Aquatic Voyager

Overview

Objectives/Goals Our project is to build a submersible Remotely Operated Vehicle (ROV)to provide assistance for Search and Rescue teams in their attempts to save lives. Methods/Materials To obtain the materials that would be subject to underwater pressure and temperature differences for navigation and viewing of subjects. The materials consist of ASB/PVC pipe, servo motors, radio control device, bilge pumps to act as motors to propel the unit. Cat5 cabling to provide power and video output. A recording device to record expeditions. Using the Engineering Design Process of defining the problem, brainstorming ideas, proposing solutions, and developing a prototype, we then proceeded to receive feedback from community partners and choose a working model. Testing and continues feedback from team members has further developed the project. Results ROV navigation made it possible to view subjects underwater and navigate calm waters. Motors will be changed to endure colder temperatures and dive deeper. Conclusions/Discussion Stronger motors are being installed to navigate rough waters, but the concept and results do match our hypothesis and goals. In recent marine catastrophes, building our knowledge of ROV technology is necessary in order to save lives. Have equipment ready to assist divers in a timely manner is necessary to make every attempt a successful one.

Competition history

• CSEF 2012 Applied Mechanics & Structures · Entry S0303

Resources

• CSEF project summary ↗

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