Farther, Faster, Higher
Issue date: 4/14/08 Section: SGA
Farther, Faster, Higher (FFH) exists to pursue advanced student determined research projects. FFH has adopted a model of actively recruiting students from multiple degree programs in order to take full advantage of the knowledge base found in the Embry-Riddle community. Also, by implementing a multiple disciplinary approach, FFH emulates the integrated product teams found in industry.
FFH is currently building an unmanned aerial vehicle (UAV) launched from an 81mm mortar. This plane would allow mortar teams to have real-time imagery of their target and would enable them to correct their aim without the need of a human forward observer. In the Fall 2007 semester, FFH composed a preliminary design for such a UAV and has now begun construction of the prototype. The prototype will be able to loiter for ten minutes using a small electric motor and will have a range of one quarter mile. It will be launched from a simulated mortar tube using a rocket motor and will carry an onboard camera to demonstrate payload capability. The plane will be constructed using a fiberglass-over-foam method. This UAV has the potential to be a valuable asset to the U.S. Army in that it will allow mortar teams to attack without the need for a soldier to be near the target.
This project has already required its members to demonstrate sound problem-solving skills. Also, the members have shown their capability in working as a cohesive team due to the inherent difficulties related to such an ambitious project. This personal development will continue throughout the building and flight test phases of this project, as well as through future projects.
FFH's innovative approach to engineering projects coupled with our highly motivated members and funding from SGA will enable us to create a prestigious project that will reflect well on the education provided by the ERAU Department of Engineering.
FFH is currently building an unmanned aerial vehicle (UAV) launched from an 81mm mortar. This plane would allow mortar teams to have real-time imagery of their target and would enable them to correct their aim without the need of a human forward observer. In the Fall 2007 semester, FFH composed a preliminary design for such a UAV and has now begun construction of the prototype. The prototype will be able to loiter for ten minutes using a small electric motor and will have a range of one quarter mile. It will be launched from a simulated mortar tube using a rocket motor and will carry an onboard camera to demonstrate payload capability. The plane will be constructed using a fiberglass-over-foam method. This UAV has the potential to be a valuable asset to the U.S. Army in that it will allow mortar teams to attack without the need for a soldier to be near the target.
This project has already required its members to demonstrate sound problem-solving skills. Also, the members have shown their capability in working as a cohesive team due to the inherent difficulties related to such an ambitious project. This personal development will continue throughout the building and flight test phases of this project, as well as through future projects.
FFH's innovative approach to engineering projects coupled with our highly motivated members and funding from SGA will enable us to create a prestigious project that will reflect well on the education provided by the ERAU Department of Engineering.
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