Search found 4 matches
- Jun 6th, 2017, 3:57 pm
- Forum: Get Your Feet Wet
- Topic: Flying Submersible ROV
- Replies: 1
- Views: 5176
Re: Flying Submersible ROV
Update: have recently progressed in the mock up of my sub and purchased the motors and escs listed. My next worry is designing a good ballast system. Im thinking of using a small inner tube of some sort for an air pump to move air in and out of the main hull to a donut-like ballast.Any advice would ...
- Jun 5th, 2017, 7:58 pm
- Forum: Control Systems and Tethers
- Topic: Adapting ArduPlane for a submersible
- Replies: 3
- Views: 5584
Re: Adapting ArduPlane for a submersible
hi brett,
I am doing something similar though my submersible will be spherical in shape. I'm working on a design for a professor at ASU. If you have any questions or useful info, please email me at pamoreno@asu.edu. I would like to collaborate with others designing a similar ROV.
I am doing something similar though my submersible will be spherical in shape. I'm working on a design for a professor at ASU. If you have any questions or useful info, please email me at pamoreno@asu.edu. I would like to collaborate with others designing a similar ROV.
- May 23rd, 2017, 10:17 pm
- Forum: Get Your Feet Wet
- Topic: Flying Submersible ROV
- Replies: 1
- Views: 5176
Flying Submersible ROV
First off, I've posted this in the Rasp Pi section but I have questions regarding matters other than just design. I am currently designing an ROV for a professor to be used in canal inspection. For this ROV, there are some strict constraints: max dimensions 12x12x15 cm max volume, less than 2 kg dry...
- May 23rd, 2017, 3:24 pm
- Forum: Raspberry PI
- Topic: Pi based, tether-free ROV
- Replies: 1
- Views: 8794
Pi based, tether-free ROV
Hi, this is my first post; I am currently designing an ROV for a professor to be used in canal inspection. For this ROV, there are some strict constraints: max dimensions 12x12x15 cm max volume, less than 2 kg dry weight, and symmetric thruster configuration that must allow for surge, yaw, and sway ...