Draganfly Innovations Inc. Innovative UAV Aircraft & Aerial Video Systems

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MIT's SWARM Health Management Project - Draganflyer Platform

MITMIT (Massachusetts Institute of Technology) has developed an interesting application of the Draganflyer platform. Their sophistical computer system allows many different Draganflyers to swarm or collectively collaborate on a task. Professor Jonathan How, with graduate students Mario Valenti, Brett Bethke, Daniel Dale, and Xiaojie Hu, and administrative assistant Kathryn Fischer have all worked together to create this interesting system with some incredible real world applications.

The system interfaces each Draganflyer to a computer that tracks each ones motion and orientation. The computer then calculates exactly what speed each rotor of the Draganflyer should be spinning at, and then relays this information to the Draganflyers.

The Swarm Health Management Project has some very interesting benefits. For instance, the computer monitors each UAV simultaneously allowing them to fly in close proximity without danger of a collision. The swarm is also adaptive; it can adjust if one of the Draganflyers runs out of power or is damaged by launching new ones.

SWARM stands for Self-assembling Wireless Autonomously Reconfigurable Modules.

The Swarm UAVs are all assigned different tasks by the computer, and will execute them with help from other UAVs.

They can be programmed to survey ground objects, and wait for any one's state to change. After an event is observed by one UAV, it will begin to chase the object of interest. Other UAVs will even come to its assistance. Watch this video presentation for a demonstration of how this works.

The Swarm Health Management Project is one of the most interesting applications of the Draganflyer to date. We look forward to seeing more inventions using the Draganflyer platform from MIT.

MIT Draganflyer Swarm Project

Read the official press release.

The Vanderbilt University VECPAV UAV Control System - Draganflyer Platform

Vanderbilt UniversityProfessor T. John Koo at Vanderbilt University has created a computerized control system for unmanned robotic vehicles. He selected the Draganfyer RC helicopter as a platform for testing this sophisticated software system because the system is simple and cost-effective to operate.

The VECPAV (Vanderbilt Embedded Computing Platform for Autonomous Vehicles) system uses a tracking station to constantly monitor the Draganflyer's position and velocity. This data is then fed into a computer system which calculates the precise motor outputs necessary to maintain a preprogrammed course. This system also allows the Draganflyer to hover in one place — perfect for taking aerial video.

Read the official press release.

VECPAV Draganflyer RC Helicopters

Education

Innovation from innovation; make advancements in flight, or augment research capabilities. Draganfly Innovations aerial platforms have been used extensively by universities and technical institutes around the world. Universities and Technological Institutes using Draganfly Innovations Inc. platforms for research include:

How to Add Your School

We would like to add your University or Technical Institute to our educational customers list. Please contact us and we will do our best to feature you on this page and/or in our Customer Gallery.

Draganfly Innovations Inc.

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