Photo Credit: Avincis
Regulations & Safety
U.S. House Passes Aviation Bills to Allow Supersonic Flights and Modernize FAA Rules
The U.S. House approved four aviation bills enabling civil supersonic flights without sonic booms and advancing digital documentation and airport infrastructure.
This article is based on an official press release from National Business Aviation Association (NBAA).
The U.S. House of Representatives has passed a package of four aviation bills aimed at modernizing the aerospace sector and maintaining American leadership in the industry. The National Business Aviation Association (NBAA) publicly commended the legislative progress in a recent press release, highlighting the potential for significant regulatory updates.
The most notable measure in the package paves the way for the return of civil supersonic flights over the United States, a practice that has been heavily restricted for decades. According to the NBAA, the legislation mandates that the Federal Aviation Administration (FAA) establish new rules to permit these high-speed flights, provided they are operated to ensure that no sonic boom reaches the ground.
The prospect of overland supersonic travel has been a major focal point for aerospace innovators. The U.S. has not allowed civil supersonic flights since 1973, as noted in the NBAA release. The newly passed supersonic bill seeks to reverse this long-standing prohibition by focusing on noise mitigation rather than a blanket speed limit.
According to congressional records and the full NBAA announcement, the Supersonic Aviation Modernization (SAM) Act, designated as H.R. 3410, would require the FAA to revise its regulations. The legislation stipulates that aircraft must be operated in a way that prevents sonic booms from impacting communities below.
“NBAA commends the House for passing these measures, which are key to preserving America’s global leadership in aviation and aerospace.”
In the same press release, Bolen noted that the bills collectively promote innovation in aircraft development and efficiency through digitization.
While the supersonic legislation has captured headlines, the NBAA press release also highlighted three additional bills focused on modernizing daily aviation operations and infrastructure.
According to the expanded NBAA announcement, the House approved H.R. 2247, which would allow pilots to present digital versions of their airmen or medical certificates to FAA inspectors, replacing the current requirement for physical copies. Additionally, the legislative package includes H.R. 6267, which directs the Government Accountability Office to investigate barriers to digital documentation for aircraft parts, and H.R. 6427, which grants general aviation airports greater flexibility for construction and paving projects, according to the NBAA release.
We view the passage of these four bills as a significant legislative push to align FAA regulations with modern technological capabilities. The focus on digital documentation reflects a broader industry trend toward paperless operations, which we believe could streamline compliance and improve traceability for aircraft components. Meanwhile, the supersonic provision indicates a growing political willingness to accommodate next-generation aerospace manufacturers, provided environmental and noise concerns are mitigated through advanced engineering.
The United States has not allowed civil supersonic flights over land since 1973, according to the NBAA press release.
The proposed legislation requires that any civil supersonic aircraft be operated in a manner that ensures no sonic boom reaches the ground, mandating the FAA to issue new rules accommodating these flights.
Reviving Supersonic Flight
Digitization and Airport Infrastructure
AirPro News analysis
Frequently Asked Questions
When were supersonic flights banned in the U.S.?
What are the conditions for the new supersonic flights?
Sources
Photo Credit: J. Scott Applewhite – AP
Regulations & Safety
FAA Updates GPS GNSS Interference Guide to Address Jamming and Spoofing
The FAA released Version 1.1 of its GPS GNSS Interference Guide, detailing jamming, spoofing risks, global hotspots, and pilot mitigation procedures.
This article is based on an official press release from National Business Aviation Association (NBAA).
The Federal Aviation Administration (FAA) has issued a significantly updated resource guide to help the aviation industry combat the growing threats of GPS and Global Navigation Satellite System (GNSS) interference. The newly released Version 1.1 of the guide provides critical information on jamming and spoofing trends, their impacts on aircraft systems, and recommended procedures for pilots and operators.
According to a recent press release from the National Business Aviation Association (NBAA), the updated document reflects extensive input from industry stakeholders. This includes recommendations from the Performance Based Operations Rulemaking Committee’s (PARC) GPS/GNSS Disruption Action Team, of which the NBAA is an active member.
As satellite navigation becomes increasingly foundational to global airspace operations, the proliferation of intentional and unintentional signal disruption poses a significant safety challenge. The FAA’s revised guide aims to equip flight crews, operators, and avionics manufacturers with the latest mitigation strategies and training recommendations.
The FAA’s Version 1.1 guide is a heavy revision of an edition published earlier this year. It incorporates refined guidance on how flight crews should respond to degraded or manipulated satellite signals. The NBAA noted in its release that the updates are designed to be actionable for a broad spectrum of the aviation community, from frontline pilots to equipment manufacturers.
“NBAA recognizes the problems with GPS interference and potential for interference around the world and is taking action to ensure users of the National Airspace System are informed. This guide is not just a resource for pilots; it also provides information for operators and avionics manufacturers. Because this version is so significantly revised, stakeholders familiar with the previous version should review the new guide and implement recommendations appropriate to their operation.”
This statement was provided by Richard Boll, chair of the NBAA’s Airspace and Flight Technologies Subcommittee, in the organization’s official announcement.
While GPS interference can occur anywhere, the FAA guide identifies several global hotspots where spoofing, the intentional broadcasting of false signals to deceive receivers, is particularly prevalent. According to the NBAA summary, the top impacted areas include the Eastern Mediterranean Sea, the Black Sea, Russia and the Baltic Region, the India/Pakistan Border, Iraq and Iran, North and South Korea, and areas surrounding Beijing, China.
The threat is not limited to international conflict zones. The NBAA release highlights that unintentional widespread GPS interference has also occurred within the United States. Faulty commercial equipment or inadvertent signal rebroadcasting from avionics repair shops can block or disrupt GNSS reception in localized areas. The organization pointed to a notable incident in 2022, where multiple aircraft experienced unreliable GNSS signals near Denver International Airport (DEN). The disruption, which affected civilian flights and air traffic control systems, was ultimately traced to an unauthorized transmitter broadcasting on a GNSS frequency.
To effectively track and mitigate these disruptions, regulatory bodies rely heavily on accurate data from the flight deck. The NBAA is urging operators to provide detailed descriptions of any interference events, including the specific equipment affected, the mitigation actions taken by the crew, and any subsequent maintenance procedures.
“It is critical that pilots and operators report any suspected GPS/GNSS interference, jamming and spoofing incidents to the FAA. The FAA and other agencies take these reports seriously.”
Boll emphasized this point in the NBAA statement, reinforcing the need for a proactive reporting culture across the industry.
At AirPro News, we observe that the rapid escalation of GPS spoofing and jamming incidents over the past few years has transformed a niche technical issue into a primary operational hazard for global aviation. As malicious actors utilize increasingly sophisticated technology to manipulate satellite signals, the reliance on GNSS for primary navigation and surveillance creates a vulnerability that regulators are racing to address. The FAA’s rapid iteration of its resource guide underscores the urgency of the threat. Moving forward, we anticipate the industry will need to accelerate the development and certification of alternative positioning, navigation, and timing (A-PNT) systems to ensure resilient operations in contested airspace.
What is the difference between GPS jamming and spoofing? Where can pilots find the updated FAA guide?
Key Updates and Industry Collaboration
Focus Areas and Revisions
Global Hotspots and Domestic Risks
High-Risk Regions for Spoofing
Unintentional Domestic Interference
Reporting and Mitigation
The Importance of Pilot Reports
AirPro News analysis
Frequently Asked Questions
Jamming involves overpowering a GPS signal with noise, causing receivers to lose their connection. Spoofing is a more insidious attack where false signals are broadcast to deceive a receiver into calculating an incorrect position or time.
The GPS and GNSS Interference Resource Guide Version 1.1 is available through the FAA and is highlighted in the NBAA’s official communications and resources.
Sources
Photo Credit: NBAA
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