Unless stated otherwise all images were taken with a ZWO ASI-178mm mono camera

Jupiter taken with an amateur telescope from a city balcony.

Jupiter, 20cm SCT, F10, 1/60 sec x 3,000 frames, red filter.  Imaged through an open window.

Mars 11.jpg

Mars on Aug 23, 2020 at a diameter of 17.6 arc-secs.

20cm SCT, F10, Exp=20ms x 8,500 frames, red filter, colored.

The south polar ice-cap is at the bottom-left.  Imaged through an open window.

Saturn with Four Satellites.jpg

Saturn and some of its satellites.  20cm SCT, F10, 20ms x 4,800 frames, colored, red filter.

Imaged through an open window.

Venus taken with an amateur telescope from a city balcony.

Venus, 20cm SCT, F10, 1/200 sec x 2,000 frames, red filter.  With surface markings?

Mercury (4,000 frames E=1ms).tif

Mercury (20cm SCT, F5, exp=4,000 frames x 1ms)

Mars with Phobos & Deimos (E=19s Nov 6 2

Mars at 19 arc-secs in diameter showing both of its small satellites on Nov 6, 2020.

Mars is overexposed to bring out its difficult satellites.  This photo is heavily processed.  The original stacked photo was noise-filled from the glare of Mars.  The weak satellite signals were isolated and intensified, the glare noise was then removed.  Mars is displayed at its actual diameter.  Deimos was at its extreme elongation, Phobos less so.  Phobos though technically brighter, had less signal owing to the more intense glare and so appears fainter than Deimos.  20cm SCT, F10.  Exposure 50ms x 380 frames = 19 seconds and taken through an open window.

Jupiter's Satellite Amalthea 2.jpg

Jupiter's difficult to image satellite Amalthea.

Jupiter, Europa and Callisto are all much overexposed in order to bring out faint Amalthea.  Exposure info not recorded.

Neptune with Triton.jpg

Neptune and its only satellite that can be imaged with most amateur equipment.

Exposure information not recorded but similar to most imaging requirements.  Colored.

The White Zone

An Urban Astronomer's Light Pollution Guide to Balcony Imaging