Feature(may vary by option.)

●9x50 finder scope with 50mm objective lens diameter; brighter DSOs directly visible
●Makes a large number of aditional stars available that has a big plus for being able to successfully locate objects
●The 90 degree viewing angle makes your searching much more easy and comfortable; even near the zenith
●The achromatic optics provide a bright; true to life image at 9x magnification; the optical surfaces have been multi coated to prevent irritating reflections
●Finder fits onto most telescopes; easy focusing at the objective lens; adjustment of finder scope alignment via two screws and spring

[9x50 Angled (upright and non-reversed image)]




[6x30 Finder Scope |  Black]




[6x30 with upright |  non-reversed image]




[9x50 Illuminated Finder Scope]




[9x50 Finder Scope |  Black]




[9x50 with 90 degree viewing angle]





Description

Astromania 9x50 Angled Finder Scope, Black - You Will no Longer Need to Strai...
Astromania 6x30 Finder Scope, Black - Provides an Upright, Non-Reversed Image
Astromania 6x30 Finder Scope, Black - Allowing Many Astronomical Objects to B...
Astromania 9x50 Angled Finder Scope with Upright and Non-Reversed Image, Black
Astromania 9x50 Illuminated Finder Scope, Black - it Provides Both a Bright I...
Astromania 10x60 Finder Scope + Guide Scope 45° Angled with Illuminated Retic...
Customer Reviews
4.1 out of 5 stars 175
4.1 out of 5 stars 175
4.1 out of 5 stars 175
4.1 out of 5 stars 175
4.1 out of 5 stars 175
4.4 out of 5 stars 2
Price $68.99 $39.79 $37.99 $73.99 $85.99 $347.99
Objective Lens Diameter 30mm 30mm 50mm 50mm 50mm 60mm
Magnification 6X 6X 9X 9X 9X 10X
Cross hairs
Optical Coating System
Whether Battery Required

Astromania 9x50 finder scope - turns searching to finding

Finding astronomical objects is particularly easy with the Astromania 9x50 finder scope. Opt for the Astromania 9x50 finder scope - it provides both a bright image and comfortable viewing.

Simple assembly

The finder scope will fit into a large range of holders: Skywatcher, Celestron, Vixen, Orion, GSO and many other makes have compatible finder scope shoes.

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The advantages in a nutshell:

  • 9x50 finder scope with 50mm objective lens diameter
  • brighter DSOs directly visible
  • holder fits onto most telescopes
  • easy focusing at the objective lens
  • adjustment of finder scope alignment via two screws and spring

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Angled eyepiece

The 90° viewing angle makes your searching much more easy and comfortable, even near the zenith. You will no longer need to strain your neck at difficult angles and are also able to search for objects which are not so easy to find. And if it takes a bit more time, then that is no longer a problem.

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9x50 - the numbers say it all

This finder scope has a 50mm aperture, and so provides a particularly bright image. Objects which you are not even able to see using just the naked eye will usually become directly visible. Also, if you are trying to locate one of the brighter DSOs, this will no longer be able to remain hidden, giving itself up to your searching eye.

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A big plus

A star map with reference stars with which one can orient oneself is usually used to find particular objects. Some of the stars shown on star maps cannot be seen, or are difficult to see, with just the naked eye however. This finder scope makes a large number of aditional stars available - a big plus for being able to successfully locate objects.

The achromatic optics provide a bright, true-to-life image at 9x magnification. In addition, the optical surfaces have been multi-coated to prevent irritating reflections.

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How to find your object

The Astromania 9x50 finder scope has built-in crosshairs to let you find the correct object more easily and to put it in the middle of the main telescopes field of view. The threads have been kept quite fine but are still very visible against the night sky nevertheless. The finder scope comes supplied complete with a robust mounting plate. Two adjustment screws and a compression spring allow very rapid alignment with the main telescope. Precise focusing can be achieved by rotating the objective lens.