Range and T&E Engineering Support
Spectrum Reallocation
- Strategic Planning Support
- Implications of RF Spectrum Auctions Impacts on Range Capabilities
- Transition Planning Development
- Mitigation Implementation Support
- Program Execution Oversight Support
General Range Engineering
- Investment Planning Support
- Specific Range Investment Planning Support
- Investment Plan execution Support
- Range Instrumentation Support
- Support to TSPI, TM, Optics, GPS Instrumentation and EW Threat Simulator Systems
- Program Planning Support
- Execution and Test Support
- Specialized Support
Cyber T&E Support
- Cyber Table Top (CTT) Development and Execution
- Developed and Facilitate CTT for Test Programs and Ranges
- Cyber T&E Support
- Engineering Support
RF Network Solutions
Secure High Bandwidth RF Network Architecture Provides Solutions to Your Connectivity Requirements
Address Multiple Requirements, such as:
- Surveillance Systems Data Transport
- Range Calibration Systems Operations
- Provides robust, secure connectivity for Range Instrumentation (TSPI, TM, etc)
- Augments existing Range Communications infrastructure
- Supports expansion of instrumentation into un-connected areas (e.g. Last Mile)
- High bandwidth (100Mbps)
- Supports increased instrumentation mobility
- Supports Remote Power Systems Control and Monitoring
- Low risk COTS based solutions
- Can be added to existing or new infrastructure
Test Instrumentation Development and Integration
Range Modernization: Improving Capabilities and Integrating Systems
Electro-Optics Lab: In-house capability involving state-of-the-art ultraviolet (UV) sensor and source technologies
RF/UV/IR, Radiometers, Sensors, Sources, Test Equipment:
- UV Imaging Radiometers
- UV Imagers
- UV Parabolic Simulator
- UV LED Plume Simulator
- Subject Matter Experts
Remote Operations
Operating all TSPI, TM, and GPS Systems from a Central Location
- A high level of integration of un-like sensors
- Identical Data Interfaces
- Ethernet based Range Data Distribution System (RDDS)
- Sensors are being designed to publish or subscribe to data from any of the other sensors over RDDS
- Increased Flexibility of Operations
- Decreased time and resources required to travel to and operate remotely located instrumentation
TSPI Tracking Radars: Design Development Upgrades
COTS Components Highly Leveraged
Flexible and Affordable
Non-Proprietary Software for long term sustainability
Mobile Versions Available
Diskless architecture for secure operations
Remotely Operated Tracking Radars (ROTRs)
- COTS-based, C-or X-Band TSPI
Small CW Doppler
- Affordable, Mobile, Remote Control TSPI