Para mi cumpleaños mi hija Sofía, de 9 años, realizó esta hermosa composición desplegable en “3D”. Un cohete con una carita feliz rumbo a la luna con un fondo de estrellas y cúmulos.
Sofía me acompaña en mi pasión por la Astronomía desde hace algunos años. Utilizamos un telescopio refractor 90/900 y unos binoculares 10×50, Ella es muy entusiasta y decidida a la hora de manipular la montura ecuatorial, especialista en encontrar satélites artificiales.
Conocedora de mi pasión por la llegada del hombre a la Luna, como todos aquellos que eramos niños en aquellos años, se decidió a realizar este regalo sorpresa.
Muchas gracias Sofi!
Mario Castillo (padre orgulloso)
In english (poor):
For my birthday my daughter Sofía, 9, did is beautiful composition “3D”. A rocket with a happy face towards the moon with a background of stars and clusters.
Sofia accompanies me in my passion for astronomy for several years. We use a 90/900 refractor telescope and binoculars 10×50, She is very enthusiastic and determined when handling the equatorial mount, specializes in finding satellites.
Aware of my passion for the man on the moon, and all those who were children in those years, she decided to make this surprise gift.
NGC 6384, Galaxy type SAB(r)bc I, Ophiuchus, ~80 million light years away
Hazy oval with a brighter oblong middle, 6.4’ x 4.3’, magnitude 10.4v
PCW Memorial Observatory, Zanesville, Ohio USA – Erika Rix
16” Zhumell, 13mm Ethos and 8mm TeleVue Plossl, magnification ~138x – 225x
Temp: 8C, Humidity 92%
Seeing: P 7, Transparency: 3/6
Sketch created scopeside with Rite in the Rain paper, black ballpoint ink pen, #2 pencil then the stars cleaned up in Photoshop and inverted with adjustment to brightness and contrast.
At first glance, this spiral galaxy looked small and oblong nesting with a triangle of stars. Putting a dark cloth over my head and studying it further, I was able to make out a larger fainter portion of it extending to nearly two of the stars in the triangle. I couldn’t make out any structure on the outer portion other than it was almost oval. The inner, brighter portion was more oblong and the density was uneven.
During this observation, two satellites crossed the lower portion of my FOV, traveling west to east. The second one came through about half hour after the first. It seemed to be moving a little slower and was not as bright as the first. The second was at 0440UT. The courses were marked on my sketch by the dashed lines.
NASA Solar Dynamics Observatory Launch Sketch and Details by Stephen Ramsden
I know that this is a bit off the wall, but I got so inspired by the SDO going up safely that I decided to sketch it. Hope you like it.
NASA Solar Dynamics Observatory
Atlas V rocket
Cape Kennedy Space Center, FL USA
Feb 11th, 2010
This is colored Conte oil crayons, #2 pencils and a napkin for smudging on black Artagain recycled sketch paper. This sketch was my impression of several frames from the NASA launch video.
I was very thrilled when the SDO launched successfully. I cannot wait until data starts streaming into Goddard Space Flight Center from this, the first mission in NASA’s living with a star program. Great timing too as we have seen such a dramatic uptick in Solar activity the last few weeks.
Black Brant XII/CARE test Sketch and Details by Janis Romer
Black Brant XII/CARE test
A group of us were out observing at New Ringgold, PA on Saturday evening Sept 19th when we were surprised by the sudden appearance of the test cloud. I got out my sketching materials as fast as I could and made made this drawing of what we saw. I used conte pastel pencil on black paper to record its naked eye appearance. From our perspective, Jupiter was to the lower right of the cloud. The whole show was over in minutes.
On November 18 2008 Endeavor astronaut Heide Stefanyshyn-Piper lost her grip on a tool bag during a spacewalk outside the International Space Station. The tool bag cost $100,000 and its loss meant astronauts had to share the remaining tool bag for subsequent spacewalks. The bag weighs about 14 kg and measures only 50 x 40 x 20 cm. It contained two grease guns, a scraper tool, a large trash bag and a small debris bag.
On websites like www.heavens-above.com and www.calsky.com you can find the visible passes for your location. The maximum brightness of the tool bag is 4,8 mag. So in theory it can be a naked eye object. But in practice it turned out to be more difficult. I first tried to spot the tool bag with binoculars (7×50). After six failures I asked help on Cloudy Nights.
Armed with the good advice from a kind Neal and a little refractor I was more lucky on the first of July. The tool bag passed almost overhead at a distance of 280 km (in his 3534th turn around the Earth).
I was especially surprised by the speed of the satellite and there is no second chance. So Im not sure that the sketched path is 100% correct (it differs a little bit from the calculated one). It was far more difficult to recall where the tool bag entered than where it left the FOV. It was also the first (and maybe the last) time I used a lath for an astro-sketch. The calculated brightness of the bag was 5,4 magnitudes. The bright star on the right border of the sketch (north) is Kappa Cygni. The two bright stars below (east) are Iota 1 and 2 Cygni.
When I was sketching some background stars there was at 0.57 UT an unexpected visitor. A bright (mag. 2,3) satellite passed the same FOV than the tool bag. Some research on CalSky revealed it was a cylindrical rocket-piece (IGS 3A H2A) that measured 13,5 by 2,5 meters. A nice extra!
Dont wait too long to observe the tool bag, because in the future it will fall back to Earth. It is not expected that any components of the tool bag will reach the Earth´s surface. But maybe some beautiful morning you will find a grease gun in your backyard
Jef De Wit
Object Name: ISS / Shuttle tool bag
Object Type: satellite
Location: Hove, Belgium (51°09 north lat. 4°28 east long.)
Date and time: 1 July 2009, 0.52 UT
Equipment: Meade ETX-70 (2,75 inch refractor)
Eyepiece: 35mm Celestron Ultima (FOV 4,4° and magnification 10x)
NELM: 4,2 mag.
Medium: graphite pencil HB/n°2, lath, printing paper, scanned and inverted, some cleaning up was made with Paint
The International Space Station and The Space Shuttle “Endeavour” Sketch and Details by Aleksander Cieśla
International Space Station and Space Shuttle “Endeavour” about 1 hour and 14 minutes after separation.
Scope: Schmidt-Cassegrain 5” with Antares W70 25mm
Place: Poland, Wroclaw – near city center
Weather: Good. Seeing 7/10. Light Pollution
Time & date: 28 november 2008. 5:01PM (17:01)
Technique: Pencil and finger blur
Tooling: Scan only
The International Space Station Sketch and Details by Aleksander Ciesla
This is my sketch of International Space Station. It is original i think.
Scope: Celestron SCT 5” with Antares W70 25mm
Place: Poland, Wroclaw – near city center.
Weather: Not good. Seeing 5/10. Faint fog. Light pollution.
Date and time: 2 October 2008. 7:19 PM (19:19)
Technique: Pencil with finger blur.
Tooling: Scan and GIMP 2 working (only blur option)
Atlas Centaur 5 Fuel Dump on December 10, 2007
By Ed Sunder
Observer: Ed Sunder
Location: Flintstone, Georgia, USA
December 10, 2007 – 5:50 pm
Sketched generated with Adobe Photoshop over star background
generated by Starry Night.
On December 10, 2007, an Atlas 5 rocket launched a classified payload into orbit. After completing it’s first orbit, the depleted Centaur upper stage put on a spectacular show for eastern North America as it dumped its residual fuel overboard. Sightings were reported from Louisiana to Canada. Ed Sunder witnessed the event from Flintstone, Georgia, USA. Like many who observed it, Ed was not immediately aware it was a fuel dump. He noted, “…at 6:50 I looked up in the night sky and nearly directly overhead was a magnitude 1 comet! The core was exceptionally bright (at least mag 1) and the coma was very large – the whole thing was nearly the size of the moon in appearance….I can’t describe how excited I was – I literally had goosebumps. I just wish I’d brought my camera and binoculars.”
Although he was not able to photograph the event, he was able to create a sketch of what he saw later that evening. Using a star field generated by his planetarium software, Ed illustrated the comet-shaped phenomenon so others could visualize the event.