Award Data

SUPPLYING ADEQUATE DRINKING WATER TO SOLDIERS ON ARID OR CONTAMINATED BATTLEFIELDS IS A FORMIDABLE PROBLEM. ONE POSSIBLE SOURCE OF WATER IS ENGINE EXHAUST; FOR EXAMPLE, DIESEL EXHAUST CONTAINS 1.1 POUNDS OF WATER VAPOR FOR EACH POUND OF FUEL BURNED. WE PROPOSE TO DEVELOP AN ONBOARD, COMPACT, EASILY MAINTAINED MEMBRANE-BASED SYSTEM THAT CAN RECOVER AND PURIFY WATER FROM COMBAT VEHICLE EXHAUSTS IN A ...

In Phase I, KVH Industries designed and prototyped a micro-machined all-fiber optic phase modulator and subsequently measured the modulator performance in a Sagnac interferometer gyroscope to prove feasibility of the approach. The micro-machined D fiber phase modulator is an enabling device to allow a robust and low cost effective rotation sensor for a diverse range of rotation rate sensor applica ...

As stated in the solicitation, the pavement infrastructure in the US covers a large surface area and requires intensive energy and natural resources. Vehicles that travel over these pavements are also resource intensive. Solar Roadways Incorporated envisions replacing current asphalt surfaces with modular Solar Road Panels: structurally-engineered solar panels that can be driven upon. The roadwa ...

The ASP family of stabilized weapon mounts is ideal for use in airborne, shipboard, and land applications when platform stability significantly reduces gunner effectiveness. The ASP three axis gyro stabilized weapon mount is designed to dramatically increase gunner accuracy (>10x increase in hit probability) even during aggressive platform maneuvers. The ASP is the ideal solution for coastal patro ...

Research conducted in Phase I identified a range of data sources providing vehicle related information to consumers shopping around or interested in knowing more about vehicles. Majority of the commercial data sources focused on vehicle features, new/used/CPO pricing, and vehicles listings. Such data sources lacked safety as their central focus, which is a concern for U.S. Department of Transporta ...

The overall goal of this project is to develop an in-process defect monitoring and correction technique for additive manufacturing (AM) of aluminum alloy to improve repeatability for geometric dimensions, material properties, and quality. In Phase I, Sentient collaborated with Johns Hopkins University Applied Physics Lab, and successfully completed all proposed tasks demonstrating two key capabili ...