DRONE MEDICATION DELIVERY emerged as a potential solution to pharmacy deserts, where patients faced substantial geographical and transport barriers to obtaining prescriptions. The approach could extend pharmacy services without requiring new brick-and-mortar infrastructure, potentially improving convenience and access for patients in underserved urban and rural communities.
Pharmacy deserts were areas where residents lacked reasonable access to a pharmacy, commonly defined as more than 1 mile in urban areas or more than 10 miles in rural areas. The provided data indicated that 19% of residents in the Greater Toronto Area lacked reasonable geographic access to community pharmacies, while 4.7% of the US population lived in a pharmacy desert. Lower-income communities in densely populated urban areas and remote regions were particularly affected.
Recent initiatives demonstrated how drone medication delivery could be incorporated into existing pharmacy services. A hospital system in Cleveland, Ohio, planned to launch a drone delivery programme in late summer 2026 for eligible residents within a 5-mile radius of its Beachwood campus. The programme was designed to improve pharmacy access, initially serving a limited number of patients with the aim of developing a sustainable and scalable model.
Implementation required extensive operational planning. Prescription medicines would be dispensed through standard pharmacy processes before being placed in secure lockboxes for collection by delivery drones. Patients would be able to track deliveries through an app, while teams addressed airspace regulations, municipal requirements, security and privacy.
Similar approaches had also been used to reach patients in remote Canadian communities, including First Nations communities and people living far from urban centres. These programmes highlighted the potential for drone medication delivery to address geographical barriers to healthcare access.
Despite its potential, drone medication delivery presented regulatory, operational and equity considerations. Aviation requirements, patient privacy, liability, weather conditions, battery capacity, payload limitations and safe landing procedures all required careful management.
Integration with pharmacy workflows also required robust prescription verification, chain-of-custody processes and communication between patients and clinicians. Importantly, drone delivery was presented as an addition to traditional pharmacy infrastructure rather than a replacement for human-led care.
Looking ahead, reliable delivery could support medication adherence among patients with limited mobility or transportation options. Drones carrying medical supplies could also be deployed during urgent situations and disasters, supporting broader health system resilience. Continued outcome research and community-centred implementation remained essential to determine whether drone medication delivery could sustainably reduce pharmacy access disparities.
Congdon J. Drones in the (pharmacy) desert: can prescription delivery via drone improve health care access? J Med Internet Res. 2026;28:e108067.
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