There is something to remember or consider. 1. Weight. 2. Mass. 3 Volume. It can be very easy to get these 3 things mixed up / confused with. When you build seabed tractors. If they are too heavy (Weight) They are damn hard to launch and recover, in choppy water. Mass can help with traction, moving ...
Like the idea of it being part of your engineering studies and for it to be expanded to.
Keep going your doing great. Also if you have any video of your dives please lets see any of them. (You could also add a music track, for fun...or ping ping noise..)
Your Rov looks ok and your basic idea is ok to. So can I ask... How deep do you think you can go with this (feet, metres...miles..!) Just asking because the depth can alter my advice. In theory a tracked rov can go all the way to the bottom of the ocean. I have had them down around 1100 metres.(3600...
My speciality was sea-bed tracked machines. Cables, pipes, mining, dredging & salvage. Any help I can offer. Feel free to ask any and all questions. (Especially the ones you would not ask your mother..Ha ha!) Just having a laugh... No really got lots of practical and theoritical (cant spaell) ad...
Almost any battery will produce some 'gas' Which can cause problems. 1 Fire! 2 Explosion! 3 Compression and then explosion.. In the design build in a valve to bleed-off the gas. (Think of a valve on a hot water radiator ) I used to have to bleed off a battery pack on an Rov. It used a hydraulic pipe...