PNT Resiliency for Fires, Extreme High Dynamics, & CRPA Testing
In this free webinar, learn about the latest in enhancing PNT resiliency for long-range precision fires, key considerations for testing multi-sensor PNT engines in extreme high dynamic applications, and high dynamic controlled reception pattern antenna (CRPA) testing. PNT for Indirect Fires – Paul Manz, Chief Technology Officer, and Tom Blenk, Director of the Assured Precision […]
Aug 25 | On-demand NowTags: CRPA, High Dynamics, Missiles
GPS & MGUE Program Update & High Dynamic Testing
The U.S. Space Force continues to evolve the GPS enterprise into a more resilient and robust architecture. Join representatives from the Space Systems Command, BAE Systems and Spirent for an update on the GPS and Military GPS User Equipment (MGUE) programs, the latest in military GPS receiver technology, and advancements in emulating high dynamic applications such as space vehicles or hypersonic munitions.
October 2021 | On-demand NowTags: Assured PNT, GPS Receivers, High Dynamics, M-code
Spirent Federal Systems Supports Department of Defense and Space Force National Security Mission
Spirent Federal provides high dynamic positioning, navigation, and timing (PNT) testing for the United Launch Alliance’s Atlas V rocket, enabling the generation of high-fidelity simulated trajectories.
May 2021Tags: High Dynamics
Inside the Double-Fast Update Rate: the Whys and Wherefores of Ultra-rapid GNSS Simulation
For testing PNT systems in a high-dynamics environment, such as rockets, guided munitions and even some UAVs, a realistic reproduction of that environment requires a lot of quick looks. A very great lot. The high speeds, acceleration and jerkiness of the platforms mean that solving simulation discrete models as frequently as possible becomes critical to ensure […]
Apr 2021Tags: GPS Interference, GSS9000, High Dynamics
Spirent GNSS Simulator Enhanced with Unrivaled Update Rate and Interference Testing Capabilities
An unrivaled 2 kHz simulation iteration rate provides GSS9000 users with the ability to improve accuracy of simulated trajectories without compromising performance. This is of particular benefit to military high-dynamic applications, such as space missions and hypersonic or spinning missiles.
Mar 2021Tags: GPS Interference, GSS9000, High Dynamics