U.S., Tanzania medical teams build aerial patient movement capability through partnership
Where would the patient go? Where could the medical team work? How would oxygen, monitors and other lifesaving equipment be secured? And how would medical personnel and aircrew coordinate throughout the mission?
Those practical questions were part of a series of knowledge exchanges between the Tanzania People’s Defence Force and U.S. Air Forces in Europe – Air Forces Africa’s Office of the Command Surgeon, Global Health Engagement Branch, aimed at exploring how aerial patient movement could support Tanzania during disasters, humanitarian emergencies and other situations where patients need to quickly reach a higher level of medical care.
“The goal was really to learn from each other,” said U.S. Air Force Master Sgt. Larry Russian, USAFE-AFAFRICA Global Health Engagement international health specialist. “We shared how the United States Air Force approaches aeromedical evacuation, from preparing a patient to fly to caring for them during the flight and supporting the aircrew. At the same time, we wanted to understand how the Tanzania People’s Defence Force currently does it.”
The partnership included three engagements over nearly five months: an Aeromedical Evacuation Concepts Knowledge Exchange May 4–8, a Critical Care Air Transport Team Knowledge Exchange June 22–26 and a Flight Operational Medicine Clinic Knowledge Exchange Sept. 14–17.
Rather than approaching aerial patient movement as a single medical function, the exchanges explored the different pieces required to safely move and care for patients in an aviation environment.
Unlike a hospital, where medical personnel can often call for additional assistance or equipment, an aircraft presents a confined and constantly changing environment. Changes in air pressure and available oxygen at altitude can worsen a patient’s condition, while noise, vibration, temperature changes and limited space add additional challenges for medical teams.
“Someone who seems stable on the ground can become much sicker in the air,” Russian said. “In the air, your options are much more limited. That’s why the team has to think through how the flight could affect that particular patient and make sure they have what they need before the aircraft takes off.”
Putting those concepts into practice meant bringing the discussions directly to Tanzanian aircraft. Participants examined patient loading procedures, litter carries, placement of medical equipment and how medical teams could work around patients while still meeting aircrew requirements. They also discussed communication between hospitals, medical teams and aircrew throughout a patient movement mission.
The exchanges were deliberately collaborative. Tanzanian participants brought firsthand knowledge of their aircraft, hospitals, resources and patient movement processes, allowing both teams to examine which concepts could realistically work within Tanzania’s existing system.
“Their medical teams and aircrew know their aircraft, hospitals, and local system far better than we do,” Russian said. “The exchanges gave both sides a chance to compare approaches and talk through what could be useful going forward.”
That collaboration became increasingly apparent as the engagements progressed.
When the teams first met in May, Russian said much of the interaction involved simply getting to know one another and understanding each organization’s approach. By September, familiarity had developed into more candid discussions about challenges, resources and potential solutions.
“By September, we had built a relationship,” Russian said. “They knew the people in the room, understood where we were coming from, and were more comfortable asking questions and talking openly about the challenges they face. That made the conversations much more useful.”
For Tanzania, aerial patient movement could eventually provide another option for reaching people when distance, damaged infrastructure or other circumstances make ground transportation difficult or impossible.
Russian said a sustainable capability could support the TPDF’s role in civilian emergency response while helping seriously ill or injured patients reach appropriate medical care. In the future, that capability could also provide additional opportunities for Tanzania to support humanitarian and disaster response efforts elsewhere in Africa.
The exchanges also contribute to a broader U.S.-Tanzanian relationship. Tanzania is partnered with the Nebraska National Guard through the State Partnership Program, providing another avenue for long-term cooperation and relationship building.
For the Global Health Engagement team, the September exchange is not intended to be the end of that relationship. Discussions are underway for continued cooperation and knowledge exchanges over multiple years.
The long-term objective is not to replicate the U.S. Air Force system, but to help the TPDF develop an aerial patient movement capability suited to Tanzania’s own people, aircraft and healthcare system.
“When a disaster happens, people need a way to reach medical care,” Russian said. “The partnership gives both sides a chance to share ideas and learn from each other while supporting Tanzania’s long-term goal of an aerial patient movement capability that works for its people, its aircraft, and its healthcare system.”
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