Regulations & Safety
NTSB Updates Civil Aviation Accident Dashboard with Findings Data
The NTSB enhances its Civil Aviation Accident Dashboard by adding causal findings data and merging the General Aviation Dashboard for unified safety analysis.

This article is based on an official press release from the National Transportation Safety Board (NTSB).
On May 4, 2026, the National Transportation Safety Board (NTSB) announced a comprehensive upgrade to its U.S. Civil Aviation Accident Dashboard. According to the official press release, the interactive tool now incorporates “findings data” for the first time, enabling the public, safety researchers, and industry professionals to directly investigate the causal and contributing factors behind aviation accidents. We note that this marks a significant shift in how federal safety data is presented, moving beyond the basic metrics of “what” and “when” to focus heavily on the “why.”
As part of this major update, the NTSB has officially retired its standalone General Aviation Accident Dashboard, which was originally launched in 2023. All functionalities from the retired platform have been seamlessly merged into the newly updated Civil Aviation Accident Dashboard, creating a single, unified platform for all civil aviation safety data.
Unpacking the Dashboard Enhancements
New Filtering Capabilities
The updated dashboard, which is publicly available under the “Statistical Reviews” section of the NTSB website, introduces several new filtering metrics. Based on the agency’s announcement, users can now sort and visualize accident data by year, aircraft category, phase of flight (such as takeoff, landing, or approach), and defining event. Most notably, the addition of the “findings” filter allows users to isolate specific causal factors, including pilot error, mechanical failure, and environmental conditions.
Leadership and Data-Driven Modernization
This technological enhancement arrives just days after a significant leadership change within the agency. On April 28, 2026, the NTSB appointed Akbar Sultan as the new Director of the Office of Research and Engineering. According to the provided background information, Sultan brings a wealth of experience from a 26-year career at NASA, where he most recently served as the director of the Airspace Operations and Safety Program. His background in predictive safety analytics and emerging technologies underscores the agency’s renewed commitment to data-driven modernization.
In the official press release, Sultan emphasized the importance of this update for the broader aviation community:
“The integration of findings into the Civil Aviation Accident Dashboard gives users a more complete understanding of why accidents occur. This enhancement supports our mission to improve transportation Safety by making critical investigative data more accessible and easier to analyze.”, Akbar Sultan, Director of the NTSB Office of Research and Engineering.
Broader Industry Implications
Accelerating Aviation Safety Research
For academic and safety researchers, the integration of findings data is a transformative update. Historically, researchers had to manually dig through individual docket reports to correlate flight phases with specific errors. According to industry context provided alongside the NTSB release, a 2026 study published in Aviation Psychology and Applied Human Factors analyzed 1,628 instructional-related accidents between 2015 and 2023. The study noted that the majority of these incidents occurred during the take-off, landing, and approach phases. With the new dashboard features, researchers can now instantly correlate these specific flight phases with human or mechanical errors, drastically reducing research time.
Streamlining Legal and Insurance Workflows
The legal and insurance sectors also stand to benefit significantly from the consolidated dashboard. Aviation accident liability is notoriously complex, often intersecting state tort law, federal regulations, and international treaties. Legal professionals and insurance actuaries rely on NTSB data to track incident frequency and assess liability, such as distinguishing between third-party maintenance failures and pilot error. The new findings filter is expected to streamline risk assessment and liability research across the board.
AirPro News analysis
At AirPro News, we view the consolidation of the 2023 General Aviation Dashboard into the broader Civil Aviation Dashboard as a critical step toward standardizing safety metrics. General aviation, encompassing Private-Jets, turboprops, and smaller recreational aircraft, historically accounts for a disproportionate share of fatal aviation accidents compared to commercial airlines. By unifying this data, the NTSB is eliminating silos between private hobbyists and commercial operators.
Furthermore, Akbar Sultan’s recent appointment suggests that the NTSB is positioning itself to leverage predictive analytics. We anticipate that future iterations of this dashboard may eventually incorporate predictive modeling, utilizing historical “findings data” to forecast and mitigate risks before accidents occur. This proactive approach could redefine how the industry handles safety management systems (SMS) in the coming decade.
Frequently Asked Questions (FAQ)
Where can I access the updated dashboard?
The updated Civil Aviation Accident Dashboard is publicly available on the official NTSB website, specifically located under the “Statistical Reviews” section.
What happened to the General Aviation Accident Dashboard?
The standalone General Aviation Accident Dashboard, introduced in 2023, has been officially retired. The NTSB has consolidated all of its data and features into the newly updated Civil Aviation Accident Dashboard to provide a single, unified tool.
What does “findings data” mean?
In the context of NTSB investigations, “findings data” refers to the specific causal and contributing factors that led to an Incident. This includes variables such as pilot error, mechanical or structural failures, and adverse environmental conditions.
Sources: National Transportation Safety Board (NTSB) Press Release
Photo Credit: NTSB
Regulations & Safety
Rio de Janeiro Mid-Air Helicopter Collision Kills Six
Two helicopters collided over Rio de Janeiro on June 14, 2026, killing six and triggering an EV battery fire. CENIPA is investigating.

This is a developing story. Information may change as official details are released.
This article summarizes reporting by CNN Brasil.
Six people sustained fatal injuries on June 14, 2026, following a mid-air collision between two helicopters over the West Zone of Rio de Janeiro, Brazil. The deceased include American entertainer Oliver Tree Nickel and five other occupants across both aircraft.
The accident involved a Bell 206B JetRanger III and an Airbus AS350 B2. Following the airborne collision, the wreckage descended into an electric vehicle parking lot, triggering a complex post-crash fire involving multiple lithium-ion vehicle batteries. The Brazilian Aeronautical Accidents Investigation and Prevention Center (CENIPA) has opened an investigation into the sequence of events.
Aircraft and flight details
According to the National Civil Aviation Agency (ANAC), both helicopters maintained regular registration status at the time of the accident. The Bell 206B JetRanger III, registered as PP-MAC, was operated by Turfik Comércio de Frutas Ltda and carried a single occupant. The Airbus AS350 B2, registered as PR-DJJ, carried five occupants.
The Military Fire Department of the State of Rio de Janeiro (CBMERJ) received the initial emergency call at 08:59 local time. The collision occurred over the Recreio dos Bandeirantes neighborhood, specifically near Avenida das Américas.
Ground impact and secondary fire hazards
The wreckage from the mid-air collision impacted a BYD car dealership lot. CNN Brasil reported that the impact and subsequent fuel ignition destroyed approximately 20 electric vehicles parked at the facility.
The presence of electric vehicles introduced severe secondary hazards for first responders. CBMERJ spokesperson Fábio Contreiras detailed the challenges faced by fire crews on the scene.
“The fire in lithium batteries causes very high energy. It is a much more aggressive fire than a common fire,” Contreiras stated.
Victim identification and background
The Civil Police of the State of Rio de Janeiro (PCERJ) officially confirmed the identities of the six victims. In addition to Oliver Tree Nickel, the deceased include Argentine content creator Gaspar Prim DÃaz, Argentine video director Lucas Vignale, Brazilian music producer Lucas Brito Chaves, and pilots Alexandre Souza and Charles Marsillac.
Oliver Tree had recently performed in Buenos Aires, Argentina, on June 4, 2026, and in São Paulo, Brazil, on June 6, 2026, as part of an international tour.
Rio de Janeiro Mayor Eduardo Cavaliere addressed the loss of the flight crew in a public statement.
“I knew one of the pilots personally. They were 2 experienced pilots, with many flight hours, with a long career. It was a fatality, a tragedy,” Cavaliere said.
AirPro News analysis
While CENIPA will determine the factors leading to the mid-air collision, the ground phase of this accident highlights an emerging challenge for municipal emergency services. As electric aviation vehicle adoption increases, the probability of aviation accidents intersecting with high-density lithium-ion battery storage also rises. We anticipate that safety regulators and Aircraft Rescue and Firefighting (ARFF) organizations will need to update urban crash response protocols to account for the thermal runaway risks and specialized extinguishing requirements associated with large-scale EV battery fires.
Sources: CNN Brasil
Photo Credit: Ricardo Moraes – Reuters
Regulations & Safety
Missouri Skydive Plane Crash Kills 12 at Butler Airport
A Pacific Aerospace 750XL crashed after takeoff from Butler Memorial Airport on June 14, 2026, killing a pilot and 11 skydivers.

This is a developing story. Information may change as official details are released.
This article summarizes reporting by CBS News, The Washington Post, SFGATE, KEYT, and Fox 10 Phoenix.
A Pacific Aerospace 750XL operated by Skydive Kansas City crashed shortly after takeoff from Butler Memorial Airport (BUM) on June 14, 2026, resulting in 12 fatalities.
The Missouri State Highway Patrol confirmed that the pilot and 11 skydivers died when the single-engine turboprop impacted a field adjacent to the airport and caught fire. The NTSB and the FAA have deployed investigators to the site, located approximately 65 miles south of Kansas City.
Accident sequence and emergency response
The aircraft departed BUM at approximately 11:20 a.m. local time. According to preliminary reports cited by SFGATE, the aircraft made a left turn shortly after takeoff. Emergency responders received a 911 call around 11:30 a.m. reporting that the aircraft had crashed into a field approximately 300 yards from the runway and was engulfed in flames.
Dennis Jacobs, acting airport manager and Bates County Emergency Management Agency director, told reporters that the aircraft appeared to lose power before stalling and impacting the ground nose first. The NTSB has not yet verified this sequence of events, and the official cause of the accident remains under investigation.
The Missouri State Highway Patrol, alongside the Butler Police Department and Bates County Sheriff’s Office, secured the scene. A statement from the highway patrol confirmed that all 12 occupants perished in the crash. The identities of the victims are being withheld pending family notification.
Aircraft and operator background
The aircraft involved was a Pacific Aerospace 750XL manufactured in 2010. The 750XL is a single-engine turboprop frequently utilized in commercial skydiving operations due to its climb rate and payload capacity. The flight was operated by Skydive Kansas City, a commercial skydiving center based at BUM.
This accident follows a previous skydiving-related aviation occurrence near the same airport. On May 25, 2024, a Cessna U206C experienced an in-flight emergency near BUM. In that incident, the pilot and six skydivers successfully evacuated the aircraft via parachute before it crashed into a hayfield, resulting in no fatalities.
AirPro News analysis
We note that the NTSB investigation will likely focus on engine performance, weight and balance, and environmental factors at the time of departure. The Pacific Aerospace 750XL is a specialized utility aircraft, and investigators will examine maintenance records and the operator’s procedures as part of their standard protocol. Until the NTSB releases its preliminary report, usually within 30 days, any statements regarding a loss of power remain unconfirmed eyewitness observations.
Sources: CBS News
Photo Credit: NZAero
Regulations & Safety
FAA Investigates Southwest Airlines Near Miss at Nashville
Two Southwest Boeing 737s came within 500 vertical feet near Nashville on April 18, 2026, after an ATC error during a go-around.

This is a developing story. Information may change as official details are released.
This article summarizes reporting by CNN, Fox News, and The Washington Post.
Two Southwest Airlines (WN) Boeing 737 aircraft passed within 500 vertical feet of each other near Nashville International Airport (BNA) on April 18, 2026, after air traffic control instructions placed an aborting arrival into the path of a departing flight.
The incident, which occurred at approximately 5:30 p.m. local time, prompted both flight crews to execute evasive maneuvers following onboard Traffic Collision Avoidance System (TCAS) alerts. The Federal Aviation Administration (FAA) has launched an investigation into the airspace separation loss, which highlights ongoing scrutiny over air traffic control protocols and collision avoidance effectiveness.
Sequence of events and evasive maneuvers
According to statements provided to CNN and Fox News, Southwest Airlines Flight 507 was arriving from Myrtle Beach, South Carolina, when the flight crew initiated a precautionary go-around due to gusty wind conditions at BNA. During this maneuver, air traffic controllers instructed the crew to turn right.
The FAA confirmed in a statement that these instructions placed Flight 507 directly into the departure path of Southwest Airlines Flight 1152, which was taking off from a parallel runway bound for Knoxville, Tennessee. As the aircraft converged, TCAS resolution advisories activated in both cockpits. Flight tracking data from Flightradar24 indicates the two Boeing 737s came within 500 vertical feet of one another before the crews successfully altered their trajectories.
Both aircraft continued to safe landings without further incident. Flight 507 completed its arrival into Nashville on a subsequent approach, while Flight 1152 proceeded to its destination in Knoxville.
Regulatory investigation and safety context
The FAA is currently investigating the circumstances that led to the loss of separation. Southwest Airlines issued a statement emphasizing that the pilots of Flight 507 were complying with air traffic control directives when the conflict occurred, and that the crews responded professionally to the onboard traffic alerts to maintain safety.
The Nashville incident occurs against a backdrop of heightened national attention on mid-air collision risks. The Washington Post notes that aviation safety systems have faced intense public and regulatory scrutiny following a January 29, 2025, collision between an American Airlines aircraft and a military helicopter near Washington, D.C., which resulted in 67 fatalities. While the circumstances of the two events differ, the 2025 accident has amplified focus on the reliability of TCAS and air traffic control coordination in congested airspace.
AirPro News analysis
The activation of TCAS resolution advisories in this incident demonstrates the critical role of automated safety nets when procedural separation fails. While the FAA investigation will ultimately determine the root cause of the controller instructions, the event underscores the vulnerability of the go-around phase. Go-arounds are dynamic maneuvers that rapidly alter an aircraft’s energy state and expected flight path. These maneuvers require immediate and precise coordination between the flight deck and air traffic control, particularly when parallel runway operations are active.
Sources: CNN (via KESQ)
Photo Credit: Flightradar24 – Google Earth via CNN Newsource
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