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Bench Operation
Nikhil Henry edited this page May 13, 2025
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When running on the bench, the AUV's individual systems can be tested or worked with. As the robot is modular, it is not difficult to remove the computing pieces or use alternate power sources(i.e. wall plug rather than battery).
Use BlueRobotics recommendations when running thrusters outside of water. See here for details.
- Individual systems, such as the RPi and Jetson, can be removed from the acrylic board to make it easier to use with a mouse/keyboard or monitor. They can also be attached to power sources alternative to the AUV's batteries.
- Cameras can also be removed from the acrylic board and used with alternative computing sources for testing purposes.
When running the AUV on the bench, the acrylic board can be removed from the tubes for ease of access to internal systems. System set-up will then be the same as in-water deployment:
- Check cable connections within and between tube systems.
- Connect the batteries, using the power connectors to watch voltage levels.
- Power AUV.
- Tether or SSH can be used to connect to the individual computing systems.
Follow recommendations if testing thruster system.
This wiki is a living document and may be updated as new information becomes available.
If you find an error in the documentation or something insufficiently explained, please submit an issue on this repository.
Fork of LoCO AUV
- Design Improvements
- Parts List
- Important Tools
- Fabricating Structures (and General Instructions)
- Power System Assembly
- Thruster System Assembly
- Computing System Assembly
- Networking Assembly and Tether
- Sensor Assembly
- Enclosure Assembly (Left)
- Enclosure Assembly (Right)
- Final Assembly
- OS Installation and Configuration (RPI)
- Software Installation (RPI)
- OS Installation and Configuration (Nano)
- Software Installation (Nano)
- Network Configuration