Written by Dr Shalen Sehgal | Crises Control
Aviation emergency response does not usually fail because nobody had a plan. It fails because the plan could not keep up with reality when it mattered most.
On 29 January 2025, American Airlines Flight 5342 collided with a US Army Black Hawk helicopter over the Potomac River near Reagan National Airport. All 67 people aboard both aircraft were killed. The subsequent investigation found that a direct communication hotline between the Pentagon and the airport was offline that night. The helicopter’s ADS-B transponder, which broadcasts location data to other aircraft, had been switched off. One air traffic controller was managing two positions. The FAA had logged at least 85 near-miss events in that same airspace in the three years before the crash.
The plan existed. The coordination failed.
On 29 December 2024, Jeju Air Flight 2216 crashed at Muan International Airport in South Korea, killing 179 of the 181 people on board. Investigators found that communication problems between the crew and air traffic control were a factor. An airport operating manual, published just months before the crash, had noted that the concrete barrier at the end of the runway, the one the aircraft struck, was too close to the runway and recommended a review. That recommendation had not been acted on.
Same pattern. Plan existed. Coordination failed.
In aviation, the emergency response plan is rarely the problem. What breaks is the coordination system that is supposed to make the plan work.
What is aviation emergency response?
Aviation emergency response is the coordinated system through which airlines, airports, air traffic control, and emergency services manage incidents, from the first alert through to recovery and review.
- Involves airlines, airports, air traffic control, and emergency services
- Guided by ICAO standards such as Annex 14 and Annex 19
- Requires predefined plans like Aerodrome Emergency Plans and Emergency Response Plans
- Focuses on fast coordination, clear communication, and passenger safety
International standards define what should happen. The real challenge is execution, how quickly and effectively multiple organisations coordinate in real time when every second matters.
Why Aviation Emergency Response Fails
Aviation emergency response fails because coordination between multiple organisations breaks down under real incident conditions. The core problems are predictable: plans exist as documents rather than automated systems, contact data goes out of date, communication fragments across too many channels, and no single organisation has real-time visibility of what all others are doing. The plan rarely fails; the coordination system does.
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The plan lives in a document, not in a system
Most airports and airlines have an emergency response plan. What many do not have is a way to activate it automatically when an incident occurs.
When an incident starts, responders need to find the plan, identify the right section, locate the relevant contacts, and manually initiate each step. Under time pressure, with incomplete information and competing demands, that process slows to the point where it is effectively bypassed. Teams default to improvisation.
A document-based ERP is a starting point. It is not a response capability.
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Coordination breaks across organisational boundaries
Aviation emergencies involve multiple organisations simultaneously. The airline operations centre, airport authority, air traffic control, fire services, police, medical teams, civil aviation authority, and in some cases government agencies and foreign governments all need to act in a coordinated sequence.
Each organisation has its own systems, protocols, and communication channels. When an incident starts, each organisation activates its own internal response, which is usually well-rehearsed. What falls apart is the coordination between them.
This is the structural failure that aviation safety experts consistently identify. An ICAO working paper presented at the 42nd Assembly in 2025 noted that, despite regulatory requirements, implementation gaps persist in the coordination and testing of emergency plans, particularly in multi-agency environments where key agencies are either unaware of their roles or unable to participate effectively. This pattern holds across major international airports, not just under-resourced ones.
Platforms such as Crises Control address this structural gap by providing a shared incident management environment where all participating organisations, airlines, airports, and ground handlers work from the same live incident record, regardless of their own internal systems.
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Contact data goes out of date
Emergency response relies on reaching the right people immediately. But contact lists in static ERP documents get out of date quickly. People change roles. Organisations restructure. Phone numbers change.
A 2024 drill at a regional Australian airline found that notification to the Civil Aviation Safety Authority was delayed because the ERP’s contact details were no longer current. A 2024 taxiway collision at a Canadian airport resulted in delayed notification to Transport Canada for the same reason.When a real incident occurs, those delays are not recoverable.
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Communication fragments across channels
During an active aviation incident, teams communicate through whatever channels are available: radio, phone, email, messaging apps, operations centre systems. Information splits across those channels and cannot be reassembled into a single coherent picture.
Ground crews get one version of events. The operations centre has a different picture. The airport authority is working from a third. Leadership is asking for updates from all three and receiving three different answers. Decisions get made on incomplete or contradictory information.
SITA, which provides communication infrastructure to a large share of the global aviation industry, has documented this problem directly: ground teams, including dispatchers, ramp crew, maintenance, and gate agents, rely on SMS, email, chat applications, and phone calls to coordinate, creating fragmented and time-critical communication flows. During normal operations that is inefficient. During an emergency it is dangerous.
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Leadership loses visibility
Senior leaders during an aviation incident need a real-time picture of what is happening. In practice, they are usually receiving updates from multiple sources, none of which are synchronised, and making decisions based on information that is already out of date.
At Reagan National on the night of 29 January 2025, the communication hotline that would have given airport leadership direct contact with military operations was offline. The coordination mechanism that was supposed to exist was not functioning.
Without live visibility, decisions slow down at exactly the moment they need to speed up.
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The post-incident review has nothing to work with
After a serious incident, organisations are expected to conduct thorough reviews, identify what went wrong, and update their plans. But if the response was managed through phone calls, informal messages, and verbal instructions, there is no structured record to review.
Families of the victims of the Jeju Air crash expressed extreme frustration at the pace of the investigation. A full year after the crash, the investigation report had not been released. The absence of clear, documented operational records during the emergency response contributed to the difficulty of establishing a definitive timeline of events.
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How Aviation Emergency Response Works in a Real Incident
A Boeing 737 on approach to a busy regional airport declares an emergency after a bird strike disables one engine. The tower acknowledges, activates the Aerodrome Emergency Plan, and notifies the Rescue Coordination Centre. So far, the codified process works.
Then the coordination phase starts. The airport authority activates fire services. The airline operations centre initiates its own internal procedures. Medical teams stage at the terminal. The ground handling company, which needs to clear the gate and position equipment, has not been directly notified; it is receiving third-hand information through the gate agent’s radio. The family assistance team is unaware the emergency has been declared.
The aircraft lands safely. But three separate timelines now exist: the tower’s record, the airline operation centre’s record, and the airport authority’s record. They do not match. The post-incident review takes months to reconcile.
Aviation emergency preparedness is not just about whether each individual organisation can respond. It is about whether all the organisations involved can coordinate with each other in real time.
Aviation emergency response best practices
The organisations that manage aviation emergencies most effectively share specific structural characteristics. These are not aspirational principles. They are observable practices from incident reviews, ICAO guidance, and IATA frameworks.
- Make the plan operational, not documentary
An aviation emergency response plan should activate automatically when an incident is logged, not manually when someone has time to find the right document. Predefined workflows should assign tasks to the correct roles without requiring manual coordination at the start of each step.
- Test against multi-agency scenarios
ICAO recommends full-scale emergency exercises at least every two years. What those exercises frequently reveal, and what the Reagan National investigation confirmed, is that the communication links between organisations are the weakest point, not the internal response procedures of any single organisation. Exercises should involve all agencies and explicitly test inter-organisation communication, not just internal activation.
- Keep contact data live, not static
Emergency contact lists embedded in PDF documents are out of date within months of being published. Contact data needs to be maintained in a system that updates automatically when roles change, and verified regularly against current personnel.
- Use a single channel for emergency coordination
During an incident, all critical communication should flow through one platform rather than fragmenting across radio, phone, email, and messaging apps. That single channel needs to work across all organisations involved, not just within one airline or one airport authority. It also needs to be independent of the systems most likely to be affected by the incident itself. The CrowdStrike outage of July 2024 cancelled over 5,000 flights globally. Aviation organisations whose emergency communication systems depended on the same infrastructure were unable to coordinate their response at the moment they needed to.
- Create the audit trail as you go
Every action taken during an incident should be logged automatically, with timestamps, in a format that can support a post-incident review. If this depends on individuals remembering to document their actions while managing an active emergency, it will not happen consistently.
How Aviation Organisations Use Crises Control
Crises Control is used by aviation organisations, including airlines, airports, and ground handling companies, to bring structured coordination to the phases of an incident where coordination most frequently breaks down.
1. Activating the response
When an incident is logged, predefined aviation incident response workflows activate automatically. Tasks are assigned to specific roles, not individuals, so the response is not disrupted when key personnel are unavailable. Alerts go out simultaneously across SMS, push notification, voice, and email through the Ping mass notification system, reaching all relevant teams within seconds.
2.Coordinating across organisations
Crises Control operates as a shared platform across airline, airport, and ground handling teams. All parties work from the same incident record. Updates are visible to everyone with access in real time. The platform operates independently of corporate infrastructure, meaning it stays functional even if operational systems are affected by the incident.
3. Maintaining the audit trail
Every alert sent, task assigned, response received, and decision made is time-stamped and logged automatically. By the time an incident closes, a complete record exists, ready for regulatory review, investigation, or post-incident debrief. This meets the documentation expectations of ICAO Annex 19 compliance and IATA IOSA audit requirements. Independent reviews on Capterra from aviation users consistently highlight reliable alert delivery across multiple channels and ease of deployment without specialist administration.
Where Aviation Emergency Response Coordination Breaks Down
The following table maps the six most common aviation emergency response coordination failures to their operational consequences.
The Takeaway
Aviation emergency response is one of the most regulated and well-documented areas of operational safety. The plans exist. The training happens. The drills run. And incidents still reveal the same coordination failures, time after time, across different airlines, different airports, and different countries.
The reason is structural. Each organisation within aviation has strong internal procedures. What is consistently weak is the mechanism that coordinates those organisations with each other in real time, under pressure, across different systems and different protocols.
That structural gap is not fixed by a better document. It is fixed by a platform that makes coordination automatic, that keeps contact data current, that creates a shared operational view across all parties, and that builds the audit trail without anyone having to think about it during the response.
The incidents of 2024 and 2025 have made this clearer than ever. The question for every aviation organisation is not whether they have an emergency response plan. It is whether their response plan actually works when all the organisations involved need to coordinate at the same time. See how Crises Control supports aviation emergency management from the first notification through to post-incident review.
See how Crises Control supports aviation emergency management before an incident occurs!
FAQs
1.Why does aviation emergency response fail even when plans exist?
Because plans are written, but coordination is not automated. Teams end up improvising.
2.What are the most common coordination issues in aviation emergencies?
Poor coordination, outdated contacts, and communication spread across too many tools.
3. What do ICAO and IATA require for emergency response?
They require structured plans, regular testing, and clear multi-agency coordination.
4.What are key best practices for aviation emergency response?
Automate workflows, keep data updated, and use one central communication system.
5.How does technology improve aviation emergency communication?
It sends alerts instantly, tracks responses, and keeps a clear record of actions