Innovating with Impact

Our engineers, mathematicians, and computer scientists work from first principles to develop digital signal processing, statistical signal processing, computer vision, and machine learning algorithms for problems involving time series data, array data, image data, and more. In short, we find signals in noise and information in data. Example applications include synthetic aperture radar (SAR), ground/air moving target indication (G/AMTI), synthetic aperture ladar (SAL), direct-detect lidar, signals intelligence (SIGINT), digital communication, position, navigation, and timing (PNT), automatic target recognition (ATR) and electronic warfare (EW).

We support advanced sensor development activities with a special emphasis on novel concepts of operation (CONOPs) and novel modes of operation. Our activities include CONOP development, requirements generation, and modeling and simulation (M&S). We use a mix of statistical modeling and high-fidelity signal-level simulation to predict system performance in relevant scenarios. This work serves as a basis for algorithm development, system development, and flight test activities.

We support advanced sensor development activities with a special emphasis on novel concepts of operation (CONOPs) and novel modes of operation. Our activities include CONOP development, requirements generation, and modeling and simulation (M&S). We use a mix of statistical modeling and high-fidelity signal-level simulation to predict system performance in relevant scenarios. This work serves as a basis for algorithm development, system development, and flight test activities.

Our expertise in system requirements, performance modeling, and systems engineering — along with our experience working with real-world sensor systems — enable us to build large teams of industry leading partners to develop complex aerospace and electronic systems. This includes radio frequency electronics, digital data acquisition systems, data processing systems, antennas, radomes, geospatial and navigation systems, aircraft modifications, and more.

Radial R&D conducts airborne data collections and flight tests involving commercial and military aircraft operating at CONUS and OCONUS military installations. Our subject matter experts (SME) can identify key performance parameters (KPPs) and test objectives, design flight tests to meet test objectives, write test plans, create flight test cards, work with Federal Aviation Administration (FAA) designated engineering representatives (DERs) and designated airworthiness representatives (DARs) to oversee aircraft modifications, obtain flight test plan (FTP) / technology review board (TRB) / safety review board (SRB) approval, and conduct flight tests as ground and air operators. We can provide turnkey solutions for airborne data collection and flight test needs.

Radial R&D conducts airborne data collections and flight tests involving commercial and military aircraft operating at CONUS and OCONUS military installations. Our subject matter experts (SME) can identify key performance parameters (KPPs) and test objectives, design flight tests to meet test objectives, write test plans, create flight test cards, work with Federal Aviation Administration (FAA) designated engineering representatives (DERs) and designated airworthiness representatives (DARs) to oversee aircraft modifications, obtain flight test plan (FTP) / technology review board (TRB) / safety review board (SRB) approval, and conduct flight tests as ground and air operators. We can provide turnkey solutions for airborne data collection and flight test needs.