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2008-07-20 09:25:44
Ryan
Member
+1,230|7064|Alberta, Canada

20/07/08
Right Click > View Image for a larger picture
https://antwrp.gsfc.nasa.gov/apod/image/0607/saturnrhea_cassini_big.jpg
Soft hues, partially lit orbs, a thin trace of the ring, and slight shadows highlight this understated view of the majestic surroundings of the giant planet Saturn. Looking nearly back toward the Sun, the robot Cassini spacecraft now orbiting Saturn captured crescent phases of Saturn and its moon Rhea in color a few years ago. As striking as the above image is, it is but a single frame from a recently released 60-frame silent movie*where Rhea can be seen gliding in front of its parent world. Since Cassini was nearly in the plane of Saturn's rings, the normally impressive rings are visible here only as a thin line across the image center. Although Cassini has now concluded its primary mission, its past successes and opportunistic location have prompted NASA to start a two-year Equinox Mission, further exploring not only Saturn's enigmatic moons Titan and Enceladus, but Saturn herself as her grand rings tilt right at the Sun in August 2009.
*Movie Link Here

Last edited by Ryan (2008-07-20 09:27:34)

2008-07-21 09:04:05
Ryan
Member
+1,230|7064|Alberta, Canada

21/07/08
Right Click > View Image for a larger picture
https://antwrp.gsfc.nasa.gov/apod/image/0807/ngc5426_gemini_big.jpg
What will become of these galaxies? Spiral galaxies NGC 5426 and NGC 5427 are passing dangerously close to each other, but each is likely to survive this collision. Most frequently when galaxies collide, a large galaxy eats a much smaller galaxy. In this case, however, the two galaxies are quite similar, each being a sprawling spiral with expansive arms and a compact core. As the galaxies advance over the next tens of millions of years, their component stars are unlikely to collide, although new stars will form in the bunching of gas caused by gravitational tides. Close inspection of the above image taken by the 8-meter Gemini-South Telescope in Chile shows a bridge of material momentarily connecting the two giants. Known collectively as Arp 271, the interacting pair spans about 130,000 light years and lies about 90 million light-years away toward the constellation of Virgo. Quite possibly, our Milky Way Galaxy will undergo a similar collision with the neighboring Andromeda Galaxy in about five billion years.
2008-07-22 12:12:16
Ryan
Member
+1,230|7064|Alberta, Canada

22/07/08
No picture today, just a dumb video of a guy dancing.
http://antwrp.gsfc.nasa.gov/apod/astropix.html

Last edited by Ryan (2008-07-22 12:12:34)

2008-07-24 09:37:59
Ryan
Member
+1,230|7064|Alberta, Canada

23/07/08
Right Click > View Image for a larger picture
https://antwrp.gsfc.nasa.gov/apod/image/0807/echuschasma_marsexpress_big.jpg
What created this great cliff on Mars? Did giant waterfalls once plummet through its grooves? With a four-kilometer drop, this high cliff surrounding Echus Chasma, near an impressive impact crater, was carved by either water or lava. A leading hypothesis is that Echus Chasma, at 100-kilometers long and 10-kilometers wide, was once one of the largest water sources on Mars. If true, water once held in Echus Chasma likely ran over the Martian surface to carve the impressive Kasei Valles, which extends over 3,000 kilometers to the north. Even if initially carved by water, lava appears to have later flowed in the valley, leaving an extraordinarily smooth floor. Echus Chasma lies north of tremendous Valles Marineris, the largest canyon in the Solar System. The above image was taken by the robotic Mars Express spacecraft currently orbiting Mars.

24/07/08
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https://antwrp.gsfc.nasa.gov/apod/image/0807/3spots_hst.jpg
These detailed Hubble Space Telescope close-ups feature Jupiter's ancient swirling storm system known as the Great Red Spot. They also follow the progress of two newer storm systems that have grown to take on a similar reddish hue: the smaller "Red Spot Jr." (bottom), and smaller still, a "baby red spot". Red Spot Jr. was seen to form in 2006, while the smaller spot was just identified earlier this year. For scale, the Great Red Spot has almost twice the diameter of planet Earth. Moving horizontally from left to right past the Great Red Spot, Red Spot Jr. clearly went below the larger storm, but the smaller spot was pulled in. Emerging on the right, the baby spot's stretched and now paler shape is indicated by the arrow in the frame from July 8. It is expected that the baby red spot will be pulled back and merge, becoming part of the giant storm system.

Last edited by Ryan (2008-07-24 09:38:26)

2008-07-31 09:24:36
Ryan
Member
+1,230|7064|Alberta, Canada

Wow, I haven't updated this in awhile. Here is a shwack of pictures for you guys

25/07/08
Right Click > View Image for a larger picture
https://antwrp.gsfc.nasa.gov/apod/image/0807/m101_spitzer.jpg
Big, beautiful spiral galaxy M101 is one of the last entries in Charles Messier's famous catalog, but definitely not one of the least. About 170,000 light-years across, this galaxy is enormous, almost twice the size of our own Milky Way Galaxy. M101 was also one of the original spiral nebulae observed by Lord Rosse's large 19th century telescope, the Leviathan of Parsontown. Recorded at infrared wavelengths by the Spitzer Space telescope, this 21st century view shows starlight in blue hues while the galaxy's dust clouds are in red. Examining the dust features in the outer rim of the galaxy, astronomers have found that organic molecules present throughout the rest of M101 are lacking. The organic molecules tracked by Spitzer's instruments are called polycyclic aromatic hydrocarbons (PAHs). Of course, PAHs are common components of dust in the Milky Way and on planet Earth are found in soot. PAHs are likely destroyed near the outer edges of M101 by energetic radiation in intense star forming regions. Also known as the Pinwheel Galaxy, M101 lies within the boundaries of the northern constellation Ursa Major, about 25 million light-years away.


26/07/08
Right Click > View Image for a larger picture
https://antwrp.gsfc.nasa.gov/apod/image/0807/IC1805_kbqVersion4.jpg
Cosmic clouds seem to form fantastic shapes in the central regions of emission nebula IC 1805. Of course, the clouds are sculpted by stellar winds and radiation from massive hot stars in the nebula's newborn star cluster (aka Melotte 15). About 1.5 million years young, the cluster stars appear on the right in this colorful skyscape, along with dark dust clouds silhouetted against glowing atomic gas. A composite of narrow and broad band telescopic images, the view spans about 15 light-years and includes emission from hydrogen in green, sulfur in red, and oxygen in blue hues. Wider field images reveal that IC 1805's simpler, overall outline suggests its popular name - The Heart Nebula. IC 1805 is located about 7,500 light years away toward the constellation Cassiopeia.


27/07/08
Right Click > View Image for a larger picture
https://antwrp.gsfc.nasa.gov/apod/image/0807/ic4406_hst_big.jpg
How can a round star make a square nebula? This conundrum comes to light when studying planetary nebulae like IC 4406. Evidence indicates that IC 4406 is likely a hollow cylinder, with its square appearance the result of our vantage point in viewing the cylinder from the side. Were IC 4406 viewed from the top, it would likely look similar to the Ring Nebula. This representative-color picture is a composite made by combining images taken by the Hubble Space Telescope in 2001 and 2002. Hot gas flows out the ends of the cylinder, while filaments of dark dust and molecular gas lace the bounding walls. The star primarily responsible for this interstellar sculpture can be found in the planetary nebula's center. In a few million years, the only thing left visible in IC 4406 will be a fading white dwarf star.


28/07/08
Right Click > View Image for a larger picture
https://antwrp.gsfc.nasa.gov/apod/image/0807/j1430lens_sdss_big.jpg
What's large and blue and can wrap itself around an entire galaxy? A gravitational lens mirage. Pictured above on the left, the gravity of a normal white galaxy has gravitationally distorted the light from a much more distant blue galaxy. More normally, such light bending results in two discernable images of the distant galaxy, but here the lens alignment is so precise that the background galaxy is distorted into a nearly complete ring. Since such a lensing effect was generally predicted in some detail by Albert Einstein over 70 years ago, such rings like SDSSJ1430 are now know as Einstein Rings. SDSSJ1430 was discovered during the Sloan Lens Advanced Camera for Surveys (SLACS) campaign, an observation program that inspected lens candidates found by the Sloan Digital Sky Survey (SDSS) with the Hubble Space Telescope's ACS. Strong gravitational lenses like SDSSJ1440 are more than oddities -- their multiple properties allow astronomers to determine the mass and dark matter content of the foreground galaxy lenses. Given these determinations, SLACS data has now been used, for example, to show that dark matter fraction increases with overall galaxy mass. The inset images on the right depict, from top to bottom, a computer reconstructed image of what the background blue galaxy really looks like, just the white foreground galaxy, and just the lensed blue background galaxy.

29/07/08
Right Click > View Image for a larger picture
https://antwrp.gsfc.nasa.gov/apod/image/0807/scenicmilkyway_hepburn_big.jpg
Sometimes, after your eyes adapt to the dark, a spectacular sky appears. Such was the case earlier this month over Ontario, Canada, when part of a spectacular sky also became visible in a reflection off a lake. To start, the brightest objects visible are bright stars and the planet Jupiter, seen as the brightest spot on the upper left. A distant town appears as a diffuse glow over the horizon. More faint still, the disk of the Milky Way Galaxy becomes apparent as a dramatic diffuse band across the sky that seems to crash into the horizon far in the distance. In the foreground, a picturesque landscape includes trees, a lake, and a stone wall. Finally, on this serene night in July when the lake water was unusually calm, reflections appear. Visible in the lake are not only reflections of several bright stars, but part of the Milky Way band itself. Careful inspection of the image will reveal, however, that bright stars leave small trails in the lake reflections that do not appear in the sky above. The reason for this is because the above image is actually a digital composite of time-consecutive exposures from the same camera. In the first set of exposures, sky images were co-added with slight rotations to keep the stars in one place.

30/07/08
Right Click > View Image for a larger picture
https://antwrp.gsfc.nasa.gov/apod/image/0807/isssun_wagner_big.jpg
That's no sunspot. It's the International Space Station (ISS) caught by chance passing in front of the Sun. Sunspots, individually, have a dark central umbra, a lighter surrounding penumbra, and no solar panels. By contrast, the ISS is a complex and multi-spired mechanism, one of the largest and most sophisticated machines ever created by humanity. Also, sunspots occur on the Sun, whereas the ISS orbits the Earth. Transiting the Sun is not very unusual for the ISS, which orbits the Earth about every 90 minutes, but getting one's timing and equipment just right for a great image is rare. Strangely, besides that fake spot, the Sun, last week, lacked any real sunspots. Sunspots have been rare on the Sun since the dawn of the current Solar Minimum, a period of low solar activity. Although fewer sunspots have been recorded during this Solar Minimum than for many previous decades, the low solar activity is not, as yet, very unusual.


31/07/08
Right Click > View Image for a larger picture
https://antwrp.gsfc.nasa.gov/apod/image/0807/NGC5216_keller.jpg
Galaxies NGC 5216 (top right) and NGC 5218 really do look like they are connected by a string. Of course, that string is a cosmic trail of gas, dust, and stars about 22,000 light-years long. Also known as Keenan's system (for its discoverer) and Arp 104, the interacting galaxy pair is some 17 million light-years away in the constellation Ursa Major. The debris trail that joins them, along with NGC 5218's comma-shaped extension and the distorted arms of NGC 5216 are a consequence of mutual gravitational tides that disrupt the galaxies as they repeatedly swing close to one another. Drawn out over billions of years, the encounters will likely result in their merger into a single galaxy of stars. Such spectacular galactic mergers are now understood to be a normal part of the evolution of galaxies, including our own Milky Way.
2008-07-31 09:51:09
too_money2007
Member
+145|6529|Keller, Tx
In that picture in Canada of the sky, no fking way the sky just looks like that at night. I call bullshit!
2008-07-31 09:54:19
Ryan
Member
+1,230|7064|Alberta, Canada

too_money2007 wrote:

In that picture in Canada of the sky, no fking way the sky just looks like that at night. I call bullshit!
They used a very long exposure time on the camera to gather all the light.
Obviously no picture of the sky could ever look like that.
As you can see, some of the stars are blurry, because of the movement of the earth. They have the camera on an equatorial mount, which moves in relation to the earth. If they didn't they would get something called a startrail:

https://www.sas.org.au/noleen/7.%20Star%20Trail%2015899.jpg
2008-08-01 07:53:30
Ryan
Member
+1,230|7064|Alberta, Canada

01/08/08
Right Click > View Image for a larger picture
https://antwrp.gsfc.nasa.gov/apod/image/0808/moongames_lavederN080717_9416.jpg
The Moon's measured diameter is around 3,476 kilometers (2,160 miles). But apparent angular size, or the angle covered by an object, can also be important to Moon enthusiasts. Angular size depends on distance, the farther away an object is, the smaller an angle it covers. Since the Moon is 400,000 kilometers away, its angular size is only about 1/2 degree, a span easily covered by the tip of your finger held at arms length, or a measuring tape held in the distance by a friend. Of course the Sun is much larger than the Moon, 400 times larger in fact, but today the New Moon will just cover the Sun. The total solar eclipse can be seen along a track across northern Canada, the Arctic, Siberia, and northern China. (A partial eclipse is visible from a broader region). Solar eclipses illustrate the happy coincidence that while the Sun is 400 times the diameter of the Moon, it is also 400 times farther away giving the Sun and Moon exactly the same angular size.

Last edited by Ryan (2008-08-01 07:54:45)

2008-08-01 08:53:44
S.Lythberg
Mastermind
+429|6668|Chicago, IL
I want to go to siberia to see that eclipse
2008-08-01 11:27:54
CanadianLoser
Meow :3 :3
+1,148|6729

S.Lythberg wrote:

I want to go to siberia to see that eclipse
pick me up on your way there please
2008-08-01 13:09:54
GR34
Member
+215|6766|ALBERTA> CANADA
Woe wait so in the middle of our Galaxy there is a black hole? May be nerdy but I hope in my life time we will have the ability to travel to other solar systems in a matter of days the of course go to war with that ever is out there because they will have oil of something like that.





Awesome pictures ryan

Last edited by GR34 (2008-08-01 13:22:41)

2008-08-01 13:32:13
Ryan
Member
+1,230|7064|Alberta, Canada

GR34 wrote:

Woe wait so in the middle of our Galaxy there is a black hole? May be nerdy but I hope in my life time we will have the ability to travel to other solar systems in a matter of days the of course go to war with that ever is out there because they will have oil of something like that.





Awesome pictures ryan
Thanks Josh.
And yes, at the center of every galaxy is a supermassive black hole. Most galaxies are spiral shaped, like ours, and they are shaped that way because of the blackhole at the galaxy. It takes a few billion years for the entire galaxy to do one revolution, so don't worry about being sucked in.
2008-08-08 08:26:35
Ryan
Member
+1,230|7064|Alberta, Canada

02/08/08
Right Click > View Image for a larger picture
https://antwrp.gsfc.nasa.gov/apod/image/0808/eclipseshirt_haake.jpg
Of course, everyone is concerned about what to wear to a solar eclipse. No need to worry though, nature often conspires to project images of the eclipse so that stylish and appropriate patterns adorn many visible surfaces - including clothing - at just the right time. Most commonly, small gaps between leaves on trees can act as pinhole cameras and generate multiple recognizable images of the eclipse. In Madrid to view the 2005 October 3rd annular eclipse of the Sun, astronomer Philippe Haake met a friend who had another inspiration. The result, a grid of small holes in a kitchen strainer produced this pattern of images on an 'eclipse shirt'. While Yesterday's solar eclipse was total only along a narrow path beginning in northern Canada, extending across the Arctic, and ending in China, a partial eclipse could be seen from much of Europe and Asia.

03/08/08
Right Click > View Image for a larger picture
https://antwrp.gsfc.nasa.gov/apod/image/0808/ngc290_hst_big.jpg
Jewels don't shine this bright -- only stars do. Like gems in a jewel box, though, the stars of open cluster NGC 290 glitter in a beautiful display of brightness and color. The photogenic cluster, pictured above, was captured recently by the orbiting Hubble Space Telescope. Open clusters of stars are younger, contain few stars, and contain a much higher fraction of blue stars than do globular clusters of stars. NGC 290 lies about 200,000 light-years distant in a neighboring galaxy called the Small Cloud of Magellan (SMC). The open cluster contains hundreds of stars and spans about 65 light years across. NGC 290 and other open clusters are good laboratories for studying how stars of different masses evolve, since all the open cluster's stars were born at about the same time.

04/08/08
Right Click > View Image for a larger picture
https://antwrp.gsfc.nasa.gov/apod/image/0808/catseye_chandra_big.jpg
Haunting patterns within planetary nebula NGC 6543 readily suggest its popular moniker -- the Cat's Eye nebula. Starting in 1995, stunning false-color optical images from the Hubble Space Telescope detailed the swirls of this glowing nebula, known to be the gaseous shroud expelled from a dying sun-like star about 3,000 light-years from Earth. This composite picture combines the latest Hubble optical image of the Cat's Eye with new x-ray data from the orbiting Chandra Observatory and reveals surprisingly intense x-ray emission indicating the presence of extremely hot gas. X-ray emission is shown as blue-purple hues superimposed on the nebula's center. The nebula's central star itself is clearly immersed in the multimillion degree, x-ray emitting gas. Other pockets of x-ray hot gas seem to be bordered by cooler gas emitting strongly at optical wavelengths, a clear indication that expanding hot gas is sculpting the visible Cat's Eye filaments and structures. Gazing into the Cat's Eye, astronomers see the fate of our sun, destined to enter its own planetary nebula phase of evolution ... in about 5 billion years.

05/08/08
Right Click > View Image for a larger picture
https://antwrp.gsfc.nasa.gov/apod/image/0808/eclipsechina_buckingham_big.jpg
What's that black dot over the Sun? The Moon. This past weekend, the Sun went dark during the day as the Moon completely covered it. The total solar eclipse was visible over a thin swath of Earth extending from northern Canada to China. As shown above, many sky enthusiasts gathered to witness the total or partial solar eclipse, which lasted only a few minutes. The above image was taken during totality near Barkol in Xinjiang, China, with the Barkol Shan mountain range visible on the horizon. Although the brightest parts of the Sun are covered, the normally invisible corona of hot gas surrounding the Sun became prominent. Just to the upper left of the Moon darkened Sun are planets Mercury and Venus. The increased darkening of the sky toward the right indicates the darkened atmosphere created by the passing shadow cone of the total solar eclipse. The next total solar eclipse will occur next July and be visible in parts of India and China.

06/08/08
Right Click > View Image for a larger picture
https://antwrp.gsfc.nasa.gov/apod/image/0808/ngc1818_hst_big.jpg
Globular clusters once ruled the Milky Way. Back in the old days, back when our Galaxy first formed, perhaps thousands of globular clusters roamed our Galaxy. Today, there are perhaps 200 left. Many globular clusters were destroyed over the eons by repeated fateful encounters with each other or the Galactic center. Surviving relics are older than any Earth fossil, older than any other structures in our Galaxy, and limit the universe itself in raw age. There are few, if any, young globular clusters in our Milky Way Galaxy because conditions are not ripe for more to form. Things are different next door, however, in the neighboring LMC galaxy. Pictured above is a "young" globular cluster residing there: NGC 1818. Observations show it formed only about 40 million years ago - just yesterday compared to the 12 billion year ages of globular clusters in our own Milky Way.

07/08/08
Right Click > View Image for a larger picture
https://antwrp.gsfc.nasa.gov/apod/image/0808/TSE2008_beldea.jpg
A train trip on the Trans-Siberian railway to Novosibirsk resulted in this stunning view along the edge of the Sun recorded during the August 1st total solar eclipse. The picture is a composite of two images taken at special moments in the eclipse sequence, corresponding to the very beginning and the very end of the total eclipse phase. Those times are known to eclipse chasers as 2nd and 3rd contact. Bright beads around the Moon's dark silhouette are rays of sunlight shining through lunar valleys at the edge of the lunar disk. But the composite view also captures solar prominences, looping structures of hot plasma suspended in magnetic fields, extending beyond the Sun's edge.

08/08/08
Right Click > View Image for a larger picture
https://antwrp.gsfc.nasa.gov/apod/image/0808/TSE2008_luethen.jpg
During a total solar eclipse, the Sun's extensive outer atmosphere, or corona, is an inspirational sight. The subtle shades and shimmering features of the corona that engage the eye span a brightness range of over 10,000 to 1, making them notoriously difficult to capture in a single picture. But this composite of 28 digital images ranging in exposure time from 1/1000 to 2 seconds comes close to revealing the crown of the Sun in all its glory. The telescopic views were recorded near Kochenevo, Russia during the August 1 total solar eclipse and also show solar prominences extending just beyond the edge of the eclipsed sun. Remarkably, features on the dark near side of the New Moon can also be made out, illuminated by sunlight reflected from a Full Earth.
2008-10-02 15:52:47
bugz
Fission Mailed
+3,311|6533

I'm stealing Ryan's job. Found this while browsing NASA's images today.
https://www.nasa.gov/images/content/165304main_image_feature_719_ys_full.jpg
International Space Station

Edit: View the full size image for

Last edited by ebug9 (2008-10-02 15:53:15)

Steam: http://steamcommunity.com/id/ebug122
2008-10-02 17:04:38
Ryan
Member
+1,230|7064|Alberta, Canada

I haven't forgot about this guys, don't worry.
I'm just busy with school, homework, job, etc, so I haven't had the time to gather up 2 months worth of pictures.

Feel free to add pictures, like ebug did.
2008-10-03 07:48:11
Jebus
Looking for my Scooper
+218|5985|Belgium
These pictures make me want to play Spore.

Last edited by Jebus (2008-10-03 07:48:34)

2008-11-02 07:07:25
Freke1
I play at night... mostly
+47|6768|the best galaxy
3D photo from Apollo 17:
https://www.3d.wep.dk/images/AS17-134-20378_79_3Dcrosseyed_2c.jpg
(cross Your eyes slightly like looking at a finger in front of You)

Last edited by Freke1 (2008-11-12 19:24:50)

https://bf3s.com/sigs/7d11696e2ffd4edeff06466095e98b0fab37462c.png
2008-11-02 11:30:09
Ryan
Member
+1,230|7064|Alberta, Canada

I'm crossing my eyes, but I don't see anything...
2008-11-02 11:34:17
Scorpion0x17
can detect anyone's visible post count...
+691|6987|Cambridge (UK)

Freke1 wrote:

3D photo from Apollo 17:
http://www.mtbs3d.com/gallery/albums/us … 9_3D_1.jpg

(cross Your eyes slightly like looking at a finger in front of You)
Clearly photographed on a sound-stage in Hollywood.
2008-11-02 11:34:31
Flecco
iPod is broken.
+1,048|6886|NT, like Mick Dundee

Ur pictars just killed my net connection.
Whoa... Can't believe these forums are still kicking.
2008-11-12 19:22:07
Freke1
I play at night... mostly
+47|6768|the best galaxy
https://www.3d.wep.dk/3D%20pictures/Red%20%27n%20blue%20glasses%20(anaglyph)/Reallife%203/M1_in_3D.gif
https://www.3d.wep.dk/3D%20pictures/ApolloMoonMissions2/AS17-140-21367_68_3Danaglyph_1c.jpg
https://www.3d.wep.dk/3D%20pictures/ApolloMoonMissions/AS11-40-5914_15_3Danaglyph_3c.jpg
https://www.3d.wep.dk/3D%20pictures/ApolloMoonMissions2/AS12-49-7318_19_3Danaglyph_1c.jpg
https://www.3d.wep.dk/3D%20pictures/ApolloMoonMissions/AS12-47-6983_84_3Danaglyph_1c.jpg
https://www.3d.wep.dk/3D%20pictures/Red%20%27n%20blue%20glasses%20(anaglyph)/Reallife/174608main_Image1A.jpg
https://bf3s.com/sigs/7d11696e2ffd4edeff06466095e98b0fab37462c.png
2008-11-12 19:26:52
Freke1
I play at night... mostly
+47|6768|the best galaxy
Thanks
https://bf3s.com/sigs/7d11696e2ffd4edeff06466095e98b0fab37462c.png
2008-11-13 17:03:02
Whiplash
Future Aviator
+40|6002|Central Texas
http://news.yahoo.com/s/ap/20081113/ap_ … ew_planets
2008-11-14 09:10:25
Freke1
I play at night... mostly
+47|6768|the best galaxy
So now we can take some binoculars at night and see a star with planets:

"...the trio of planets circling a star in the Pegasus constellation. The star is about 767 trillion miles away, but visible with binoculars. It's called HR 8799, and the three planets orbiting it are seven to 10 times larger than Jupiter"

(DON'T look at the sun)

https://www.3d.wep.dk/3D%20gifs/AS12-47-6983_84_3D_1c.gif

https://www.3d.wep.dk/3D%20gifs/AS12-47-6989_90_3D_1c.gif

https://www.3d.wep.dk/3D%20gifs/AS17-140-21367_68_3D_1c.gif

Last edited by Freke1 (2008-11-14 18:48:35)

https://bf3s.com/sigs/7d11696e2ffd4edeff06466095e98b0fab37462c.png

 

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