Award Data

Proposed Approach: BeaverFit seeks to satisfy the requirements of this proposal and subsequent SBIR phases through four main technical objectives (TO). Metrics of success will be applied to each TO to validate the effectiveness of the project and track progress toward accomplishment of the desired end state. Key measures of performance identified within the TO include cost, timelines, and throughp ...

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The objective of this project is to build 3D terrain models from satellite imagery and Digital Elevation Maps (DEM) using the Unreal Engine platform. Terrain and other objects are added to the 3D model by classifying objects from RGB satellite images. The classification of objects is typically the most time-consuming step within the entire process, which is currently done manually by a user. In P ...

Under this proposed Phase I SBIR effort, ThermAvant Technologies (ThermAvant) shall design, model, prototype and analyze the thermal performance of landscaped heat sinks with integral oscillating heat pipes (OHP) and phase change material (PCM) reservoirs (collectively, OHP/PCM). Prototype OPH/PCM heat sinks shall demonstrate their unique potential to acquire, rapidly spread and isothermally store ...

The objective of this Phase II effort is to create new single use power supplies as the prime electrical sources for radio frequency transmitters installed in guided multiple launch rocket systems or 155 mm rounds, per the A19-081 Topic description. These power supplies may be reused if required. According to the Topic, in the Phase II program the power supply: Is to produce 500 kV of output volta ...

The overall technical objective of the phases of this effort, as stated in the solicitation, is to design and construct compact non-explosive power supplies that can be used to power HPM systems, and to conduct proof-of-principle demonstrations of those supplies. The main goal of our Phase I effort is to determine the technical feasibility of each of our proposed concepts early in the Phase, and t ...

Using electric solid propellant, DSSP has developed a non-pyrotechnic small arms fire simulator that will be optimized, enlarged and enhanced for Army live fire training applications. First, the new proprietary waterproof non-pyrotechnic propellant will be further characterized for long term use and function in eSquibs and similar devices. The eSquib muzzle flash effect will be enhanced as new var ...

The development of a modular, scalable battery system designed to support the Army’s 6T program will substantially reduce life cycle costs to the Army and DoD at large. Spear’s VoltFlex permits 6T lithium ion batteries to operate in either 24V or 48V modes. Spear’s novel switching mechanism identified in Phase I, will be further refined in Phase II and used in conjunction with the 24V and 48 ...