The satellite was deployed into a near-geosynchronous orbit at an altitude of approximately 34,600 kilometers or 21,499 miles above the Earth. After in-orbit tests and checks the satellite will be declared ready for operational service.

Viasat-3 is in geo-synchronous orbit, also called geostationary orbit. This means the satellite orbits Earth at the same rate as the Earth's rotation. This results in the satellite appearing stationary from the perspective of an observer on the ground. Whenever you look upward toward the Southern sky from your home you will know that Viasat-3 is within that arc.

In geostationary orbit, Viasat-3 matches the Earth's rotational period, approximately 24 hours. This means that the satellite remains fixed in a specific position relative to the Earth's surface, appearing to hover over a particular point on the equator. Due to this synchronicity Visast-3 is ideal for beaming the internet signal.

The geostationary orbit provides several advantages for Viasat-3. The stationary position allows for continuous signal coverage, eliminating the need for frequent satellite handoffs. It also enables the use of fixed ground antennas pointed towards the satellite, simplifying communication setups.

While the high altitude introduces a delay in signal transmission due to the long distance traveled, the network efficiency gains with Viasat-3 can help mitigate latency. It’s best to have a clear view of the Southern sky without obstacles such as tall buildings or terrain features because these can block signals.

Geostationary orbit plays a crucial role in various satellite applications, providing continuous coverage and reliable communication services over a specific region. Viasat-3 will provide a more powerful internet signal and will significantly enhance connectivity. Get Viasat internet today.