Award Data

The United States Navy is interested nonlinear transmission lines (NLTL) for microwave generation. One key technology in this endeavor is the development of high power radio frequency (HPRF) source driver. During the Phase I, Eagle Harbor Technologies, Inc. (EHT) successfully demonstrated the Navy source driver requirements for adjustable pulse width, output voltage, rise time and pulse repetition ...

EOSPACE proposes to extend the development of the Photonic VNA demonstrated in the Phase I effort and pursue technology insertion opportunities into an appropriate Navy program such as SEWIP Block 2/3.

The opportunity of interest is the introduction and application of a bistatic tool set for both surface and submarine Mid-Frequency (MF) active sonar systems to enhance anti-submarine warfare (ASW) capability in strike group or coordinated surface and submarine ASW operations. The ability to localize threat submarine forces in a battlefield scenario by judicious application of bistatic capability ...

Propel will research, investigate, evaluate and rank fiber, yarn and textile technologies with the potential to be embedded into uniform items in order to design and develop a sailor garment system that enables linkage of ship systems to the human in the near, mid and long term.

We propose to develop an acoustic and vibration noise monitoring system for investigating navy ship noise. BTech will explore the different vector sensor technologies, packaging, data recording, mounting, and noise software analysis.

A modular high voltage (>10 kV), high power density silicon carbide-based power switch will be designed and developed to withstand the extreme environments associated with military applications in surface and underwater vehicles. This high performance, high reliability power switch will exhibit modularity for ease connecting to the system for a variety of circuit topologies, high reliability to wi ...

Numerous carbon fiber uni products are widely used in the composites industry. These various products vary in cost, processing method, and final composite properties obtained. For example, previous studies suggest that crimp and/or thermoplastic stitch sites in traditional woven uni and stitch-bonded fabrics, respectively, lead to limited fatigue properties relative to composites derived from auto ...

During Phase I a preliminary Concept Design will be developed and analyzed to validate the PAR hull and propulsion, hydrodynamic and aerodynamic principles for a Ship to Shore Connector that achieves the ONR SBIR, US Navy and USMC objectives for a high speed and high payload/weight ratio Ship to Shore Connector. The primary technology to be evaluated for the Ship to Shore Connector design is the u ...

Navy combat systems employ many underwater acoustic sensors to detect submerged threats. The performance of these sensors must be maintained at high levels for the combat system to perform effectively. These sensors are exposed to harsh environments and operating conditions that, over time, compromise sensor health resulting in degraded detection performance. Additionally, excessive radiated noise ...

The design and development of compact, low frequency, broadband acoustic source technology is considered for the Mobile ASW Training Targets. The Phase I effort considers evaluation of several novel low frequency transducer designs and exploration of the associated trade space, including performance, size and cost. Design feasibility is supported with calculations of expected performance and by pr ...