In Systems Engineering II, Two other students and I, will create an Underwater Remote Operate Vehicle in compliance with the competition standards issued by SeaPerch. Design process will be followed and carried out until the 3rd marking period until the construction phase begins. All design and preparation work will be posted here to follow up on our project.
Pages
- Home
- Background Information
- Brief/Specs/Limits
- Testing Procedures
- Alternate Solutions
- Summer Research / Brainstorming
- Rationale
- Calendar
- Developmental Work
- Mentor Contacts
- Plan of Procedure
- Press Release
- Construction Phase Progress:
- STEMM Report
- Testing Results
- Arduino Code for Control Box
- Arduino Code for ROV Underwater Unit
- Self and Design Evaluation
Friday, March 9, 2012
February 29, 2012
The Underwater unit provides a lot of buoyancy. In the test in the small scale pool, the unit had to be held down by 1 and a half United States Standard Bricks. It seems to provide a buoyancy of approximately 6 Pounds. There will have to be a lot of deadweight installed onto the unit to make sure we can neutralize it for the least amount of impact on the vehicle during time of testing.
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