Medical organization Global Medical Response signs deal with Airbus for potential acquisition of up to 15 H140 helicopters.
The Airbus H140, a state-of-the-art light twin-engine helicopter, is set to revolutionize emergency medical services (EMS) with its innovative design and advanced features. The H140 has been chosen by GMR, one of the largest operators of Airbus helicopters in North America, as one of the launch customers for this new aircraft.
The H140 boasts a larger cabin space that comfortably accommodates up to six passengers. Its large sliding doors provide easy access to the cabin, making patient transportation swift and efficient. The aircraft's cabin is equipped with large windows and an optimized layout, ensuring optimal visibility for medical personnel and a comfortable environment for patients.
Ted Van Horne, Chief Operating Officer of GMR, stated that the H140 will provide a better patient environment and allow GMR crews to deliver critical acute care to patients. The H140's agile handling, combined with its maximum cruise speed competitive within its class, ensures faster response times, a crucial factor in EMS operations.
The H140's design prioritizes accessibility, with features such as its rear loading capabilities that allow the use of various stretcher systems and transport incubators. This flexibility is essential for EMS operations, where quick and efficient loading and unloading of patients is paramount.
The H140 is powered by new Safran engines and features a five-blade bearingless main rotor, enhancing smoothness and stability during flight. This is particularly important for patient care onboard, as a stable flight environment contributes to the overall well-being of the patients.
Bruno Even, CEO of Airbus Helicopters, expressed excitement about introducing the H140 in the U.S. in partnership with GMR. The entry into service of the H140 is planned in 2028 for the EMS segment. GMR has ordered 10 H140s, with options for five additional helicopters, signifying a significant commitment to this next-generation aircraft.
GMR, headquartered in Lewisville, Texas, operates 380 air base locations under various brands. The company's fleet will operate nearly 200 Airbus helicopters in total, making it a significant player in the helicopter industry. The H140, with its performance, cost-effectiveness, and passenger and crew comfort, is a valuable addition to GMR's fleet.
The H140 raises the bar in the light twin-engined category for performance, cost-effectiveness, and passenger and crew comfort. Its innovative design, coupled with its focus on safety and efficiency, makes it an ideal choice for the demands of emergency medical services, offering rapid response capability, operational efficiency, and mission safety.
The H140 was unveiled at the vertical lift industry show VERTICON in Dallas, Texas, marking a significant milestone in the development and deployment of this groundbreaking helicopter. With its numerous advantages, the Airbus H140 is set to redefine the EMS sector, delivering faster, safer, and more comfortable patient transportation.
[1] Airbus Helicopters. (2022). H145. Retrieved from https://www.airbushelicopters.com/helicopters/civil/h145 [2] Airbus Helicopters. (2022). H140. Retrieved from https://www.airbushelicopters.com/helicopters/civil/h140 [5] Airbus Helicopters. (2022). H145M. Retrieved from https://www.airbushelicopters.com/helicopters/military/h145m
[1] With a significant investment in the H140, GMR is underscoring its commitment to the healthcare industry, aiming to enhance the quality of health-and-wellness services through advanced technology.
[2] The entry of the H140 into the medical-conditions response industry could yield positive financial returns through increased efficiency and response times, offering promise for the business sector.
[3] The aerospace industry is witness to a notable advancement with the Airbus H140's introduction, as its innovative design intersects with the medical-conditions response and business sectors, broadening its market reach beyond traditional aviation applications.
