SBIR-STTR Award

Ultra-Wideband Structurally Integrated Antenna Architectures
Award last edited on: 8/6/2020

Sponsored Program
SBIR
Awarding Agency
DOD : AF
Total Award Amount
$899,949
Award Phase
2
Solicitation Topic Code
AF161-110
Principal Investigator
Johnson J H Wang

Company Information

Wang Electro-Opto Corporation (AKA: Wang-Tripp Corporation)

805 Franklin Court SE Suite B
Marietta, GA 30067
   (770) 955-9311
   investorrelations@weo.com
   www.weo.com
Location: Single
Congr. District: 06
County: Cobb

Phase I

Contract Number: FA8651-16-P-0192
Start Date: 6/23/2016    Completed: 3/23/2017
Phase I year
2016
Phase I Amount
$149,995
As the need for engaging targets in difficult environments grows, ultra-wideband and structurally integrated antenna architectures have gained interest. However, these antenna architectures must conform to the limited size and overall outer-mold line of the weapon platforms. Next-generation seekers must perform frequency agile radar and communication waveforms, which will require ultra-wideband apertures. These structurally integrated and conformal antenna arrays may also allow for extended field of regard than traditional nose mounted seekers. Utilizing the surface area typically larger than the missile cross-sectional area, additional antenna gain and thereby longer acquisition ranges can be achieved. Under USAF SBIR topic AF161-110, Ultra-Wideband Structurally Integrated Antenna Architectures, ultra-wideband structurally integrated antennas suitable for the next generation of radar seekers are to be designed. Wang Electro-Opto Corporation (WEO) will leverage its deep and broad knowledge, technology, and experience in this topic to propose a Phase-I research to look at the feasibility and attainable performance of an ultra-wideband structurally integrated architecture for use in a small radar seeker. Identification of technology barriers, trade-off analysis and simulation of critical performance parameters, as well as empirical study with breadboards on critical paths will be performed in order to demonstrate the feasibility of the proposed design approach.;

Benefit:
The commercialization of the present technology, Ultra-Wideband Structurally Integrated Antenna Architecture, will be considered a major part of the broad commercialization effort at WEO. In the field of missile seeker antennas, Raytheon is now commanding a predominant market position. Therefore, WEOs commercialization efforts will first focus on Raytheon, as well as other major contractors. It is expected for AFRL to obtain delivery of the prototype for independent assessment. Potential global market for WEOs broadband phased array technology in the private Telecommunications Industry is likely to be more than 10 times larger than that of military applications. WEO has recently launched a high-profile promotional effort with a series of ads in IEEE Microwave Magazine, IEEE Antennas Magazine, and Microwaves and RF Magazine, etc., starting in December 2015.

Phase II

Contract Number: FA8651-17-C-0042
Start Date: 8/17/2017    Completed: 11/17/2019
Phase II year
2017
Phase II Amount
$749,954
As the need for engaging targets in difficult environments grows, ultra-wideband and structurally integrated antenna architectures have gained interest. However, these antenna architectures must conform to the limited size and overall outer-mold line of the weapon platforms. Next-generation seekers must perform frequency agile radar and communication waveforms, which will require ultra-wideband apertures. These structurally integrated and conformal antenna arrays may also allow for extended field of regard than traditional nose mounted seekers. Wang Electro-Opto Corporation (WEO) has demonstrated, under USAF SBIR Phase-I topic AF161-110, a feasible approach for an ultra-wideband structurally integrated antennas suitable for the next generation of radar seekers. The approach leverages WEOs deep and broad knowledge, technology, and experience in this topic, and in particular its patented Traveling-Wave Antenna Array (TWAA), which has achieved TRL-7 and MRL-7 under an NAVSEA SBIR Phase-II program completed on 5 June 2016. The proposed seeker array antenna is thin and conformal to the surface of the missile, and should be able to meet all performance goals, covering entire Ku and Ka bands. Two identical breadboard models will be developed in Phase-II: one to be delivered to AFRL for independent assessment, the other for continued inhouse study, Phase-III work, and commercialization.