Key advantages that are enabled by this technology include on-demand and just-in-time delivery, minimal physical contact, last-mile delivery to remote locations with an extended logistical network, and low viral or pathological transmission risk.įorecasted to provide 90,000 new jobs in the European community by 2030, urban air mobility (UAM) is a new technology comprising several different airborne vehicles with novel designs and various configurations including conventional fixed-wing, rotary-wing, and hybrid (i.e., separate lift and cruise, tiltrotor, tilt-wing, etc.). This includes applications such as delivering blood, medicines, or small medical devices to surrounding areas. As a result, the global medical drone market is projected to grow from $ 255M in 2021 to $ 1.4B in 2028, according to a recent report by Fortune Business Insights. Since the shortest distance between two points is a straight line, medical drones can significantly shorten delivery times between hospitals and clinical laboratories while lowering transportation costs and improving the effectiveness of caregiving. Drone delivery is one solution to getting critical supplies where they are needed, when they are needed most. There is now an accelerated need for rapid advancements in logistics technology, especially in healthcare. The global impact of COVID-19 has strained the world’s supply chain like never before.
Daher versucht dieser Artikel einen vorsichtigen Ausblick in diese neuartige Technologie für das Wohl unserer Patienten zu geben. Durch die technischen Optionen des autonomen Betriebs stellen diese Geräte eine ganz neuartige Klasse von fliegenden Betriebssystemen dar, mit denen die gesamte Rettungskette signifikant verbessert werden wird durch drastisch verkürzte Response-Intervalle, Patiententransportzeiten, optimierte Logistik, telemedizinische Applikationen usw. Die elektrisch betriebenen Senkrechtstartersysteme („electric vertical take-off and landing“, eVTOL) werden das gesamte Feld der Notfallversorgung sowohl auf dem Land als auch in der Stadt revolutionieren. ohne physischen Kontakt zu Menschen und damit ohne Infektionsrisiko in wesentliche kürzerer Zeit im Vergleich zu bodengebundenen Systemen transportieren.
automatisierte externe Defibrillatoren, Ulmer Trauma-Box usw.), Medikamente, Blut u. Diese neuartigen AAM können beispielsweise medizinisches Gerät (z. B. In der jüngsten Vergangenheit wurde nun durch die Neuentwicklung der „advanced air mobility“ (AAM) eine ganze Reihe von neuen technischen Entwicklungen angestoßen, die disruptive Änderungen im Bereich der Notfallmedizin allgemein und Unfallchirurgie im Besonderen haben wird. Hence, this article aims to provide a tentative overview of these new exciting technological developments in the field of trauma surgery for the benefit of our patients.ĭie Unfallchirurgie wurde schon immer ganz entscheidend durch technologische Entwicklungen vorangetrieben.
With these new, flying operation systems, the whole rescue chain will be completely revolutionized by much faster response intervals, patient transportation times, telemedical applications, optimized emergency medical services, laboratory transportation etc. These eVTOLs are not only new aircraft but, thanks to the autonomous flying options, they are flying computers with novel technological opportunities on board. Electric vertical take-off and landing (eVTOL) devices add new horizons for healthcare thanks to the smallest take-off and landing areas. These innovative flying systems have major implications for all of the various healthcare stages in trauma surgery: Unmanned aircraft systems, or drones, can deliver critical supplies on demand, just in time, without physical contact, within the “last mile delivery” concept, such as AEDs, critical medication, blood for transfusion etc. The recent appearance of “advanced air mobility” (AAM) represents one of the next steps in these technological developments. Trauma surgery has always been driven forward by innovative technological advancements.
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