Mars
The following Mars image was acquired using my Celestron Ultima 9.25 with a Philips ToUCam Pro webcam. The seeing conditions were not too turbulent. A 2.5x TeleVue barlow and a Baader IR blocking filter were also employed. The image was generated from a stack of 3143 separate frames from 3 individual AVI files, and was processed using Registax 3.0. www.calsky.com was used to compute the simulation image.
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Mars - stack of 3143 images. |
The following Mars image was acquired using my Celestron Ultima 9.25 with a Philips ToUCam Pro webcam. The seeing conditions were not too turbulent. A 2.5x TeleVue barlow and a Baader IR blocking filter were also employed. The image was generated from a stack of 1554 separate frames and was processed using Registax 3.0. www.calsky.com was used to compute the simulation image.
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Mars - stack of 1554 images. |
The following Mars image was acquired using my Celestron Ultima 9.25 with a Philips ToUCam Pro webcam. The seeing conditions were unsteady. A 2.5x TeleVue barlow and a Baader IR blocking filter were also employed. The image was generated from a stack of 935 separate frames and was processed using Registax 3.0. www.calsky.com was used to compute the simulation image.
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Mars - stack of 935 images. |
The following Mars image was acquired using my Celestron Ultima 9.25 with a Philips ToUCam Pro webcam. The seeing conditions were not too turbulent. A 2.5x TeleVue barlow and a Baader IR blocking filter were also employed. The image was generated from a stack of 207 separate frames from 2 different AVI files, and was processed using a beta version of Registax 2.0. www.calsky.com was used to compute the simulation image.
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Mars - stack of 207 images. |
The following Mars image was acquired using my Celestron Ultima 9.25 with a Philips ToUCam Pro webcam. The seeing conditions were not too turbulent. A 2.5x TeleVue barlow and a Baader IR blocking filter were also employed. The image was generated from a stack of 216 separate frames from 3 different AVI files, and was processed using a beta version of Registax 2.0. www.calsky.com was used to compute the simulation image.
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Mars - stack of 216 images. |
The following Mars image was acquired using my Celestron Ultima 9.25 with a Philips ToUCam Pro webcam. The seeing conditions were turbulent. A 2.5x TeleVue barlow and a Baader IR blocking filter were also employed. The image was generated from a stack of 245 separate frames from 3 individual AVI files. It was processed using Registax 2.1. www.calsky.com was used to compute the simulation image.
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Mars - stack of 45 images. |
The following Mars images were acquired using my Celestron Ultima 9.25 with a Philips ToUCam Pro webcam. The seeing conditions were turbulent. A 2.5x TeleVue barlow and a Baader IR blocking filter were also employed. Each image was generated from a stack of 80 separate frames and was processed using a beta version of Registax 2.0. www.calsky.com was used to compute the simulation image.
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Mars - stacks of 80 images each. |
The following Mars image was acquired using my Celestron Ultima 9.25 with a Philips ToUCam Pro webcam. The seeing conditions were turbulent and Mars was only visible through gaps in the clouds. A 2.5x TeleVue barlow and a Baader IR blocking filter were also employed. The image was generated from a stack of 85 separate frames and was processed using a beta version of Registax 2.0. www.calsky.com was used to compute the simulation image.
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Mars - 85 stacked images |
The following Mars image was acquired using my Celestron Ultima 9.25 with a Philips ToUCam Pro webcam in reasonably steady seeing conditions. A 2.5x TeleVue barlow and a Baader IR blocking filter were also employed. The final image is a stack of 641 separate frames and was processed using Registax and the individual RGB channels of the final image were aligned using AstroAlign. www.calsky.com was used to compute the simulation image.
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Mars - 641 stacked images |
The following Mars images were acquired using my Celestron Ultima 9.25 with a Philips ToUCam Pro webcam in bad seeing conditions. A 2.5x TeleVue barlow and a Baader IR blocking filter were also employed. Each image stack was processed using Registax and the individual RGB channels of the final image were aligned using AstroAlign. Mars Previewer II computed the simulation frames.
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Mars -245 and 259 stacked images |