Health deliveries: the enormous value of arriving, and arriving fast

When the problem is not the medicine, but how to get it there

In many rural communities, access to health care is shaped by geography.

Health centers may have trained professionals and equipment, but they depend on complex supply chains to receive medicines, obtain diagnostic materials or send samples to laboratories.

A distance that looks small on a map can turn into hours of travel on difficult roads, rivers or sea routes.

And when transport depends on boats, shared vehicles or favorable weather, supply times can become unpredictable.

In this context, logistics is no longer a secondary activity: it becomes an essential part of health care.

At CIELUM we believe that transporting critical cargo by drone offers a concrete opportunity to improve that situation.

It is not always about carrying more, but about getting there sooner

The aircraft we use can carry up to three kilograms of health cargo per flight.

Compared with a truck or a boat, that capacity may seem small.

However, the value of a delivery does not depend only on its weight.

A clinical sample that needs to reach the laboratory, a medicine that allows a treatment to continue or a diagnostic supply needed in an isolated community can have enormous health value.

The advantage of Drone Delivery lies precisely in moving small, high-priority, high-value cargo along direct routes.

It also makes it possible to change the supply model: instead of relying only on large, infrequent deliveries, smaller and more frequent restocking can be added.

This does not mean replacing traditional logistics.

It means complementing it with a new means of transport for the cases in which speed, frequency or availability bring greater benefits.

Uruguay: from concept to a health delivery network

Our experience in Tacuarembó began with a concrete question: can we use uncrewed aircraft to connect primary care centers with referral health services more efficiently?

Together with Tacuarembó Regional Hospital and the Primary Care Network, and with support from UNICEF, we developed a network to transport medicines, blood and urine samples and breast milk.

The first flights showed that it was feasible to integrate this technology into existing health processes.

Over time, the experience evolved into a recurring operation.

By December 2025, the network had carried out more than 500 health flights, contributing to the care of more than 5,000 patients, according to the project's records.

The analysis also identified estimated reductions of around 40% in the time of certain deliveries compared with conventional alternatives.

In some cases, being able to move samples without waiting for the next land transport significantly reduced the logistics delay associated with the analysis.

The results confirmed that the main benefit was not only flying faster, but better integrating the different health services.

Panama: connecting communities in Ngäbe-Buglé

In the Ngäbe-Buglé comarca, in Panama, the challenge takes on a particularly significant dimension.

Many communities are in hard-to-reach areas, where the transport of medicines and supplies depends on land and sea routes conditioned by geography and climate.

In this context we developed an aerial health transport network as part of the Nun Jukrä Tä Kwin project, which means We are all well in the Ngäbere language.

The initiative is led by the Pan American Health Organization, in collaboration with Panama's Ministry of Health and with support from Fundació Barça, among other institutional and community stakeholders.

Our role is to develop and integrate the capabilities needed for the air operation: route design, aircraft, infrastructure, communications, procedures and training.

The network connects the logistics hub in Pueblo Nuevo with health centers in the comarca, progressively adding towns such as Kusapín and Río Chiriquí.

Being able to fly in both directions is particularly important.

Medicines and supplies can be sent to the communities. In the opposite direction, the network is designed to carry clinical samples and other cargo that needs to reach processing centers, provided the corresponding health protocols are followed.

An internationally recognized milestone

On 18 June 2026, the Nun Jukrä Tä Kwin project won the Public Institutions category of the MWCapital Awards 2026, organized by Mobile World Capital Barcelona.

The initiative stood out in an international call that brought together 298 projects from 62 countries.

This recognition of a PAHO-led project highlights the value of applying technology to real community needs and the importance of collaboration between public institutions, international organizations, local stakeholders and technology providers.

Months later, on 30 September 2026, TVN Panamá broadcast the first medicine deliveries made as part of the program, showing an aircraft taking off from Rambala with health supplies bound for communities in Ngäbe-Buglé.

The coverage paid special attention to the supply of medicines for diseases such as tuberculosis, where continuity of treatment is essential.

On 1 October, PAHO and Fundació Barça formally presented the initiative's progress.

For us, these milestones are the result of work that began long before the first flight: feasibility studies, regulatory coordination, infrastructure, training and operational validation.

Speed is also a form of access

What changes when a medicine that used to depend on several hours of transport can arrive on a direct flight?

The ability to respond to a specific need changes.

The possibility of organizing frequent restocking changes.

The dependence on traditional means to transport certain urgent cargo changes.

And the time a patient needs to get the results of a test can change too, when samples can be moved more often.

Speed does not replace medical care, diagnosis or the availability of medicines. But it can help those services work better.

The future: measuring the impact of every delivery

Our goal is to move toward networks where every shipment can be recorded, monitored and linked to a specific health need.

We are not interested only in measuring kilometers flown or the number of flights.

We also want to understand which medicines arrived, which supply needs were met, how much time was saved and what new capabilities were created for health centers.

That information is essential for evaluating impact and continuously improving the system.

The experience gained in Uruguay and Panama allows us to see Drone Delivery as something much broader than an aviation innovation.

It is a tool to connect services, strengthen supply chains and bring capabilities closer to communities that have historically faced geographic barriers.

Because when we talk about health, arriving is not always enough. Often, the real value lies in arriving on time.

Discover how we develop our Drone Delivery networks and learn about the Tacuarembó case and our experience in Panama.