The aviation sector – which air ambulance industry is a part of – is a huge contributor to CO2 emissions globally. In fact, about 2.5% of the global CO2 emission is attributed to the sector. Even more concerning is the fact that the impact of high-altitude emissions is twice as much when compared to ground-level emissions. Digital connectivity that provides an IP to each air ambulance can play a part in cutting down this carbon footprint. The technology, along with digital connectivity that generates and transmits data in real time, can make wonders. Let’s take a look how.
Better Air Ambulance Flight Planning
Turbulences owing to adverse weather conditions can cause a lot of fuel burn. They often necessitate emergency landings, change in altitudes, route deviations and so on. All of these actions cause fuel to burn at a higher rate. Imagine a situation where all this data is passed on to the air ambulance well in advance through a network of digital connections so that alternate flight routes can be mapped well in advance and seamlessly. It would also preclude the possibility of mid air mishaps and help in offering better service and comfort to patients onboard. Most importantly, it would bring down the costs related to fuel and also the associated CO2 emissions.
The Need to Carry Contingency Fuel
There is a direct correlation between the weight of an air ambulance and the fuel that is needed to carry it in the air. As a precautionary measure against unforeseen circumstances that can necessitate longer flight time, most air ambulance flights carry contingency fuel. This adds to the weight of the aircraft and in turn, burns more fuel. Data gleaned through connected devices and satellite imagery in real time can lift the veil off such uncertainties and lessen the need for contingency fuel.
