Our customer successfully launched a geostationary satellite following a highly elliptic Transfer Orbit, using the multi-trajectory and hardware-in-the-loop capabilities of our Constellator GNSS simulator.

He could measure good performances of the RF signals generated by Constellator and noted a good tracking at the spaceborne GNSS receiver side.

These performances were achieved even during the high elliptical transfer orbit up to geostationary one.

Constellator™ transmitted RF signals to the Spaceborne GNSS Receiver with the expected quality levels, from launch and early orbit phases up to the geostationary station through a rather elliptical transfer orbit.

Thanks to Constellator™, the spaceborne GNSS receiver worked perfectly: our customer recognized Constellator as the most efficient equipment on the market and highlighted its RF quality even in high dynamics conditions :

Constellator™ has therefore been proved to be the only reliable solution for GEO on the market as the satellite accurately reached its geostationary trajectory as simulated by hardware-in-the-loop tests.