Start with the job
An orbit determines what a satellite can see and how its view changes. Lower orbits bring a spacecraft closer to Earth; higher orbits provide a wider view. There is no single best orbit for every mission.
A changing view or a steady one
A geostationary satellite remains above the same point on the equator. Sun-synchronous orbits support observations under similar lighting conditions. These choices suit different kinds of communications and Earth observation.
The first orbit may not be the destination
A transfer orbit is an intermediate path. The spacecraft may need further propulsion to reach its operational orbit. A launch record describing a transfer should not be read as the final service location.
Explore an example
Use Spacian’s orbit guide to compare LEO, MEO, GEO, sun-synchronous and transfer examples. The models are accelerated illustrations, not live spacecraft positions. Then open a mission and compare its published destination orbit.
Sources & further reading
NASA · Catalog of Earth Satellite Orbits ↗Explanations are reviewed separately from the live mission schedule. Follow the linked provider for current mission-specific information.