LINE-X of Bay Area and LINE-X of Silicon Valley provide protection where it counts for Stanford’s Humanoid Robotic Diver – “Mermaid”
Stanford’s Humanoid Robotic Diver started out as a box of blocks about a year ago and has just made world news.
Stanford’s Ocean One is the first prototype of what may be a team of robotic divers that are currently controlled remotely. The advancement of processor technology and software make automation a certainly. It’s only a matter of time before one of Ocean One’s distant beta versions will be task driven from a daily software boot and able to work independently.
As far as we are concerned it started like so many other projects – hey can you coat these. Well let’s backup, it started out – A couple of Stanford students walk into LINE-X of Silicon Valley as ask, can you coat this sample material? Concerns are always, how well does the media handle temperatures of LINE-X heated to 180 which becomes even hotter as the exothermic reaction of the ‘A’ and ‘B’ parts are mixed at 1800 – 2500 psi. The cool thing about LINE-X is one can use anything to create the shape – foam, paper cups, light bulbs, card board boxes, etc. Once the item is coated LINE-X provides the structure and the substrate is no longer needed. FOX business channel just did a segment on how indestructible and flexible LINE-X is. It’s the elongation, adherence, and wear resistance that make it unique. Because of these properties, specifically flexibility and adherence that make LINE-X an excellent choice for Ocean One’s exoskeleton.
For Ocean One, LINE-X of Silicon Valley and LINE-X of Bay Area coated parts using LINE-X Platinum which is 3 times stronger than Standard and has better permeability properties(resists water intrusion). Always great to see a project come together – congratulations Stanford, specifically, the computer science dept that drove this to completion! Remember, from one salvage diver to another – our charter is the safe retrieval of lost objects.