Drone technology is slowly but steadily flying its way into the healthcare sector.
In late March, the WakeMed Health & Hospitals system started using drones to transport blood samples from a medical park in Raleigh, N.C., to its main hospital one-third of a mile away. Drones have been making that trip at least six times a day, five days a week, according to drone supplier Matternet, which is partnering in this program with the hospital, UPS, and the state’s Department of Transportation. This is the first time the Federal Aviation Administration has allowed regular commercial flights of drones to carry products, according to the Associated Press.
The FAA has also signed off on a test program in Nevada that would use drones to transport defibrillators to patients in rural areas during emergencies. That program, scheduled to start in Reno next year, will be supplied by the drone company Flirtey, whose machines will be pilot-controlled from remote locations.
Drones are seen as possible tools to support a hospital’s resilience. Leo A Daly’s Miami studio has developed a concept for a drone-powered hospital, which would use unmanned aerial vehicles (UAVs) to deliver food and medical supplies directly to patients.
Eduardo Egea, AIA, NCARB, a vice president and managing principal at the firm, says this idea was inspired by his personal experiences aiding relief efforts in Puerto Rico following Hurricane Maria, a natural disaster from which the island still hasn’t fully recovered.
During that storm, the entire island lost power. Many roads were either destroyed or impassable. Patients in hospitals were stranded without access to food, medication, or air conditioning. Indeed, Egea recalls trying to get family members off the island, including his father and mother, both in their late 70s, with one suffering from dementia and the other a cancer patient in remission.
He describes the drone-powered hospital as a new type of facility that incorporates autonomous aircraft into a supply chain that would include a network of fulfillment centers that the drones would draw from. In this “last mile” approach, “food, medicine, and other medical supplies are delivered directly to patients as needed via a drone port integrated into the exterior wall of each patient room,” explains Egea.
That port would, essentially, be a valve through which the docked cargo could slide and be accessed in a cabinet within the patient’s room.
Using drones in this manner would add another layer of resilience to the hospital’s operations. And by moving certain materials management, storage, food production, and pharmacy functions off-site, Egea estimates that a drone-powered hospital could be 15% to 17% smaller in square footage.
Leo A Daly is currently looking for partners to test this concept with healthcare systems, retailers, and suppliers. It developed its concept as a “what if” for the future 64-bed Guaynabo City Hospital in Puerto Rico, which is still in the planning stage and has yet to send out an RFP. “A potential outcome is to find a best possible use for the site via a public private partnership,” Egea tells BD+C.
A patent-application image presented by Amazon that shows a beehive-shaped fulfillment center from which drones could pick up supplies for deliveries to occupants of hospitals, high-rises, and other buildings. Image: Amazon/U.S. Patent and Trademark Office
Egea says his firm is encouraged that its concept is feasible by Amazon’s vision of food distribution aligned with its recent acquisition of Whole Foods. Drone-powered delivery presents hospitals with opportunities to partner with pharma companies, food retailers, and other suppliers. “The concept of a drone-powered hospital touches many other industries, and involves many logistical, security, and technological questions that suggest business opportunities,” says Egea.
“The healthcare industry is getting away from the idea of large, complex facilities, and moving toward more ambulatory care,” he adds. “A drone-powered micro-hospital could be easily assembled and introduced into any community, supported by the strength of drone-assisted last-mile fulfillment.”
Related Stories
Healthcare Facilities | Apr 13, 2017
Investors and developers are still avid for medical office buildings
A new CBRE survey finds that equity set aside for purchases continues to outshoot the availability of in-demand supply.
Healthcare Facilities | Apr 13, 2017
The rise of human performance facilities
A new medical facility in Chicago focuses on sustaining its customers’ human performance.
Healthcare Facilities | Apr 11, 2017
Today’s community centers offer glimpses of the healthy living centers of tomorrow
Creating healthier populations through local community health centers.
Healthcare Facilities | Apr 2, 2017
Comfort and durability were central to the design and expansion of a homeless clinic in Houston
For this adaptive reuse of an old union hall, the Building Team made the best of tight quarters.
Healthcare Facilities | Mar 31, 2017
The cost of activating a new facility
Understanding the costs specifically related to activation is one of the keys to successfully occupying the new space you’ve worked so hard to create.
Sponsored | Healthcare Facilities | Mar 29, 2017
Using Better Light for Better Healthcare
Proper lighting can improve staff productivity, patient healing, and the use of space in healthcare facilities
Healthcare Facilities | Mar 29, 2017
Obamacare to Republicare: Making sense of the chaos in healthcare
With a long road of political and financial uncertainty ahead for the healthcare sector, what does this mean for the nonresidential construction industry’s third-largest sector?
Healthcare Facilities | Mar 24, 2017
5 insights for designing a human-centered pediatric experience
Pediatric experience design must evolve beyond the common mantra of “make it fun” or “make it look kid-friendly.”
Healthcare Facilities | Mar 3, 2017
CBRE: Developing a total project budget for a healthcare capital project
Successfully developing a complete and well thought out Total Project Budget is perhaps the most important task you’ll perform in the initial phase of your project.
Healthcare Facilities | Feb 26, 2017
A Georgia Tech white paper examines the pros and cons of different delivery systems for ICUs
It concludes that a ceiling-mounted beam system is best suited to provide critical care settings with easier access to patients, gases, and equipment.
