At the heart of everything we do lies the art of genuine precision, and it all starts by harnessing a great deal of science, mathematics and innovative engineering. From EGI diagnostic tools and EGI support equipment to GPS inertial simulator technology and GPS Constellation simulation, our knowledgeable, experienced avionics experts work tirelessly to bring our customers the very best in precision GNSS simulator equipment.
CAST Navigation’s sophisticated GNSS satellite simulator products are designed to provide accurate insights throughout navigation system research, development, integration and testing phases. Further ensuring your ability to test specifically for function and accuracy of specific components, we offer GNSS test equipment dedicated to various simulation needs. Perform a full end-to-end test of aircraft CRPA antennas, antenna electronics and GPS receivers with the CAST 5000 GPS Wavefront Generator, or verify and validate overall GPS/INS system performance with the CAST 4000 GNSS/INS Simulation System. Whatever the component, whatever the product, CAST Navigation dials in on your needs to provide the most precise satellite navigation tester experience possible.
When the success of key military maneuvers, millions in government funding or even human lives are at stake, the margin for error is slim-to-none. We know that precision flight is serious business for all involved, and we don’t take the implications of inaccuracy lightly. For that reason, everything from CAST Navigation’s EGI integration tools and JDAM testing products to our training services and personal customer interactions is centered around achieving safe, accurate results for every client, every time.
CAST Navigation’s deep dedication to precision is built around a drive to minimize risk for our clients and those involved in their operations. If you want to ensure the best GNSS system functioning in your manned or unmanned aircraft, CAST Navigation is ready to make it happen. Precision is something we know you don’t take lightly, and neither do we.