Difference between revisions of "OpenROV"
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* Custom electronics | * Custom electronics | ||
* Off-the-shelf electronics | * Off-the-shelf electronics | ||
| + | * Tether ([http://www.ebay.nl/itm/2-pin-18AWG-20AWG-22AWG-24AWG-26AWG-28AWG-Black-Red-Cable-Wire-Cord-LED-Strip-/171075518045?pt=US_Lighting_Parts_and_Accessories&var&hash=item27d4e53e5d&_uhb=1 AWG20]) | ||
Revision as of 04:48, 8 January 2014
| Project: OpenROV | |
|---|---|
| 360x360px | |
| Name | OpenROV |
| Initiator | Ylebre & Jawsper |
| Status | Investigating availability of parts |
| Skills | Everything |
| Summary | Underwater |
Ylebre and jawsper plan to build an OpenROV ([1]). This is a small, cheap underwater robot, connected to land with a tether for control (and potentially power).
Contents
Current points of action
- Acryl parts
- Where to get the controller board
Housing
The housing will be made of several tubes and laser cut pieces of acryl. We can probably use the laser cutter at FabLab for this.
Potentially suitable homeplugs
These are sorted by cheapness
- Conrad Powerline Adapter PL200D
- Allnet 200AV adapter starterkit ALL168205Nano
- TP-LINK TL-PA411KIT AV500 Nano-Powerline-adapter KIT
- Zyxel Powerline Adapter Mini 500 PLA4201 Starterkit
- Here is a cheap Tenda P200, which is also known to work: Ebay
Other
This post explains some of the important things to keep in mind for power over the tether, and a possible solution.
Parts list
Global
- Housing
- Power (batteries/lipo cells)
- Custom electronics
- Off-the-shelf electronics
- Tether (AWG20)
