SRI / Deposition Manufacturing / RMB Miniature Bearings Inc. / Intel Corporation / Rapid Prototyping Laboratory / /
Country
Switzerland / /
Currency
CNY / /
Event
Person Communication and Meetings / FDA Phase / /
Facility
Stanford’s Rapid Prototyping Laboratory / Stanford Nano-fabrication Facility / building of IC / Rapid Prototyping Laboratory / Stanford University / Fritz Prinz Stanford University / /
IndustryTerm
micro motor technology / improved battery technology / potential applications / direct-write lithium polymer device / synthetic communications relays / near-term technology / high resolution imaging options / simpler tools / conventional devices / redundant mesoscopic devices / computational analysis tools / Conceivable applications / flow solutions / smallest self-powered flying device / additive manufacturing technologies / tiny flying devices / manufacturing concepts / manufacturing facilities / nearer term applications / microscopic systems / manufacturing quality / manufacturing / battery systems / manufacturing constraints / mass produced using parallel processing techniques / meso-scale flying device / power systems / battery technology / manufacturing approaches / Thin film technologies / high specific energy / large scale systems / manufacturing processes / free-flying devices / large device / energy / /
Organization
INS2D / JPL / Mechanical Engineering Department / MIT / Stanford University / Aeronautics and Astronautics Department / National Aeronautics and Space Administration / /
Person
A. Jameson / Stanford Nano / Mark Drela / Reynolds-Averaged Navier-Stokes / Ilan Kroo / /
Position
leader / speed controller / candidate for further research on mesicopter fabrication / /
The Mesicopter: A Meso-Scale Flight Vehicle NIAC Phase II Technical Proposal Profs. Ilan Kroo and Fritz Prinz Stanford University 1. Abstract