![]() You may end up spending significantly more time in development (time = money) and prototype costs than it would have taken to buy a ready to use unit.Learn Autodesk Fusion 360 from Free online video tutorials or book training at one of our Authorised Training and certification centres. The starting point would be to come up with a design, then research the equipment needed which are rated for salt water and 30m depth. Last, unlike an ROV, the setup needs to be protected from sediment clogging or impeding motion (dredging as opposed to simply exploring).Īs such, can’t say I envision it as an easy project, especially one on a budget and with limited experience. ![]() There also needs to be a power source and electronics at that depth too. If it’s salt water, it has to be fully protected from corrosion (every exposed part including hydraulic lines, seals etc) need to be rated for 30m. Operating hydraulics on the surface (on land) is one thing, but something completely different underwater and at up to 30m depths. Even worse is that these are not “mass market”, so they need to recoup their money on just a small number of units. Beyond that, if they decide to manufacture in-house, there’s the cost of the machinery etc. ![]() Consider that the cost of a commercial product is not just the sum of its parts, but also margin they have to make, as well as offset the significant R&D cost which went into developing the product in order to ensure it works to spec. “Problem is I have VERY limited experience with the available tech, parts and systems” ![]() I’ve looked at commercial arms, but they are very expensive and I dont see any major technical obstacles to fabricating one myself ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |