International Space Station Photo Of the Month
This picture is the result of a 33-hour-long photo experiment I had been planning for more than two years. Besides analemmas and solar eclipses, whole-day-long Little Planets were always on the top of my photo wish-list. The air was very humid and partially cloudy. From 10:00 pm to 04:30 I took the startrails but I was not satisfied seeing the result. From sunrise to sunset I took photos of the Solar disk every 20 minutes. By the afternoon my shoulder and back became completely sunburnt (this year I forgot bringing sunscreen instead of the spare batteries :).
After sunset I started recording the startrails again with red lights of observing lamps of fellow amateur astronomers in the foreground. Before midnight International Space Station flew through the Northern sky — it’s visible on the photo too. In the morning of third day I retook some solar disk photos as the first ones of the previous days had been slightly underexposed and my photo experiment was completed after 33 hours.
2016.07.28-30. Tarján, Hungary Canon EOS 5D Mark II + Sigma EF 8/4.0
More of György’s work at Flickr profile.
How to Submit your photo to become an IPOM?
If you think you have captured something incredible and International Space Station related, please send it to the following email address: firstname.lastname@example.org
Please make sure your post contains the following:
– time/date the photo/animation was taken (UT)
– flyby details (max. elevation, from – to times, brightness – these are optional details, not compulsory though but welcomed)
– write in brief story (if possible, not compulsory though)
Skywatcher Esprit 150 Skywatcher EQ8 Rh Pro Lunt 2″ Solar Wedge (Herschel Wedge) ZWO ASI174MM 27.04.2020 Palmdale, California.
More of Simon’s work on his Instagram profile.
Here’s a my image of an ISS transit last night. This was taken at 11:59:12PM in my backyard in Elk Grove, California. ISS Angular Size: 59.78″ Moon Phase: 96.9% Waxing Gibbous Transit Duration: .47s This was captured using a reduced EdgeHD 800 with an ASI1600mm running at unity gain at .6ms which captured the ISS along with the luminance data (2000 frames of R), then 100 frames in each R,G,and B filters to draw out the colour.
The ISS was captured in 6 frames out of 2000, which were separated, stacked, sharpened, and overlaid back onto one of the areas captured in the pass, which was overlaid with a LUM layer created by taking the rest of the 2000 frames of the moon in the red channel. The moon wouldn’t quite fit in the field of view, so the full size image is a 2 panel mosaic.
More of Andrew’s work on his instagram profile.
The SpaceX Dragon CRS-20 cargo spacecraft was captured with the International Space Station’s robotic Canadarm2 by NASA astronaut Jessica Meir, with Andrew Morgan of NASA acting as a backup, on 9 March 2020 at 10:25 UTC (06:25 EDT). The CRS-20 Dragon spacecraft was launched by a SpaceX Falcon 9 rocket from Space Launch Complex 40 (SLC-40) at Cape Canaveral Air Force Station, Florida, on 7 March 2020 at 04:50 UTC (6 March, at 23:50 EST).
I imaged the SpaceX Dragon CRS-20 cargo spacecraft from my back Manorville NY, USA backyard. The telescope was an Edge HD 14″ with an Astrodon Red filter on a ZWO ASI174 mono camera and 1.6 barlow lens. The ISS and SpaceX Dragon CRS-20 passed time was at 6:47am EST at Max Pass 84°. The sky clear 20 minutes before imaging. Then it happened…. Fast moving low fog like clouds covered the sky at the time of the ISS Pass. The ISS brightness was at -3.9 and the Sun was at -15.3° below the horizon. Funny think happened. I could see the ISS in the clouds. The clouds made for a diffuse light like filter on the ISS. I had a little GOD help I would like to think.