Airbus Helicopters has partnered with the Norwegian Air Ambulance Foundation to develop CityAirbus NextGen’s future missions for medical services in Norway. To this end, the parties will jointly measure the added value of electric vertical take-off and landing (eVTOL) aircraft for a selection of medical services use cases across the country to integrate the operational requirements right into the configuration of Airbus’ eVTOL.

Focusing on how eVTOL aircraft can be used for different types of air medical missions, both will elaborate a comprehensive roadmap toward reducing emergency response time through the researched scenarios in Norway. In order to improve patient outcome and the overall performance of the Norwegian Emergency Medical Services system, the signatories will follow a long-term strategic approach to research the complementarity of existing assets, such as conventional helicopters, and eVTOLs when the technology enters into service. This approach could be further expanded in the region through collaboration with other countries to optimise operations beyond the national healthcare system.
 
 As a result, the first step toward the creation of a medical eVTOL ecosystem will be the evaluation of the efficiency of the current emergency medical system in Norway, to then simulate different air medical services scenarios, integrating advanced air mobility assets. To develop the right concepts of operations for these complementary air medical missions, the parties will drive the definition of the foundational elements of the eVTOL ecosystem in the country, including for infrastructure, traffic management and energy sourcing and distribution. 
 
Operating a mixed fleet of H-135 and H-145 helicopters, the Norwegian Air Ambulance (NAA) is Norway’s national Helicopter Emergency Medical Service (HEMS) operator. With more than 40 years of experience in emergency medical response, NAA supports pre-hospital care across the country by delivering air ambulance services to provide patients with advanced medical solutions through State-of-the-art aircraft configurations and equipment.