How Instant Action Drone-based Systems can help in an emergency
In a world stricken by an ongoing climate crisis, broad-scale disasters and catastrophes are a topic of growing interest and an increasingly common occurrence.
Look no further than the recent Hawaii wildfires that left Lahaina in ruins for an example.
Furthermore, as of this writing, the seismic Morocco earthquake has a death toll that’s risen above 2,500.
These are just a couple of examples of an ongoing trend which calls for us to respond as a society. Big-picture solutions must be implemented, and a collective shift in how we view climate change and intend to offset it is necessary.
However, there’s also the need for more instant help. After all, boardroom discussions and political summits won’t address the pressing immediacy of these disasters.
What could provide more time-sensitive solutions to emergencies is instant action drone-based systems.
Autonomous drones utilise advanced sensors, software algorithms, and flight control systems to follow pre-established flight plans.
What are Autonomous Drones?
Autonomous drones are automated, self-flying aerial devices. They require minimal human intervention to operate. They utilise advanced sensors, software algorithms, and flight control systems to follow pre-established flight plans. Additionally, they can perform specific manoeuvres, follow waypoints, and complete complicated missions.
What drone features can help with emergencies?
Here’s a list of features drones offer that help with emergency management:
The AI integration within instant-action drone systems means they can provide precise data in real time. This technology enables quicker situational assessments so drones can follow the appropriate course of action based on autonomous tech implementations.
Emergency personnel can fine-tune rescue operation planning with instant-acting drone systems and their real-time imaging capabilities. The current conditions at a given scene can be reported accurately.
When the relevant personnel have this vital data, they can respond more promptly to incidents and with more success.
Rescue workers stand to benefit from emergency drones because they often have built-in thermal lighting that aids in assessing hard-to-reach regions (e.g., damaged buildings and peaks).
Specifically, multispectral sensors detect body heat, helping rescuers find people fast.
Reliable weather forecasting
Drones’ multispectral sensors tune into weather forecasts. They record humidity and wind speeds to forecast climate and weather accurately.
A broad scope of surveillance
Search and rescue missions can take days to complete, often requiring rescuers to navigate dangerous conditions. Drones increase the speed of monitoring and surveillance to offer a seamless workflow, streamlining associated emergency response efforts.
A crucial advantage of instant-action drones is their instantaneous nature.
Since they’re deployed rapidly to high-probability areas, they narrow the search area size and make it more specific.
Speed is vital in these scenarios since it’s less likely to find people as the minutes go by.
Also, drone sizes, capacities, weights, and batteries allow them to move swiftly through the air–even more so than a helicopter.
Multiple instant action drones–comprising a system–simultaneously working together can cover a vast amount of space, making a monumental difference in streamlining rescue efforts.
Covering more distance in less time
Rescuers are vastly limited in how quickly they can rake or square a large area. Drones capable of flying 50 km/h-plus at a reasonable height enable teams to arrive promptly to scenes while minimising the search areas, ensuring more efficient processes and saving time.
Even one drone can make a sizeable difference.
As such, multiple instant action drones–comprising a system–simultaneously working together can cover a vast amount of space, making a monumental difference in streamlining rescue efforts.
Examples of drones saving lives
Below, we’ll explore real-life examples of drones saving lives:
The Nepal Earthquake of 2015
A 7.8 magnitude earthquake hit Nepal in April 2015, claiming over 9,000 lives and exacting widespread destruction.
During this catastrophe, drones helped with rescue missions after much of the damage was done. The unmanned aerial devices searched for body heat with the help of their thermal payloads.
While flying over debris and rubble to find trapped survivors, the drones mapped the disaster area. They were able to identify inaccessible areas to on-ground rescue teams.
Bushfires in Australia
The worst bushfire season in history hit Australia in January 2020. Wildlife and homes were destroyed, while 30 people lost their lives.
Multiple successful drone search and rescue missions occurred in the bushfires’ aftermath. The autonomous aerial systems perused hotspots and still-burning areas. They also flew over impacted areas, bolstering on-ground rescue team efforts with real-time data.
This real-time information helped identify areas needing immediate assistance while assessing the total damage caused.