Key takeaways:
Aviation emergencies can be severe, and emergency management and responses can be complex. There are unique conditions responders have to consider— including the risks of a potentially failing aircraft hurtling through the air— making it different from most other emergencies they’ll respond to.
Timeliness, accuracy, and clear lines of communication are more important than ever, especially with so many lives at risk and the issue potentially occurring mid-flight. As a result, effective aircraft emergency management practices and software that can provide real-time updates to improve response effectiveness is critical.
The stakes are uniquely high when it comes to aircraft emergency response. In many cases, more lives are at risk— both for those mid-air, and those on the ground who could be impacted by a crash landing. The potential for loss of life and property damage is severe.
While the stakes are high, responding to aircraft emergencies is often inherently more challenging. First responders may be aware that an emergency is happening, but be unable to do anything except wait for the aircraft to land so they can actually do something. By the time that happens, the situation can be infinitely more dangerous both for the passengers, the crew, and the first responders themselves.
As a result, robust alert and dispatch systems are critical to ensure the safety of everyone involved, including pilots, crews, passengers, and responders by reducing communication issues, providing real-time updates, and keeping responders informed every step of the way.
Explore how advanced solutions can support your team in managing critical incidents effectively.
There are unique challenges that impact aviation emergency response effectiveness, and knowing each can help first responders improve call efficiency. The most significant challenges include the following:
Aircraft emergencies happen and escalate quickly; they can also shift fast. As a result, it’s essential that emergency response teams have constant updates and ongoing communication to understand current incident status, allowing them to respond appropriately as soon as they can.
Seamless communication is imperative during these high-stress scenarios. While human composure may falter, as pilots and aircrews struggle to make life-saving decisions or handle failing technology, communication systems must be reliable.
Issues like signal failures, miscommunication, or message delays can drastically reduce response times or effectiveness, putting more lives at risk.
While accurate and seamless communication is important during aviation emergencies, a large number of aircrafts and response teams alike are still relying on outdated and sometimes unreliable legacy dispatch and alert systems.
These systems lack the ability to integrate with newer digital tools and data analytics platforms. They may also cause lower communication quality, which can result in slow response times and limited scalability as teams scramble to determine what’s happening and who is responsible for what response.
Legacy systems are familiar to crews and replacing them can be expensive, sometimes creating a reluctance to upgrade to modern systems. The reality is, however, that many legacy systems cannot meet modern safety standards, increasing the potential of poor outcomes in the event of an emergency.
Legacy systems often result in fragmented data across different systems. You have weather alerts in one platform, emergency protocols detailed in another, and aircraft telemetry in a third. The information is all there— but it’s spread out across separate data silos, which slows response coordination.
In an emergency situation, first responders need to be able to assess a situation as quickly as possible, and they need the full picture. When they need to go digging through multiple data silos to look for information, it takes too long and there’s a high risk that something gets missed. This can directly hurt situation awareness and decision-making.
Platforms that offer data integration can offer instant clarify and faster, more informed responses. Everyone arrives on the scene with a clear understanding of all conditions that will impact the rescue, increasing the likelihood of successful outcomes.
The red phone network has been in use since the 1960s, and while it was the best available solution for many years despite its limitations, that’s no longer the case.
Now, however, there are robust aircraft emergency management systems that allow airports to sidestep these limitations completely, improving the efficiency and safety of response teams.
Read more about Upgrading Beyond the Red Phone Network.
Precise and informed aviation emergency responses are essential in high-stakes situations. Advanced emergency management systems are imperative to keep your team updated, provide the critical data they need to improve real-time decision-making, and stay safe.
When choosing incident management software for aviation, these are the key elements to look for:
Robust alerting systems ensure that teams learn about a potential airplane emergency as soon as it happens, allowing them to know which teams are responsible for which response efforts. These systems must have features in place that allow for speed, accuracy, reliability, and ultimately scalability across multiple teams and departments if needed.
Westnet’s system, for example, simultaneously alerts all facilities to eliminate phone delays. Ditch the party-line crash phones, instead using our digital system that can deliver notifications to all locations in an airport in less than a single second.
Dispatch produces instant visual and verbal notifications, and we use VoIP as a secondary crash phone system to all crash phone locations to relay mission-critical details. These systems ensure that alerts reach the right personnel immediately.
Your response teams need as much information as possible to safely respond to air emergencies. That includes current weather conditions, updates from the pilot and crew, and details about standard emergency protocols regarding airport emergency plans.
All of this information should be consolidated from multiple sources into a single, unified platform like Westnet. With our software, teams get a big-picture view of all conditions that are impacting the emergency and make real-time decisions about how to best respond to reduce potential damage and loss of life.
Automated alerts can reduce the time it takes for your response team to know that there’s a potential emergency in the air. And the sooner they know, the faster they can respond.
Customizable automated alerts are particularly valuable. You can create automated alerts tailored to specific scenarios that are most likely to impact your location. An airport in the Midwest, for example, would want to have customized alerts and emergency contingency plans for severe weather like tornados, while locations in Canada would need to be particularly mindful of blizzards and ice storms.
Westnet’s customizable alerts can help you optimzie response times based on an incident’s location and severeity, and you can have procedures ready to go for every potential emergency you can plan for.
Ongoing, reliable communication between emergency responders, dispatch teams, air traffic control towers, and the crew itself is vital for positive outcomes.
Westnet’s emergency response software has built-in communication tools to enhance teamwork and provide real-time updates during emergencies. Our software includes live chat, video conferencing, and automated status updates to keep teams aligned and ready to act.
To improve air emergency services and response outcomes, your aviation emergency management processes should include the following best practices:
Aviation emergency response is incredibly complex, with scenarios ranging from a dangerous person onboard to a faltering aircraft coming in for a hard landing, potentially with already injured crew and passengers. Emergency response teams never know exactly what may be coming their way or when, which is why updated aviation incident management software is crucial for the safety of everyone involved.
You may need to consider upgrading or replacing legacy systems in the following circumstances: