Imagine an emergency situation where a cruise ship is stranded in the middle of the ocean with hundreds of people on it. The only way out is an air ambulance service, due to time constraints and the less-than-ideal condition of the ship. However, there is one big challenge. Helicopters can only function one at a time due to turbulence. While multiple choppers can be put into play, only one can hoist people at any given time. That is not the end of it. The hoists that are commonly used are only capable of carrying one person at a time, and it roughly takes about three minutes at a minimum to onboard one person.
How can an Air Ambulance Enhance Hoisting Capacity?
Traditionally, air ambulance helicopters have gone with hoists that are capable of carrying about 500 to 600 pounds of weight at the max. This translates not to more than two people. Also, often, rescuers have to be on the hoist to assist in the evacuation. This makes the whole process inefficient and time-consuming. However, today, thanks to advances in technology, hoist baskets are being produced. The design and metallurgical expertise make them light and sturdy. These are capable of carrying up to 4,400 pounds and can accommodate up to 15 people at a time.
The Capacity of the Helicopter also Matters
Baskets are available in various capacities. Depending on how powerful the chopper is, an appropriate basket can be chosen. The baskets are approved by the regulatory authorities too. They are considered not only safe but also very comfortable. These baskets are brand named Heli-Baskets and currently are in production. If adopted by the air ambulance industry with open arms, these rescue equipment can change the way hoisting is conducted during rescue missions. They can make the whole exercise cheaper, quick, comfortable, and efficient.
Medical air transport could witness a drastic transformation if the Urban Air Mobility challenge is successful. The intent behind the challenge is to bring greater mobility to urban areas that are usually dense with people and traffic, hindering emergency transportation. The challenge has been put forth by NASA. The organization has already signed up 17 different agencies in the aviation industry, and the results could bring about a sea of change in medical air transport. NASA will be leveraging its partnership with the FAA to make the effort successful. Moreover, it would help to expedite the most viable solutions.
Although the challenge will begin this year, the first actual Grand Challenge will be held in the year 2022 where developmental activities will finally take place. This will include real-world scenarios as well as simulation environments. The participants will be judged on criteria such as communication, surveillance, and navigation. NASA will help the chosen ones with quick approvals and tech certifications.
Healthcare Technology and Medical Air Transport
Royal Philips is a well-known player in the international health technology domain. Now, the organization has embarked on an effort to make emergency services such as medical air transport more efficient. The company plans to first look at the wealth of data that the healthcare industry currently sits upon. This can help emergency services be more precise in their response. For instance, a medical air transport company, with the help of real-time data, will be able to carry the right specialists and the right equipment for better outcomes.
At the same time, Philips is trying to make bulky equipment such as defibrillators and monitors more compact so that they can be carried around more easily. If successful, the effort could result in better patient and provider satisfaction. It may even cut the cost of emergency medical services.
In the prevailing scenario, patients and emergency personnel rely heavily on phone calls to summon medical flights. The methodology is highly time-consuming and necessitates a lot of information to set up an air ambulance and then dispatch it. This is not an ideal situation when the patient needs urgent care, especially when technological advancements are capable of making things much easier. We use mobile applications every day to order taxi services. What if we could replicate the model to order medical flights too? Would it not be an ideal replacement for the current time-consuming methodology? Let’s take a look at the different aspects.
Integrating Medical Flights – More Power to Choose
Imagine a mobile application that allows you to choose from a list of air ambulance service providers. Out-of-network services will cease to be a problem and insurance companies will be more likely to approve the claims that a consequence of ordering medical flights. From patients to physicians, everyone would have instant access to multiple service providers. The app can also feature details about air ambulance affiliations with various insurance networks. The whole exercise would be much more efficient than it currently is.
Integrating Medical Flights with Electronic Health Systems
Patient information is today stored in highly secure electronic health systems. Hospitals and medical service providers are mandated by the government to store patient information in these systems. What this means is that all patient information such as medical history, allergy, family history, etc., is readily available during emergencies. Imagine connecting this data to the patient through the app. As soon as medical flights are called for, a notification can directly go to the receiving physician, along with all the medical details. If this becomes a reality, the receiving facility would be much better prepared for the patients and will be able to offer timely care, resulting in faster recovery.
Drones have immense potential to augment the efforts of the air ambulance industry. They reduce costs, reach treacherous terrains, and function in risky situations. Thanks to modern technologies like cloud computing and Internet of Things, drones today are making advances in leaps and bounces. However, drones can be a menace too. Flying too close to air ambulances have caused many flights to be aborted midway and led to near-fatal accidents. The fact that such disturbances occur when carrying critical patients is an added insult to the injury. In other words, the air ambulance industry views drones with a mixed feeling. Here, we take a look at some recent developments that prove our point.
The Air Ambulance Industry is Trying to Tackle Stray Drones
Air ambulance industry experts say that, in the UK, drones are not allowed to fly over 400 feet. Failing to comply with this rule can attract fines of up to 1,000 British pounds. However, the problem is that air ambulances, most of the time, are compelled to fly below this altitude. With a growing number of hobbyists taking up flying drones, this is turning out to be a real danger for the air ambulance industry.
The only thing that medical flight organizations can do in this scenario is building awareness. Industry experts say that a good rule of thumb is to keep the drones in sight at all times. If the drone is not visible to the hobbyist, it is likely that it is disturbing a helicopter, likely a medical flight that is en route, trying to help a critical patient before it is too late.
A Full-Service Drone Company Takes Birth in the United States
There is also some good news for the air ambulance industry pertaining to drones. A company by the name Aquiline has come up with a drone that is capable of executing medical rescue operations. The company has developed a dedicated cloud environment and an operating system to make drone operations seamless.
In light of the above developments, it is safe to say that responsible use of drones will definitely help the air ambulance industry in the future.
With rural hospitals in the United States closing down at an alarming rate, telemedicine is among the tools, along with air ambulance services, that is filling the void. Imagine a possibility where telemedicine is made available in medical flights. It would have a lasting impact on efficiency, quality of care and also costs. In this guide, we discuss the various possibilities in some detail.
Doctors Take Cubicles for Air Ambulance Services
Telemedicine essentially is an internet-enabled concept where the doctor in front of a computer relays real-time information through video conferencing. Of course, there needs to be a medical professional on the other end too, so that the physician’s instructions are followed correctly. An emerging trend today is telemedicine centers where tens of physicians behind cubicles offer remote healthcare services. This is especially helpful for people residing in rural parts of the United States where getting adequate medical help on time can be a real challenge.
Not All Emergencies can be Handled Online
Of course, there are going to be situations where personal medical attention becomes imperative, and if the situation is serious, it can demand air ambulance services. What if the patient is critical and the paramedic onboard needs expert medical advice? It is in situations like these that telemedicine can help air ambulance services. With professionals practicing a wide range of specialties, it becomes easy to get the right help at the right time for air ambulance companies.
A Tie up is Necessary
Today, there exist several telemedicine businesses that hire tens of doctors. However, there is a gap and that is collaboration between telemedicine industry and air ambulance services. Such a move will enhance patient care while cutting costs as air ambulance companies can do away with having physicians at the site all the time. It can be a pay-per-service model. Moreover, the medical flight service would have instant access to an array of medical specialties.
Most air ambulance rescues are enabled by helicopters and the sound that they generate can be a huge hindrance for communication. Working around this problem is vital to keep the communication ongoing between crew members and also to maintain the efficacy of it. Active noise cancellation is one such technology that has brought about a paradigm change in the air ambulance industry. It simply does away with unwanted noise and makes the communication clearer. Helmets have now become a playground for newer technologies. However, while employing technology to make communication seamless, the weight of the helmets can be a concern.
Air Ambulance Rescue Helmets
Ergonomics and weight of helmets have become as important as the communication systems that they host. With all the technology, care must be taken to ensure that they do not hinder the rescue efforts.
Most helmets are connected to the helicopter intercom systems so that they can hear what is going on at any given point. Radios also play a major role here as communication with the ground team is also vital. Most helmets have a built-in radio receivers and speakers too but switching between the two can sometimes be a challenge. This is where customization comes into picture.
Customization of Air Ambulance Crew Communication Devices
There are several companies out there that churn out customized communication devices. Air ambulance organizations can get exactly what they want through them. For instance, switching between radio equipment and intercom would be truly a seamless process. However, there are a few drawbacks.
The main con is the price. Customization comes at a premium and the trade off between the utility and the price can be skewed. The other factor is aftermarket service, which might be poor, unavailable or highly expensive. Plus compatibility with changing technology can turn out to be a headache.
Air ambulances must factor in all the elements discussed above to come up with the best possible communication solution.
Cost saving seems to be the concern of the air ambulance industry in recent times. While there are several resources like the hangar and quality maintenance that cannot be contained, there are certain aspects that technology can help with. Fuel efficiency and route mapping are among those. In fact, the two are closely connected to each other, especially when it comes to long-distance air ambulance evacuation. Let’s dive into the factors that affect the two and how technology can help the air ambulance industry in this regard.
Air Ambulance Industry and Fuel Efficiency
Contingency fuel itself can be a source of fuel wastage for the air ambulance industry. Wondering how? It’s a no brainer – lesser weight translates to lesser fuel. Contingency fuel is usually carried to meet any unforeseen circumstance that can compel medical flight to be on air for a longer period of time.
If there was a mechanism where any adverse conditions can be predicted beforehand, the need for contingency fuel can be negated completely or at least reduced to a huge extent. The approach would help greatly.
Another aspect is flight route. Often, air ambulances are compelled to change their flight path or flight at varying altitudes due to changing weather conditions. Actions like these accelerate the fuel burn pace. If this uncertainty can be taken away, route planning becomes more efficient where the medical flight need not be on air for longer times than necessary. Needless to say, this increases the fuel efficiency and as a consequence, cuts associated costs.
How Technology Helps
Satellite connectivity in real time can help to a huge extent to plan the routes, but this is nothing new to the air ambulance industry but connect analytical algorithms to weather data and you have something new. The combination brings to the table the ability to predict weather and plan routes even better.
Blockchain has been largely associated with cryptocurrencies but what a sizeable number of people do not know is that it has several applications, especially when it comes to security of data and operations. The air ambulance industry can benefit hugely from this technology. It is taking the world by a storm cutting across sectors today.
Cross border transactions, data security, and international regulatory compliance are just some of the areas that blockchain technology can prove of value. In a business world where digital transformation is making big waves, the air ambulance industry cannot afford to remain isolated today. It must actively look towards adopting this technology.
Blockchain makes Cross-Border Air Ambulance Transactions Seamless
Transactions usually take place through a centralized ledger. In other words, the monitoring of financial transactions is done from one central point. The nature of air ambulance business is contrary to this. It is dispersed and depending on one central point is often a hindrance.
Blockchain transforms this process through a decentralized ledger where an immutable record of every change made in the system is maintained. It is unchangeable and transparent. Every time even a small change is made to the ledger, it is immediately recorded. This gives a clear picture of who is responsible for what.
Data Security Made Easy
The inability to make any changes without recording who did it and not being able to change this ‘log’ later is blockchain technology’s biggest strength. Any sensitive data pertaining to business or patients simply cannot be stolen without being noticed. This feature acts as a deterrent to both internal and external parties. Unscrupulous elements would simply not attempt to steal or modify data for their advantage owing to the risk of being recognized.
Features like these and more make blockchain technology one that must be adopted by the air ambulance industry today.
In light of the recent developments where medical flights around the world were disrupted due to illegally flying drones, there are a few questions that beg to be asked: “Is flying drones legal in the United States?”, “If so, what are the rules and legislations that govern flying of drones?”. Once you are aware of facts such as these, it helps flying them within the legal bounds making it easier for medical flights to ply. It must be noted in this context that flying drones is perfectly legal in the United States, subject to certain restrictions, so much so that even foreigners can bring them into the country and fly them. The Federal Aviation Authority as well as National Aviation Authority allow them.
Rules that Govern Drones in the United States
Rules for flying drones recreationally:
- The reason for flying must only be recreational and there must be no business angle to it.
- Hobbyists must visit https://faadronezone.faa.gov/#/ and register the drone with Federal Aviation Authority
- The drones must never escape your line of vision as you fly them
- Only those drones which are under 55 lbs are permitted
- One must never be close to any aircraft
- Only flying in Class G airspace is allowed
- It is strictly prohibited to fly close to emergency response vehicles such as medical flights
Rules for flying drones commercially:
- The operator must hold a FAA-issued Remote Pilot Certification
- The drones must be registered with FAA just like recreational ones
- It must weight under 55 lbs
- The flight must not cross the speed of 100 miles per hour
- The drone must always remain below 400 feet so that they do not disturb medical flights and other aircrafts
- Any manned aerial vehicle must be given the right to way
- Flying directly over people is prohibited
- Flying a drone from a vehicle is only allowed in thinly populated regions
If these simple rules are taken care of, drone flying becomes a safe activity.
Connected vehicles are making big waves these days, especially cars. Medical flight services can be enhanced by leveraging this technology. Wondering how? Read on. Connected vehicles are based on the fact that data can be transmitted from one vehicle to a dashboard where the relayed electrical impulses can be translated into a language that is intelligible to human beings. The purpose is to take appropriate action based on the insights received. This communication is enabled through a combination of satellite connectivity, mobile phone towers, SIM cards, and sensors. Let’s take a look at the ecosystem of these tiny devices before we get into how they facilitate quick medical flight response.
Understanding Connected Devices
The sensor fitted in the vehicle, for instance a car, takes into account factors such as the geographic location of the vehicle, the speed, the extent of impact (in case of accidents), occupant health such as vital signs (through connected wearable devices),as well as the vibration, temperature, and sound of the vehicle. It constantly monitors and analyses these parameters. If one of them is off beyond a certain limit that is considered unsafe, it sets off an alert by leveraging mobile connectivity and satellites to a predefined location – for instance the nearest emergency response team.
How Connected Vehicles Help Better Medical Flight Response
For one, the call for help is immediate. Second, the call for help is accompanied by a wealth of data pertaining to the distance and exact location of the accident along with the occupants’ health-related data. This can be of immense help to the medical flight that is responding to the emergency. It can get onboard appropriate healthcare equipment as well as experts. Since the location is precise, reaching it becomes that much easier. It also helps them prepare the receiving facility well in advance. The result is invariably a better chance of survival.