Distributed Electric Propulsion (DEP) Aircraft (Black Team)

Discipline: MAE

Advisor: Edward Clutter

In the field of aerospace engineering, Distributed Electric Propulsion (DEP) aircrafts are gaining popularity in the industry due to their potential to revolutionize aircraft performance. These aircrafts have multiple electric motors and propellers distributed along the leading edge of the wingspan that enhance aerodynamic control, all while decreasing fuel costs, drag, and environmental impacts. The propellers can be operated independently if needed, making this system safer in the case of danger. The result of how effective this aircraft model can be has led to more research on how its applications can be useful. For the UCF Senior Design project, the DEP Black Team has designed small-scale aircraft for use by hobbyists, land owners, and security companies. The purpose of this aircraft is for surveillance and recreational applications by these users to aid in protecting their properties. Traditional aircrafts tend to be larger and bulkier, making transportation and usage less feasible for consumers. DEP aircrafts have drastically reduced weight due to smaller control surfaces and better fuel efficiency, making it a more practical choice for users. This aircraft is controlled remotely via a transmitter that processes signals and commands to the receiver on the model.

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