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| Top: Measuring the side of my vessel 2nd: Final model of my vessel Third: final rendered CAD drawing of my vessel Bottom:The pieces for my vessel not yet put together; with the angle measurer |
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| The wood slides into the grooves made so that the vessel is more watertight with less seams. |
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| propeller from the RC boat |
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| RC motor components |
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| RC motor components |
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| RC propellers |
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| inside of RC boat; blue cooling tube on the left |
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| motors, propellers, and battery out of boat |
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| left: frame for bottom of vessel that I had to remake (right) because the wood was splitting through |
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| spray painting frame for bottom of vessel in systems shop |
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| vessel all put together and painted with glass bottom sitting in bottom |
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| plexiglass bottom for vessel: I removed the protective sheet from just the perimeter so that the center of it would not get ruined |
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| vessel with plexiglass attached to the bottom and the frame overtop of it and the caulked seems |
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| The pieces fit into each other perfectly so that they are secure and stable. |
ES-
ReplyDeletePlease check BBS for detailed message via buoyancy/weight testing-both instructors have made numerous requests that you physically test vessel-so far you have not done so-calculations do not confirm that your vessel will be able to carry anticipated weight as that part of the project appears to be ongoing-successful completion of course coannot be attained without physical testing that is documented and observed, at this point, by your instructors-without testing and wihtout successful buoyancy you will have to reconstruct your project-cmcd