A small telescope or even 10×50 mm binoculars will reveal a beautiful cluster of large and interesting lunar craters -Theophilus, Cyrillus and Catharina. Theophilus is an exceptional formation 60 miles in diameter with steep walls extending 2.7 miles unto the crater’s floor. There is a spectacular mountain peak in the center of the crater. Cyrillius
On Oct 13, 2020 the red planet reached opposition, being just visible after sunset low in the south-eastern sky. This is a favorable one, with Mars being at its closest on October 6 of 38,569, 224 miles, achieving a maximum diameter of 22.56 arc-seconds. The above image was captured with a CPC 11 Celestron using
Mars – July 4, 2018. A planet-wide dust storm currently rages on the surface of the red planet obscuring precious detail. I captured this image just before dawn from my home in Bethel Park, PA. ASI 224 camera. Too much turbulence for a barlow lens.
I took this image of Jupiter from my home in Washington Pa. using an 8 inch Vixen and a ASI 174 mm ccd camera with a 2x teleview teleconverter… 2000 frames processed in AS2 wavelet in registax 5 and cleaned up in photoshopcs2…
Here is a very beautiful area captured during the last quarter moon We can see the prominent crater Archimedes on the left with the mountains surrounding it, To the right the crater Plato is conspicuous, nestled within Montes Alpes. Note the craterlets within Plato and the Alpine Valley nearby. Image by – Al Paslow.
Image taken on August 8, 2012. Point Grey CCD. Location Bethel Park, PA
