Ambulance drone footage has been used in many different news stories over the past decade or so. The invention of the ambulance drone has meant that emergency services can use sophisticated GPS tracking and mapping software to rapidly assess the location and status of their own is equipped helicopters and other vehicles. This ambulance drone aims to attach real-world heterogeneous datasets to a drone, namely a fixed-wing flight simulator, to develop a method to measure the gap in emergency response time when utilizing aerial ambulances rather than regular ambulance services as well as regular public medical care resources when using aerial vehicles. Ambulance drone has the potential to reduce unnecessary delay in providing emergency medical care to patients who are not in immediate need of emergency hospital treatment but who may well be at greater risk of serious injury or even death if they were to experience an emergency hospital service that is not well prepared for their specific needs.
Using a remotely piloted ambulance drone to deliver an aerial rescue or to remotely send a specialist from the anesthetics unit to the cardiac arrest unit has the potential to save lives. As well as saving lives, the savings to the medical service and paramedic profession could potentially mean extra revenue to be generated. Ultimately, the aim of the ambulance drone is not only to shorten the amount of time that patients suffer but to improve the survival rates of people who need urgent and life-saving medical attention.
An ambulance drone can save valuable time during an emergency scene where one or more patients may be waiting to have an operation or to receive an infusion. Using an aerial vehicle, the casualty can be brought to the cardiac arrest unit within one minute, instead of the usual three to five minutes. This means that the injured person will not have to remain in the ambulance or the emergency ward unattended. Cardiologists or nurses can then commence with real-time defibrillation or orthostatic compressions on the patient, which will then hopefully increase the chances of a rapid recovery. One minute can sometimes be a life savior.
The problem faced by many ambulance services, both for patients and for the emergency medical response teams, is the time it takes to get to the actual incident itself. This is particularly true when it comes to dealing with serious road accidents where people may be trapped under the vehicle, and the emergency response teams have to make sure they can deal with the emergency immediately. Often, they have to make decisions about how to extricate the patient from the vehicle - sometimes using a barrier to keep the injured person from being crushed beneath the vehicles. The problem is further compounded when the patient may need to remain on the road, or if there are people who need to be taken to the casualty.
This is where the invention of the ambulance drone would come in. As its name suggests, these autonomous aerial vehicles are capable of conducting both tasks mentioned above, as well as carrying out other duties such as transporting people who need urgent care or those who are unwell are all tasks that can sometimes be handled more quickly by fully trained personnel operating these remotely piloted vehicles than by a medical attendant on the ground. Using a simple, compact system based on GPS coordinates, a fully automated ambulance drone could fly anywhere in the world, even in the most remote areas, and provide medical assistance to anyone needing urgent treatment.
Read More @ https://www.openpr.com/news/2256756/ambulance-drone-market-growth-analysis-and-trends-by-2027
