Now for something completely different. Cloudy all the time here now so I've gone to remote imaging. Very remote!
This image from Himawari 8, a Japanese geostationary satellite out at 37,500km. Since Himawari 8 uses Ka transponders, it's rebroadcast on C band on Jcsat2B 4148H. I used a 2.3 metre satellite dish, C band LNBF with a single LO of 5150, fed to a Novra S300 IP data receiver. HRIT files were created with Kencast software and decoded to jpegs with Xrit2pic. Process by my friend Karol Masztalerz.
Same satellite we get all our weather pics from, except this is directly from satellite. The original images are very high resolution, 11,000 x 11,000 for the visible channel.
Very cool indeed!
But what a cloudy planet. With this climate change, we'll end up like Venus, with the cloud cover, and we will have to launch our telescopes into orbit.
Very cool indeed!
But what a cloudy planet. With this climate change, we'll end up like Venus, with the cloud cover, and we will have to launch our telescopes into orbit.
It certainly is cloudy in this image. Makes one wonder how we ever get any astronomy done.
Quote:
Originally Posted by Camelopardalis
Congrats both, that's a fantastic image
Thanks Dunk!
Quote:
Originally Posted by FlashDrive
Blimey, that's nice ....
Thanks Col!
Quote:
Originally Posted by Ryderscope
Now that is very clever indeed !!
Thanks Rodney! I had an LNBF fault at first and the software side of it I needed help. But the hardware, dish etc was setup by me.
Quote:
Originally Posted by Derek Klepp
Great pic thanks.
Thanks Derek!
Quote:
Originally Posted by Peter Ward
Wow...that is awesomely cool.
I want one. (Satellite dish)
Thanks Peter! My backyard is full of dishes. I actually used to build satellite dishes. They are somewhat similar to telescope making with FD ratios and what not.
Quote:
Originally Posted by batema
Great photo and very novel. Congratulations.
Mark
Thanks Mark! We are looking forward to some very high resolution cyclone images from this setup.
This is what higher res looks like. Can still go higher but would need more manual processing in Photoshop and my computer is not very happy with me using 11K files at the moment lol.
Taken at 4:20pm this afternoon.
High resolution gibbous Earth from Himawari 8 at 0620UT.
Received with a 2.3 metre solid dish, Zinwell C band LNBF (LO 5150) downconverted to 1002 MHz, fed into a Novra S300 satellite IP data receiver. Himawaricast on Jcsat2B 4148 GHz horizontal. Kencast software to create HRIT files and Xrit2pic for combining and jpeg conversion of the HRIT files.
B5 channel was used for red.
B4 channel was used for green.
Visible channel was used for blue.
Luminance was then overlaid from the visible channel.
This thing has 14 channels so I'm going to have fun figuring out the combinations.
That's fantastic Kevin, very enterprising and thinking outside the box - way outside the box! Do you require permission to acquire the data from the satellite, or can anyone with the appropriate equipment access this?
Thanks Michael. Anyone can access it. Maybe one day such information will become encrypted. It already is on some satellites. It would be a shame, but that's how business works.
When I saw the thread name I went say what ! come again?!
This is the first time I've seen our planet on the solar system thread .
Great work Kev, look forward to the cyclone pic.
If I see correctly there are 3? Low pressure systems evident as circular spiral cloud systems..? One towards the far limb off the west coast of western Aus is in both pics. I'm no weather specialist but is that a pre-cyclonic formation...?
When I saw the thread name I went say what ! come again?!
This is the first time I've seen our planet on the solar system thread .
Great work Kev, look forward to the cyclone pic.
Thanks Suzy. About time Earth made an appearance lol.
Quote:
Originally Posted by CJ
As others have said, very cool!
Thanks Chris!
Quote:
Originally Posted by sharpiel
If I see correctly there are 3? Low pressure systems evident as circular spiral cloud systems..? One towards the far limb off the west coast of western Aus is in both pics. I'm no weather specialist but is that a pre-cyclonic formation...?
Or just twirly clouds?
I only see one cyclone Les. Others might be swirly clouds?
Here's a couple more of crescent Earth and the cyclone. I've rotated the images 120 degrees.