TSTAR integrates hardware models, physics models and tactical code that can re-host tactical program code or use verified TSC models. Models include: AN/SPY-1 and AN/SPQ-9B radar; C&D/WCS/FCS/VLS/CEP/SGS models; and SM-2/6/3, ESSM
Test and evaluation (T&E) of Aircraft Survivability Equipment (ASE) missile warning and countermeasure systems is essential for verifying and optimizing ASE system performance. Specialized test equipment is required to evaluate the performance of ASE Directional Infrared Countermeasures (DIRCM) systems. DIRCM…
TSC has been designing and building highly-advanced, turn-key RF sensors since the 1980s. From requirements analysis and simulation, to RF and digital circuit and antenna design, to Low-Rate Initial Production – We do it. TSC is an ISO 9001-2008 certified…
TSC supports multiple Air-Force, Army, and NAVY UAS initiatives ranging from new UAS design and payload development to OCONUS operations. Our programs address urgent operational needs, such as ISR, Counter-IED, Counter-Insurgency, Counter-UAS, Electronic Warfare and Precision Strike. We have extensive…
TSC has supported XX flight hours over X missions. We have deployed XX to X locations globally.
Low powered UHF satellite or UAV payload for a communications system designed to extract data from widely distributed sensors. TSC was responsible for system design, development, and testing. Mission operations software support was provided to TacSat-, TacSat-4, and STP-Sat-2.
Solar instrument for NASA’s Solar Probe Plus investigation. WISPR will image inner coronal plasma with unprecedented spatial resolution, cadence, and sensitivity. TSC supported systems, I&T and checkout, electrical, and mechanical engineering activities.
Satellite to service and repair geostationary satellites on orbit using semi-autonomous robotic algorithms and highly dexterous seven degree-of-freedom manipulators. TSC is supporting systems, electrical, and mechanical engineering, as well as program planning and control activities.
Discrimination, distinguishing lethal objects from non-lethal ones, is the most challenging problem of ballistic missile defense. The primary objective of the missile defense shield is to neutralize the lethal warhead.
The Ballistic Missile Defense Simulation Framework (BMDSF) is a plug-and-play application programming interface library that provides communications among functional modules in a Ballistic Missile Defense simulation.