Updated on September 10, 2020

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Created on September 10, 2020

MamaBird

Upcoming Update

MamaBird is a drone used to transport medical supplies and food to mothers giving birth in remote areas of Malawi.

Developed By Unknown
Content Partners
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Author

Product Description

MamaBird is a drone solution intended to transport medical supplies and food to mothers giving birth in remote areas of Malawi in Africa. The product aims to provide opportunities for women to interact with drone technology while providing basic medical supplies. As of September 2020, the product is in the prototype stage. 

Manufacturing/Building Method

This product is currently in the prototyping phase and not yet manufactured at scale.

Intellectural Property Type

Other

User Provision Model

The users order the delivery of the medical kit and track it via an app.

Distributions to Date Status

None

Design Specifications

Mamabird is a drone for delivery of medical kits for women giving birth. The drones deliver ready-to-use therapeutic food and high energy nutrition bags that can address undernutrition for a child during the critical first 1000 days of his or her life. The same drones can also carry clean birth kits containing the basic items for sanitary conditions for birth, i.e. soap, a sterile blade to cut the umbilical cord and a clamp, pads, and wipes. These supplies are sent out to rural health centres where health worker provide care and instructions to mothers and expecting mothers. The drone has a payload of 10 to 20 kg and can achieve a range of 60 km. The users get a training on interacting with the drone and send it back once they pick up the shipment.

Technical Support

Training is provided to the users

Replacement Components

Unknown

Lifecycle

Unknown

Manufacturer Specified Performance Parameters

Every village, no matter how remote should have access to the most basic level of care so that one day the mothers and children that receive aid no longer require it. Drones are more efficient than vans or cars as they fly shorter distances in straight lines and will not face issues with the infrastructure.

Vetted Performance Status

Tests are still being conducted, no shared results yet. The manufacturer is currently waiting for operational feedback.

Safety

No known safety hazards are related to this product

Complementary Technical Systems

A tablet to track the drone

Academic Research and References

Scott J.E. and Scott C. H., 2017, “Drone Delivery Models for Healthcare,” Proceedings of the 50th Hawaii International Conference on System Sciences.

Compliance with regulations

Compliance with drone regulation from the government of Malawi

Other Information

None

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