TSC developed the Target Detection Device (TDD) for Raytheon’s Accelerated Improved Intercept Initiative (AI3). The AI3 system was developed and successfully tested to take on the difficult Counter Rockets, Artillery, and Mortars (C-RAM) mission. This system is composed of the AI3 missile, a fire control radar, command and control node, and launcher.
During the live fire demonstration, the AI3 system destroyed 22 of 24 threats, including 107mm rocket targets at various quadrant elevations, as well as mortars, an unmanned aircraft system and improvised rocket-assisted mortars. The developed program was just over 18 months to meet a Department of Defense urgent need, and demonstrated that it also meets IFPC Block 2 requirements for C-RAM.
Related Content
AERONet Assembly 3.0
The AERONet Assembly is compatible with all major MANET radios and designed to simplify integration across all platforms.
Airborne Electronic Attack (AEA) Depot
TSC provides ongoing engineering and programmatic expertise for the establishment and support for the AEA depot at NAVSEA Crane. The depot supports the electronic warfare suite for the EA-18G Growler,…
Airborne Systems
TSC has decades of experience in designing, building, testing, and deploying Airborne Sensors for ISR Mission Support. We support RF sensor employment from System Requirements Analysis, to Hardware/Software/Firmware Prototype Development,…
Aircraft Maintenance
Customer-oriented maintenance solutions for aircraft owners and operators. Premium services using detailed electronic compliance tracking.
BMD Simulation Framework
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.
EO/IR MULTISPECTRAL CAMERA
Camera for vessel identification, documentation, and collection of prosecutable evidence that simultaneously detects targets with both IR and EO sensors. Includes redundant GPS logging and documentation. Mounted in a gyro-stabilized turret designed for long range optics with automatic video tracking and capture. Built to Mil-spec Performance.
Geo-Robotics
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…
GMLRS Enhanced Proximity Sensor
TSC personnel supported a live fire demonstration of their Enhanced Proximity Sensor (EPS) for the Guided Multiple Launch Rocket System (GMLRS) at White Sands Missile Range (WSMR). The EPS is…
Holographic SAR
TSC has developed Holographic SAR algorithms for multiple airborne SAR platforms. Holographic SAR is a 3-D tomographic backprojection image formation technique with associated change detection algorithms. The technique achieves superior…
MARITIME SURVEILLANCE RADAR
High performance radar for wide-area search & detection Up to 100 nautical mile search rangeMultimode features including:Maritime SearchSearch Inverse SARSAR Terrain MappingWeather RadarMil-Spec Performance
Mission Support
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,…
Ocean Data Telemetry Micorsat Data
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…
Past Performance
TSC has supported XX flight hours over X missions. We have deployed XX to X locations globally.
Precision Weapons
asdgadfgsdfgdsfgsdfgsdfgsdfgsdfg
Radar Algorithm Development, Modeling, and Simulation for Ballistic Missile Defense
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.
Research & Rapid Development
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…
RF Sensors & Defense Electronics
TSC’s RF and microwave engineering expertise stems from multiple decades of designing, integrating, testing and fielding defense electronics. Our Systems development and Production Division, headquartered in Huntsville, AL specializes in…
Space Systems and Intelligence
For over 30 years, TSC has put good ideas into orbit and beyond. From spacecraft manufacturing, integration & test, mission support, space instrument design, and ground stations development, TSC’s space…
Systems Engineering & Analysis
TSC has experience performing Systems Engineering and Analysis on virtually every type of radar. From ground-based air-defense, to airborne SAR / MTI / Fire-Control, to Space – We do it…
TCAR
TCAR is an X-band, software-defined radar designed to function as a low-cost data collection platform for Airborne ISR applications, such as SAR and MTI. It has a 4-channel RF receiver…
Terminal High Altitude Area Defense
TSC has been an integral part of the THAAD program since the weapons systems inception back in the early nineties. TSC was instrumental in developing the HWIL system (Radar Interface…
Test Sets & Threat Simulators
Our simulation products comprise a broad span of radar analysis and system engineering tools that range from detailed antenna models to flexible effects-based tools for systems-of-systems design. TSC brings multi-discipline…
Wide-Field Imager For Solar Probe
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…