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Physical AIby Santi
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CS-06A· DocumentedDrone / aerial robot (UAV)

Zipline in Rwanda: drone blood delivery evaluated in a peer-reviewed study

Deliveries 79 minutes faster than by road and 67% fewer expired blood units at 12 months: the deployment with the strongest independent evidence in the field.

Last reviewed: 2026-11 · Methodology & sources →

Fact sheet

Organization
Zipline and Rwanda's public health system
Sector
Logistics & last mile
Location
Rwanda (Muhanga distribution center)
Environment
Emergency / disaster
Stage
Commercial
First public deployment
2016-10
Autonomy (editorial classification)
L4 · High autonomy
Coordination (editorial classification)
Coordinated
Published payback
Not published

01The challenge

02The solution

Hardware
Zipline drones operated from distribution centers such as Muhanga; the service launched in October 2016.[Eagle Online, 2016][GPB News, 2026]
Perception
Not published
Navigation
Not published
Coordination
Not published

03Published KPIs

Figures as communicated, with their context and source. “Not published” means no public figure exists — a gap to close in a pilot.

KPIValueSource
Mean drone delivery time79 min faster than the road estimate49.6 min[The Lancet Global Health, 2022]
Blood-unit expirationsat 12 months; interrupted time series−67%[The Lancet Global Health, 2022]
Wastage at adopting hospitalsseparate MSOM study−40%[Knowledge at Wharton]
Cost per delivery / cost-effectivenessauthors call for studyNot published—

04Lessons

Integration & operations

Maintenance & limits

  • In 2026 Muhanga is one of two distribution centers operating in the country, with a third planned; the drone complements, not replaces, the rest of health logistics.[GPB News, 2026]

Scaling

  • The study is retrospective and observational; its authors call for future work on cost-effectiveness and health outcomes. Even the best case has evidence gaps.[The Lancet Global Health, 2022]