vcmathur Sky Probe 2 Reflecting Telescope(Manual Tracking)

About this product

HUNDRED PERCENT MADE IN INDIA WITH FULL AFTER SALES SERVICE. Sky Probe-II boasts of a large 125 mm diameter mirror and comes with a light duty altazimuth mount that is easy to operate even by children. A generous 125mm-aperture mirror installed in this telescope is able to pick up light even from the very faint celestial wonders to bring them to the wide field 25mm f.l. coated achromatic eyepiece - bright and clear. Moon’s surface appears as if you are about to land on it. Jupiter’s cloud belts and the great red spot are within its reach. Its satellites casting a shadow on the planet’s surface are seen to be believed. The Cassini’s division in Saturn’s rings and its satellite Titan make a spectacular view. There is no end to the list of what this telescope can show you.vcmathur, the authentic telescope manufacturer says: Must know these facts before buying a telescope:What is magnification power (or the power as it is simply called)? It is the number of times a telescope magnifies the object and is given by the formula: Focal length of the objective mirror or lens divided by the focal length of the eyepiece being used. Thus, for example, a telescope having 650 mm focal length mirror or lens when used with a 10 mm focal length eyepiece, will give a 650/10 that is 65x power. A telescope comes with many eyepieces and Barlow lenses to give a wide range of magnifications.What is the maximum useful magnification? Using a very long focal length objective and a very short focal length eyepiece, you can get a very high magnification power. However, there is a limit to this. The maximum “useful” magnification is one that will allow the maximum details that can be seen in an object and is roughly 50 to 60 times the diameter of the objective in inches provided always that the optics is of excellent quality. Beyond this, the magnification is considered “useless” as it does not show any more details in the object. Poorer optics will give a distorted image at this or even lower ma