Vayu drones are designed to deliver life saving health supplies to remote, rural areas using vertical takeoff and landing (VTOL) aircraft technology.
The Vayu drone is an unmanned aerial vehicle used to transport patient test samples and vaccines between remote hard-to-reach areas and nearby hospitals. It can be also be used for disaster relief, such as after an earthquake, to reach populations in inaccessible places.
Online through Vayu website
Organizations working with remote communities that have trained drone pilots on staff.
Copyright © Vayu Inc. 2018
Drones are directly sourced from Vayu offices or through their website.
A list of known products/services the device can deliver
Maximum distance the transport device can travel from its origin
The drone is designed to carry a load of up to 23 kg and fly over a distance of up to 60 kilometers. It uses the hybrid UAV technology comprised of helicopter-style propellers attached to static plane-like wings allowing it to take off and land vertically. The drone rises and touches down in helicopter fashion allowing it to reach places not serviced by a runway. The Vayu drone is capable of landing in parking lots, roofs and other flat surfaces. It is operated through a smartphone and is GPS-guided along predefined designated routes.
The Vayu website states that the company was “founded with a particular mission around addressing the challenges of last-mile healthcare delivery for the poorest populations on earth, and along the way we are discovering other uses for this technology.”
Vayu, Inc. and Stony Brook University, with support from the Madagascar government and backing from the U.S. Agency for International Development (USAID), worked together to complete a series of long-range, fully autonomous drone flights with blood and stool samples in July 2016 in Madagascar. The samples were successfully transported from villages in Infanadiana district to the ValBio research station.
- The drone is trackable using the Iridium satellite network with two- way communication enhancing real-time change to flight paths for safety purposes.
- The payload container is integrated in the vehicle’s fuselage, with a built-in handle & lock, the latch mechanism secures the container in flight.
- The paths are predefined to meet the safety standards and avoid accidents.
The drone comes with access to Iridium satellite network to enable two- way communication to enable tracking and making real-time change to flight paths.
Martini T., Weaver A., Van Vuuren T., 2016, The Humanitarian Use of Drones as an Emerging Technology for Emerging Needs, T.M.C. Asser Press, The Hague, Chap. 7
K. A., Lori J. S., Daniel P., Dana P. H., Jeff S., 2015, Can Unmanned Aerial Systems (Drones) Be Used for the Routine Transport of Chemistry, Hematology, and Coagulation Laboratory Specimens?, Plos One.
Würbel H., 2017, Framework for the evaluation of cost-effectiveness of drone use for the last-mile delivery of vaccines, Universitat de Barcelona
Vayu is partnering with various health organizations, funding agencies and relief supply agencies to improve access to health facilities in the remote, hard to reach areas and disaster stricken areas.
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