Closed Topic Search

Reset

NOTE: The Solicitations and topics listed on this site are copies from the various SBIR agency solicitations and are not necessarily the latest and most up-to-date. For this reason, you should visit the respective agency SBIR sites to read the official version of the solicitations and download the appropriate forms and rules.

Displaying 81 - 90 of 8125 results
  1. MDA17-010: Green Liquid Propellant Upper Stage Engine for Air Launched Targets

    Release Date: 04-21-2017Open Date: 05-23-2017Due Date: 06-21-2017Close Date: 06-21-2017

    TECHNOLOGY AREA(S): Materials  OBJECTIVE: Develop and demonstrate enabling technologies for a liquid upper stage engine utilizing low-toxicity, non-cryogenic liquid propellants.  DESCRIPTION: The goal of this topic is to develop and demonstrate enabling technologies for an air launch/air transportable liquid upper stage engine. Propellants may be new or existing formulatio ...

    SBIR Missile Defense AgencyDepartment of Defense
  2. MDA17-011: 3D Printed Component Packages for Semiconductor Die

    Release Date: 04-21-2017Open Date: 05-23-2017Due Date: 06-21-2017Close Date: 06-21-2017

    TECHNOLOGY AREA(S): Materials  OBJECTIVE: Design and develop an additive manufacturing process to three-dimensionally (3D) print a package around a bare semiconductor die that will comply with MIL-PRF-38535.  DESCRIPTION: This topic seeks to develop a 3D printing process that additively prints a 3D package around a bare semiconductor die where the package is tailored to fi ...

    SBIR Missile Defense AgencyDepartment of Defense
  3. MDA17-012: 3D Printed Microscale Radiation Shield

    Release Date: 04-21-2017Open Date: 05-23-2017Due Date: 06-21-2017Close Date: 06-21-2017

    TECHNOLOGY AREA(S): Materials  OBJECTIVE: Develop a new and innovative 3D printing process that additively prints a three-dimensional radiation shield around the microelectronic piece-part.  DESCRIPTION: State-of-the-art microelectronics are often found to be susceptible to radiation and systems are required to be redesigned with a new electronic piece-part or multiple kil ...

    SBIR Missile Defense AgencyDepartment of Defense
  4. MDA17-013: Radio Frequency Transparent Thermal Protection System Materials

    Release Date: 04-21-2017Open Date: 05-23-2017Due Date: 06-21-2017Close Date: 06-21-2017

    TECHNOLOGY AREA(S): Materials  OBJECTIVE: Develop a material that is transparent to certain radio frequencies (RF) and opaque in others, that can act as a thermal protection system (TPS).  DESCRIPTION: The government has interest in a TPS material that is RF transparent in frequencies used for telemetry while opaque in other frequencies. The goal of this topic is to devel ...

    SBIR Missile Defense AgencyDepartment of Defense
  5. MDA17-014: Improvements in Flight Control Response Time

    Release Date: 04-21-2017Open Date: 05-23-2017Due Date: 06-21-2017Close Date: 06-21-2017

    TECHNOLOGY AREA(S): Air Platform  OBJECTIVE: Develop an advanced closed loop control system that minimizes reaction time latencies during missile flight.  DESCRIPTION: This topic seeks innovative solutions for advanced autonomous flight control systems that minimize reaction time latencies and improve flight performance while minimizing cost. Proposed technologies may foc ...

    SBIR Missile Defense AgencyDepartment of Defense
  6. MDA17-015: Miniaturized Avionics for Missile Systems

    Release Date: 04-21-2017Open Date: 05-23-2017Due Date: 06-21-2017Close Date: 06-21-2017

    TECHNOLOGY AREA(S): Electronics  OBJECTIVE: Design and develop future missile systems avionics based upon innovative Commercial-off-the-shelf (COTS) components. Develop innovative approaches to leveraging modern miniaturized electronics to the fullest extent possible as replacements for existing missile system avionics.  DESCRIPTION: Miniaturized electronics are found in ...

    SBIR Missile Defense AgencyDepartment of Defense
  7. N172-129: Numerical Methods Combat Power and Energy Systems (CPES)

    Release Date: 04-21-2017Open Date: 05-23-2017Due Date: 06-21-2017Close Date: 06-21-2017

    TECHNOLOGY AREA(S): Ground Sea  OBJECTIVE: Develop innovative mathematical techniques for the characterization of total ship power and energy system performance that includes new high energy, pulse load weapon systems. Performance characterization supports early stage ship design synthesis.  DESCRIPTION: This topic seeks to develop innovative mathematical methods and fast ...

    SBIR NavyDepartment of Defense
  8. N172-110: Virtual Antenna Array Mapping

    Release Date: 04-21-2017Open Date: 05-23-2017Due Date: 06-21-2017Close Date: 06-21-2017

    TECHNOLOGY AREA(S): Air Platform  OBJECTIVE: Develop an advanced antenna array mapping technology and algorithms capable of emulating phased array antenna behavior in real-time using distributed ad-hoc antenna array layouts to provide warfighters, unmanned aerial vehicles (UAVs), and military vehicles on the move the ability to sweep or broaden the resulting beam collectively so as ...

    SBIR NavyDepartment of Defense
  9. N172-138: Circumvention and Recovery Radiation Effects Mitigation For Modern Electronics

    Release Date: 04-21-2017Open Date: 05-23-2017Due Date: 06-21-2017Close Date: 06-21-2017

    TECHNOLOGY AREA(S): Electronics  OBJECTIVE: Develop a Circumvention and Recovery (C&R) power and data management design to support functions for shutdown, restart and recovery of high performance processors, memory, System on Chip platforms, Radio Frequency, and advanced inertial measurement sensor subsystems.  DESCRIPTION: Circumvention and Recovery (C&R) is a sys ...

    SBIR NavyDepartment of Defense
  10. N172-128: Manufacturing Process Development for High Temperature Polymer or Nanocomposite Films for Dielectric Capacitors

    Release Date: 04-21-2017Open Date: 05-23-2017Due Date: 06-21-2017Close Date: 06-21-2017

    TECHNOLOGY AREA(S): Materials  OBJECTIVE: Develop manufacturing processes for a viable high temperature polymer or nanocomposite dielectric film that maintains a 95% or higher charge/discharge efficiency to 400 volts/micron at 125 C and energy storage capability better than biaxially oriented polypropylene (BOPP) (at room temperature).  DESCRIPTION: Biaxially oriented poly ...

    SBIR NavyDepartment of Defense

Agency Micro-sites

US Flag An Official Website of the United States Government