Simulation of Saturn and its moons drifting through the field of view
Simulation of Saturn and its moons drifting through the field of view
The following picture is generated by assuming that the sky rotates by 15 degrees per hour. The focal length of the telescope is assumed to be 1200mm. The simulation consists of 120 time frames over which the objects rotate 0.125 degrees. That is, ~30 seconds in the realistic, Earth, wall clock.
Each subfigure includes the eyepiece assumed, the resultant power, and the FoV.
It may take a few minutes to load the gif...
We are working on demonstrating with more popular objects.