Specialized Arrays is awarded Phase 2 OUSD R&E, MIT-LL subcontract. During a successful Phase 1 study our notional tetrahedral phased array system was scaled to meet all requirements provided for a particular use-case. In this phase a ROM will be created for a prototype system and demonstration.
Specialized Arrays (Sarrays) is awarded a Phase 2 Study subcontract to propose a system configuration and ROM for their locally Self-Controlled large reflector widely-spaced antenna array radar system for use in GEO-monitoring missions.
Specialized Arrays (Sarrays) is awarded a Phase I study to report on the limitations and risks of Externally-Controlled large reflector antenna arraying systems. This approach, by design, requires continual periodic recalibration using external sources, such as a satellite or tower, in order to remain coherent. As a consequence, the state is unknown between events. Sarrays’
Specialized Arrays awarded Phase 1, OUSD R&E, MIT-LL subcontract. Our notional tetrahedral phased array system offers significant advantages in the area of Electronic Warfare (EW). Its unique geometrical shape combined with our novel arraying process will be analyzed for a particular use-case.
Specialized Arrays granted Utility Patent “System and Method for Widely-Spaced Coherent Transmit Arraying Using a Remote Receiver.” The remote receiver can be passive, uncooperative or cooperative. Applications include one-the-move, Beyond-the-Line-Of-Sight (BLOS), Electronic Warfare (EW), Directed Energy, and Over-The-Horizon (OTH) COMM.
Specialized Arrays granted Utility Patent “System and Method for Detection and Orbit Determination of Earth Orbiting Objects.” This Radar Equatorial system works on the principle that ALL (non-station-kept) Earth orbiting objects will pass through a strategically placed array beam and with advanced hardware and algorithms the objects can be accurately characterized immediately. Additional information can
Specialized Arrays Utility Patent: “System and Method for Widely-Spaced Coherent Transmit Arraying Using a Remote Receiver.” The new technology is for coherent transmission from VERY WIDELY SPACED antennas (kilometers apart) as well as ‘Quick Deployable’ missions. It is a Feedback-Controlled method applicable to Near-Earth missions such as battlespace awareness, intelligence gathering, ground to satellite communication and Space Situational Awareness.
A 5-year multi-award IDIQ R&D contract (VOXGLO 2) with a ceiling of $375 million was awarded to Minerva Engineering. Specialized Arrays is excited to be part of their team! SAI principals have decades of experience in Signal and Image Intelligence.
Specialized Arrays successfully completes Distributed Network Communications, DINCOM Program.
Specialized Arrays files Utility Patent: “System and Method for Detection and Orbit Determination of Earth Orbiting Objects.” This Radar Equatorial Array system works on the principal that ALL (non-station-kept) Earth orbiting objects will pass through a strategically placed array beam and with advanced hardware and algorithms the objects can be characterized with unprecedented accuracy immediately. This
